Educational | Solar Panels, Battery Storage, Roofing, HVAC
California is one of the sunniest states in the U.S. It is also the leading producer of solar energy. If you are lucky enough to call California home, going solar may seem like an attractive option for the environment and your wallet. Even still, it's normal to have questions and concerns before you take the plunge. This article will consider the factors that make solar worth it in California. We'll also talk about how the best solar company in El Cajon can help you make an easy transition to solar. Abundant Sunshine California is blessed with an abundance of sunshine throughout the year. The state's geographic position and climate contribute to higher solar panel efficiency. This translates into more electricity generation and potentially higher savings on energy bills. Solar Incentives In addition to the Federal Solar Tax Credit (which allows you to claim up to 30% of your installation costs on your taxes), California also has some of its own incentive programs for going solar. Some examples include: Disadvantaged Communities-Single-Family Solar Homes (DAC-SASH) Self-Generation Incentive Program (SGIP) Solar Energy System Property Tax Exclusion Equity Resilience Incentives Depending on your circumstances, you may be eligible for one of these special programs. Moreover, those seeking residential solar in El Cajon can take advantage of these special offers from Semper Solaris. Net Energy Metering California has a net metering (NEM) policy. This allows solar panel system owners to sell the excess electricity they generate back to the grid and receive credits for surplus electricity. This offsets future electricity bills during periods of lower solar generation. Energy Savings With rising electricity costs, solar panel installations can lead to significant long-term savings. By generating your electricity, you can reduce your dependence on utility providers. As electricity costs rise, you can rest easy knowing you won't be affected. Environmental Impact By transitioning to solar energy, homeowners and businesses can reduce their carbon footprint. By doing so, they contribute to California's efforts in combating climate change. This environmentally conscious decision aligns with the state's ambitious clean energy goals. Home Value Increase Studies have shown that solar panels can increase a property's value, making it more attractive to potential buyers. Homes equipped with solar installations tend to sell faster and at a premium. That means that the initial solar panel cost will pay off if you decide to sell your residence. Energy Independence With solar panels, homeowners gain a sense of energy independence. They become less reliant on the grid and are better prepared for potential power outages or natural disasters, ensuring a more stable and secure energy supply. Rain or shine, you won't have to worry about losing power. Going Solar in California Pays Off There are plenty of reasons to consider solar installation in El Cajon. Not only does it benefit you and your property, but it's also a great way to reduce your impact on the environment. Of course, you may still have some concerns, and if so, Semper Solaris can help! We would be happy to provide you with a quote and answer your questions about going solar in California. If you live in the area, contact us for more information!
Nearly 70% of homeowners want to go solar. The number of solar powered homes is on the rise, but what's holding some homeowners back from making the jump? Unsurprisingly, the answer is cost. At Semper Solaris, the number one question we answer is, "Will solar panels make financial sense for my household?" Many homeowners can benefit financially from going solar, but it will depend on factors ranging from the solar payback period by state to the current cost of your electric bills. Read on to find out if solar power is the right financial choice for your household. Solar Power Generation You stand to save the most money if you can offset 100% of your electricity use. First, you'll need to know how much solar power you can generate on your property. Homes that can generate the most solar energy typically have south-facing roofs with no shaded areas. The size and condition of your roof will also play a role in how many panels you can install. Even something as simple as your region's cloud coverage can impact your ability to generate solar power over time. Current Electricity Use We're facing inflation across the nation, but the surge in electricity prices is outpacing the increase in inflation. In 2022, electric bills rose an average of almost 15%. If your home is a good candidate for solar panels, the next thing to determine is your electric bill before and after solar panels. You can get a rough estimate of long-term savings by multiplying your annual electricity costs by 25-30 years, the current lifespan of most solar panels. For example, if you spend $1200 on electricity each year and offset electricity use by 100%, you will avoid up to $36,000 in electric bills. Solar Payback Period by State Of course, the raw amount of electricity savings is impacted by the cost of solar panels themselves. The solar payback period is the amount of time it takes to pay for your solar panels before you're saving money free and clear of solar payments, and it varies by state. Your state's solar payback period will reflect: How much energy you use How much solar power you generate The cost of your system The cost of electricity in your area Any state or local incentives (on top of federal tax incentives) It typically takes homeowners 8-10 years to pay off solar panels and installation. Putting tax incentives toward these costs can speed up the payback period and reduce your overall investment. Want a Thorough Financial Evaluation? Contact Semper Solaris For many homeowners across the nation, solar power provides a clear financial benefit. However, your potential savings will depend on everything from the solar payback period by state to your state and local solar tax breaks to your energy consumption. The best way to get an accurate financial evaluation is to work with a solar provider. Contact Semper Solaris to book an appointment and find out more about how much you stand to save by going solar.
With over 1.8 million solar installations in California, the state has become the largest market for solar electricity in the country. One of the main reasons for its success is the abundance of solar incentives in California. If you are a homeowner or business owner and are considering solar, then you should know the benefits beyond generating your own power. Start by learning about the cost of solar panels in California when you take advantage of the following programs. Federal Solar Tax Credit One of the first solar incentives you will hear about is the federal tax credit. This is a straightforward exemption that goes toward your taxes each year. No matter which state you live in, if you install solar, then you can claim 30% of its cost on your federal tax return. There is no claim amount cap. Self-Generation Incentive Program (SGIP) The cost of solar panels in California can be supplemented when you install battery storage on your unit. By storing excess energy you not only ensure that you never go without power but you also get rewarded. When you join the SGIP program, you will get a one-time cash rebate. The rebate incentive amount depends on the unit's KW generating capacity and the storage capacity per hour. To qualify for this program you have to: Live in the designated area, and Be a customer of participating gas and electric companies Disadvantaged Communities-Single-family Solar Homes (DAC-SASH) Solar installation in El Cajon can save you money on your energy bills, but not if you can't afford them. Luckily, GRID Alternatives, a non-profit, has partnered with the California Public Utilities Commission to create the DAC-SASH program. This incentive allows 100% cost coverage for families in geographically or financially disadvantaged locations in California. To qualify, you must be a customer of a participating utility company, live in the 25% most disadvantaged communities or a tribal region, and meet the income requirements. Equity Resilience Incentives Similar to DAC-SASH, if you want to find solar companies in El Cajon but can't afford solar installation, then you may qualify for one of the Equity Resilience Incentives. This incentive is part of the SGIP program which helps people who are in the following categories: Households with low incomes High-risk fire residents People who have had two or more Public Safety Power Shutoffs (PSPS) recently Buildings that provide services to fire emergencies Rebate amounts are $850 or $1,000 per kWh. How to Get the Most Solar Incentives The best way to get the most solar incentives is to act fast before the incentives expire or diminish. You should also use a qualified solar installer like Semper Solaris to help you understand all the incentives available in El Cajon. Get started without delay by booking an appointment for a free estimate.
California continues to lead the nation in generating solar power, with more than 20% of the state's electricity being solar-generated. Installing solar panels in your home is a no-brainer if you want to help the environment and save money while you do so. In the past, the price tag alone was enough to scare homeowners away from solar energy, but prices have halved in the past 10 years alone. To maximize solar energy, you need the best possible solar installer. Today, we will tell you which solar companies in San Diego you can trust to give you the best solar panels. If you're new to solar, buying panels can be overwhelming, so keep reading and let us help you find the right ones for your home. What Does a Solar Installer Do? When you hire a solar installer, they'll help you understand all aspects of purchasing and installing solar panels. You'll consult with them about your current energy usage, as well as your budget; then they'll present you with a range of solar panel options to choose from. After you've chosen your panels, your installer will perform a home inspection and create an installation plan. Soon your panels will be up and running and you'll be experiencing all of the amazing benefits of solar energy. What to Look for Rooftop Solar in San Diego You know why you need a solar installer, so how do you find a good one? The thing you want to look for in your solar installer is experience and reputation. Check online ratings and reviews to see what former customers have to say, keeping an eye out for any red flags. If you see anything about poor installation or faulty products, stay away. A good solar installer will be able to answer any questions you have about panels and the installation process. They should have a proven track record of successful installations and a deep knowledge of tax rebates and other solar incentives. You should never be left wanting information about solar installation. Best Solar Companies in San Diego There are plenty of great solar installers in San Diego. If you want reliable and affordable solar installation, Semper Solaris is your best bet. As a top-rated solar installer in San Diego, Semper Solaris is veteran owned and maintains an A-rating on BBB. Our goal is always to help you save big on solar while helping you generate enough energy to power your home and all your needs. Solar in San Diego is a Call Away Now that you know how to find the best solar San Diego has to offer, you can start saving money and helping the planet. If you need more information before deciding to go solar, contact Semper Solaris today. We work with the best solar panel manufacturers in the world to provide our customers with the best products and installations in California. When it comes to solar, it pays to get the best.
With the rising cost of fossil fuel, and an overheating planet continuing to make headings, there has never been a better time to switch to solar. Semper Solaris solar panels offer sustainable and cost-effective energy for a home. Yet, you may wonder whether you have the budget to make the switch. In this article, we'll explore a home's energy needs and other factors to help you determine the cost of solar for your 2000 sq ft home. Energy Needs: A 2000 Sq Ft House If you have a 2000 sq ft house, you may think the size of your home will solely determine the solar panel system you need. However, it's more reliant on the amount of energy you use, and several factors shape that. First, the number of people who live in your house will be a significant factor. More people means more energy use; like showers, electronics, and kitchen appliances. The equipment in your house will also be something to take into consideration. You'll use more solar energy if you have many power-hungry appliances, like an old HVAC unit. It will also depend on whether your appliances are energy efficient or not. Finally, you'll need to think about geography. If you live in extreme climates, you are more likely to need either heating or air conditioning. Average Costs to Install Solar Panels When considering buying an affordable solar panel system, you must calculate a few costs. That includes: Solar panels Inverters Batteries Mounting hardware Solar installation In 2023, the average cost of a 6-kW system in California is $17,160 (before any tax credits or incentives). Semper Solaris has a range of products you can choose from for your solar panel system, which will also determine your final cost. Installing Your Solar Panels Don't forget that when budgeting for solar panels, you have to account for the solar panel installation cost as well as the equipment and what solar panel option you want. Some homes need roof replacements before installation, so consider that when obtaining quotes. When choosing installation options, it's also worth considering maintenance packages as well as battery storage installation. Ongoing maintenance, including cleaning and inspection, will lower your long-term costs. It will keep your solar panels in top condition and running efficiently. Financial Support to Reduce Costs Before getting solar panels, consider whether your state offers solar panel tax incentives or other government initiatives. The Federal Solar Tax Credit will also help lower the cost of panels. You may also find other financing forms, such as solar loans, net metering, or purchase agreements. Consider the Long Term Savings When looking at your upfront costs, you should calculate the long-term savings of solar to help find your break-even point. You'll make savings on your bills, and it will increase your property value. Some tariffs also buy back unused solar energy helping you save more money. And you can take simple steps in your home to maximize energy efficiency, such as buying more eco-friendly appliances. Semper Solaris Solar Panels: Cost-Effective Energy When calculating the cost of Semper Solaris solar panels, you'll need to consider how much energy you use to arrive at a figure. However, with tax incentives and long-term energy savings, you may be surprised at how cost-effective it is for your home. For more information on Semper Solaris’ solar panel and battery installation services, book an appointment to get your free estimate!
Imagine a future where your energy bills are dramatically reduced, you're less reliant on the grid, and your home's carbon footprint is significantly smaller. This isn't the plot of a futuristic sci-fi novel. It's a reality that can be achieved with solar panels, a powerful and efficient tool harnessing an infinite energy source: the sun. Whether you're considering solar panels for financial reasons, environmental benefits or power independence, this blog post will guide you through everything you need to know about making the critical switch to solar energy. Installing solar panels can offer numerous benefits, including reducing or eliminating electricity bills, decreasing your carbon footprint and environmental impact, increasing property value, and potentially qualifying for tax incentives and rebates. Additionally, solar energy helps reduce dependence on fossil fuels and contributes to a cleaner future. Understanding Solar Panel Types When it comes to going solar, understanding the different types of solar panels available is essential. Each type has its unique characteristics and advantages, catering to various needs and situations. One common type of solar panel is the standard solar panel, which primarily consists of photovoltaic (PV) cells. These panels are made from crystalline silicon, which is the most widely used material in solar panel production. Crystalline silicon panels can be further categorized into two subtypes: monocrystalline and polycrystalline. Monocrystalline panels are designed with PV cells made from a single crystal structure. This results in a sleek black appearance and high energy efficiency, making them popular among homeowners. These panels perform well in limited space due to their higher power density. Polycrystalline panels, on the other hand, consist of PV cells made from multiple fragments of silicon. They have a blue hue and are generally less efficient than their monocrystalline counterparts but come at a lower cost. While standard solar panels use crystalline silicon as the main material, there are also alternative options worth exploring. Now that we have a basic understanding of solar panel types let's dive deeper into standard solar panels and their features. Standard Solar Panels Standard solar panels are widely used due to their reliability and established track record in the industry. As mentioned earlier, they are typically made from either monocrystalline or polycrystalline silicon. Both types have their pros and cons, allowing homeowners to choose based on their specific needs. Monocrystalline panels are known for their high efficiency, as the manufacturing process ensures a uniform crystal structure that facilitates better electron flow. This results in greater electricity generation per square foot of panel area. Additionally, monocrystalline panels tend to perform better in low-light conditions, making them an excellent choice for regions with less sunlight exposure. Polycrystalline panels, while slightly less efficient than monocrystalline panels, still provide reliable energy generation. With multiple fragments of silicon within each cell, they offer good performance at a more affordable price point. They can be a practical option for homeowners who prioritize cost-effectiveness without sacrificing too much on energy output. It's worth noting that both standard solar panel types have undergone significant advancements over the years, resulting in improved efficiency and aesthetics. Solar manufacturers continue to innovate and refine the technology behind these panels, ensuring maximum energy production and durability. When selecting standard solar panels, it's important to consider factors such as space availability, budget constraints, and average sunlight exposure in your location. Consulting with solar professionals can provide valuable guidance regarding the best choice for your specific circumstances. Portable Solar Panels Portable solar panels offer a convenient and versatile solution for harnessing solar energy on the go. Whether you're camping, hiking, or traveling in your RV, these compact and lightweight panels enable you to tap into the abundant power of the sun wherever you are. Imagine setting up camp in a remote location, far away from any electrical outlets, and being able to charge your devices or power your small appliances using only sunlight. Portable solar panels provide this freedom and independence, making them incredibly popular among outdoor enthusiasts and eco-conscious individuals alike. Picture yourself embarking on a weekend camping trip with your family. Instead of relying on traditional methods of generating electricity such as gas-powered generators or batteries that require constant replacements, you choose to bring along a portable solar panel kit. As you set up camp under the clear blue sky, you unfold your compact and lightweight solar panels, positioning them to capture the maximum amount of sunlight throughout the day. Within minutes, you have a sustainable source of power at your fingertips. Portable solar panels come in various sizes and wattage capacities to accommodate different energy needs. Some panels are designed primarily for charging small electronics like smartphones or tablets, while larger ones can provide enough power to run larger devices such as laptops or even small appliances like mini-fridges. The convenience of these panels is further enhanced by features like built-in USB ports or AC outlets, allowing you to directly connect your devices without needing any additional converters or adapters. Now that we have explored the convenience and versatility of portable solar panels, let's take a closer look at the advantages of solar power in general. According to a report by IREC, a non-profit organization, every kilowatt-hour (kWh) of solar energy reduces the grid's CO2 emissions by at least 0.86 lbs. Solar panels can cut down electricity bills by 70% or more according to data from the U.S. Department of Energy. Advantages of Solar Power Solar power offers numerous advantages, making it a compelling choice for homeowners and businesses alike. One of the most significant benefits is its potential to significantly reduce energy costs. By installing solar panels on your property, you can generate your own clean and renewable electricity, reducing reliance on utility-provided power. This translates into substantial savings on your monthly electricity bills, especially over the long term. Additionally, with net metering programs in many areas, excess energy generated by your solar system can be sold back to the grid, further offsetting your expenses or even resulting in credits on future bills. Consider this scenario: You live in a sunny region and decide to install solar panels on your roof. As a result, you're able to cover a significant portion - if not all - of your home's energy consumption with the electricity generated by those panels. Not only are you saving money by not needing to purchase as much electricity from the grid, but you may also qualify for incentives like tax credits or rebates offered by federal or state governments. Over time, these financial benefits can add up substantially, allowing you to allocate those saved funds towards other priorities or investments. Beyond financial gains, solar power offers environmental advantages as well. It is a renewable and clean source of energy that produces no greenhouse gas emissions during operation. This means that by utilizing solar energy instead of traditional fossil fuels, you are contributing to reducing carbon emissions and combating climate change. The positive impact on the environment cannot be overstated, as widespread adoption of solar power has the potential to mitigate air pollution, improve public health outcomes, and promote sustainable living. As we have seen, the advantages of solar power encompass both financial benefits and environmental responsibility. By harnessing the power of the sun, individuals can transform their energy consumption habits and make a positive impact on both their wallets and the planet. Reduced Energy Costs One of the most appealing and immediate benefits of installing solar panels is the potential for significantly reduced energy costs. By harnessing the power of the sun, solar panels can generate electricity that can be used to power your home or business. This means that you can rely less on traditional energy sources supplied by utility companies, which often come with fluctuating prices and increasing rates over time. Installing solar panels allows you to generate your own clean, renewable energy, effectively reducing, or even eliminating, your dependence on the grid for electricity. With a well-designed solar system and efficient energy consumption habits, you can potentially offset a significant portion of your energy bill and save substantial amounts of money in the long run. To put it into perspective, imagine if your monthly electricity bill is $200. By installing solar panels, you could potentially reduce that bill by 50% or more, saving $100 each month. Over the course of a year, that amounts to $1,200 in savings. And considering the lifespan of solar panels, which can easily exceed 20 years with proper maintenance, you can see how these savings add up over time. So not only does going solar provide immediate financial relief by reducing your monthly bills, but it also offers long-term financial benefits by locking in lower electricity costs and protecting you from rising utility rates. Eco-Friendly Energy Production In addition to the economic advantages of solar panels, they also offer numerous environmental benefits through eco-friendly energy production. Traditional forms of electricity generation heavily rely on fossil fuels like coal and natural gas, which release harmful greenhouse gasses into the atmosphere when burned. These emissions contribute significantly to climate change and air pollution. Solar panels produce clean energy by converting sunlight into electricity without any emissions or pollutants. They are powered by the abundant and renewable energy source that is sunlight, helping to reduce our carbon footprint and combat the harmful effects of greenhouse gasses. By going solar, you can actively contribute to a more sustainable future and protect the environment for generations to come. Let's consider an example: A typical home with solar panels can offset around 3 to 4 tons of carbon dioxide emissions per year, which is equivalent to planting approximately 100 trees. Environmental Benefits Of Solar Panels Reduces greenhouse gas emissions Decreases reliance on fossil fuels Improves air quality Conserves natural resources Think of solar panels as the superheroes fighting against climate change and pollution. They generate electricity silently, without emitting any harmful substances or contributing to environmental degradation. By choosing solar energy, you not only reap financial benefits but also become part of the solution in creating a cleaner and greener planet. It's a win-win situation for both your wallet and the environment. Evaluating Solar Panel Cost When considering going solar, one of the most vital aspects to evaluate is the cost of solar panels. Unlike traditional energy sources, solar power relies on harnessing energy from the sun, which comes with an initial investment but offers long-term savings. By understanding the various factors that contribute to solar panel cost, you can make an informed decision about whether it's a viable option for you. Several factors influence the cost of solar panels: System Size: The size of the solar panel system directly affects its cost. Generally, larger systems generate more electricity and are therefore more expensive upfront. Panel Efficiency: Higher efficiency panels tend to be pricier, as they can generate more electricity in limited space. Installation Costs: Installation expenses encompass labor costs, equipment, permits, and overhead charges associated with installing solar panels on your property. Incentives and Tax Credits: Government incentives and tax credits can significantly offset the overall cost of installing a solar panel system. These financial benefits vary by location and change over time, so it's important to research what is currently available. Quality and Warranty: High-quality solar panels may come with an additional cost; however, their durability and longer warranty periods might yield better returns in the long run. Evaluating the cost of installing solar panels should be approached holistically. Rather than focusing solely on the initial investment, it's important to consider all potential financial benefits and long-term savings that come with going solar. Understanding these factors will help give you a comprehensive view of the true value of investing in solar energy. When considering installing solar panels, it's essential to evaluate their cost, including factors such as system size, panel efficiency, installation costs, incentives and tax credits, and quality and warranty. Evaluating the cost of solar panels should be approached holistically to assess all potential financial benefits and long-term savings. By understanding these factors, you can make an informed decision about whether investing in solar energy is a viable option for you. Initial Investment Now that we've explored the different factors affecting the cost of solar panels, let's dive into understanding the initial investment required for a typical residential installation. The initial investment for a residential solar panel system depends on various factors such as the size of the system, your location, and available incentives. On average, a 4kW to 8kW solar panel system may cost between $12,000 and $30,000 before any rebates or tax credits. For instance, let's consider a hypothetical scenario where you live in an area where the total cost for a 6kW solar panel system is $18,000. However, with a federal tax credit of 30% available, the price effectively decreases by $5,400. After accounting for this incentive, the initial investment would amount to $12,600. It's important to note that tax credits and other incentives can significantly reduce the upfront cost of solar panels. Exploring these options can make solar energy more financially accessible. While the initial investment may appear significant at first glance, it's essential to consider the long-term savings and benefits provided by solar panels. By generating your electricity and potentially selling excess energy back to the grid through net metering programs, you can alleviate monthly utility bills and contribute to a cleaner environment. Now that we have explored the initial investment required for solar panels, it's time to delve into understanding long-term savings – a key aspect of transitioning to solar energy. Long-Term Savings Investing in solar panels provides homeowners with the opportunity to generate their own clean and renewable energy while also achieving long-term financial savings. One of the most significant benefits of going solar is the potential for substantial cost reductions on monthly utility bills. As you harness the power of the sun, your reliance on traditional electricity sources lessens, resulting in lower energy expenses over time. When considering the long-term savings, it's important to recognize that solar panels have a lifespan of 25 to 30 years. This means that once you install a solar system on your property, you can enjoy decades of reduced or even eliminated electricity bills. By generating power independently, you become less susceptible to rising utility rates, which can fluctuate significantly over time. This stability adds to your financial security and allows for better planning of household expenses. Furthermore, many states offer attractive incentives and programs that can further enhance your long-term savings. For instance, net metering allows homeowners with solar panels to receive credits for any excess electricity they produce and feed back into the grid. These credits offset future electricity consumption when the sun is not shining, ensuring continuous and cost-effective energy supply throughout the day and night. Now that we've explored the potential long-term savings associated with solar panel systems, let's delve into an exciting aspect: DIY solar panel installation. DIY Solar Panel Installation: Step-by-Step Guide The prospect of installing solar panels yourself may seem intimidating at first glance; however, with careful planning and research, it can be possible. Before embarking on a DIY solar installation project, it's crucial to evaluate whether your skills and comfort level align with taking on such a task. If you have experience working with electrical systems or have successfully completed DIY projects in the past, self-installation might be feasible. If not, you would benefit greatly from hiring a professional company to avoid causing damage during installation. Here is a step-by-step guide to help you navigate through the DIY solar panel installation process: Assess Your Solar Potential: Start by evaluating your property's solar potential. Consider factors such as roof orientation, shading from nearby structures or trees, and local climate conditions. This assessment will help determine the most optimal locations for installing solar panels. Design Your System: Using online resources or specialized software, design a solar system that meets your energy needs. Consider factors such as the number of panels required, inverter capacity, and battery storage options if desired. Acquire Permits and Approvals: Contact your local building department to obtain any necessary permits for solar panel installation. Ensure compliance with local regulations and electrical codes. Purchase Equipment: Research reputable suppliers and purchase high-quality solar panels, inverters, and other necessary components for your system. Consider warranties, efficiency ratings, and customer reviews when making your selections. Prepare Installation Site: Clear the installation site on your roof or ground area of any debris or obstructions. Ensure proper structural integrity to support the added weight of the solar panels. Mounting and Wiring: Follow manufacturer instructions to securely mount the solar panels on your roof or ground-mounted racks. Connect the panels using appropriate wiring techniques while ensuring safety precautions are followed. Connect to Electrical System: Consult an electrician or follow detailed instructions to connect the solar system to your home's electrical panel. This step requires careful attention to electrical safety protocols. Testing and Commissioning: Once the system is fully installed, conduct thorough testing to ensure everything is functioning correctly. Verify proper connections, metering accuracy, and overall performance. Utility Interconnection: Contact your utility company to arrange for interconnection of your solar system to the grid. They will facilitate the necessary inspections and provide guidance on net metering policies. Monitoring and Maintenance: Set up a monitoring system to track your solar system's performance. Regularly clean and maintain the panels to maximize their efficiency and lifespan. Embarking on a DIY solar panel installation project can be a long and confusing project. Remember, if at any point during the process you feel unsure or encounter challenges beyond your expertise, it's essential to consult professionals who specialize in solar installations. Ensuring the safety and effectiveness of your system is paramount. How do solar panels work? Solar panels work by converting sunlight into electricity through the photovoltaic effect. When sunlight strikes the solar cells in the panels, it excites the electrons and creates an electric current. This current is then captured and converted into usable electricity for powering homes, businesses, and other appliances. On average, a residential solar panel system can reduce carbon dioxide emissions by about 3 to 4 tons per year, leading to significant environmental benefits. What are the disadvantages of using solar panels for energy production? While solar panels have numerous benefits, including reducing carbon emissions and saving on electricity bills, there are a few drawbacks to consider. Firstly, the initial cost of installing solar panels can be high, although prices have significantly decreased over the years. Additionally, solar energy production is intermittent due to weather conditions and the need for sunlight. However, advancements in battery storage systems help mitigate this issue. Lastly, the production process of solar panels generates some waste and pollution. Nonetheless, these disadvantages are outweighed by the long-term environmental and financial advantages of solar energy. According to The Solar Foundation's National Solar Jobs Census, the U.S. solar industry employed over 250,000 people in 2022, emphasizing the positive impact of solar energy on job creation and economic growth. What are some common misconceptions about solar panels? One common misconception about solar panels is that they only work in sunny climates. While it's true that solar panels perform best under direct sunlight, they are still capable of producing electricity on cloudy or rainy days. According to a study by the National Renewable Energy Laboratory, solar panels can still generate up to 25% of their optimal output even under heavy cloud cover. This means that solar panels remain a viable option for generating clean energy in regions with less sunshine. What are the benefits of using solar panels for energy production? The benefits of using solar panels for energy production are manifold. Firstly, it is a renewable source of energy that does not deplete natural resources or contribute to greenhouse gas emissions. Secondly, solar panels reduce utility bills by generating free electricity from sunlight. Additionally, solar panels require minimal maintenance and have a long lifespan. According to the National Renewable Energy Laboratory, the average home with solar panels can save over $1,000 in electricity costs per year. Finally, using solar panels promotes energy independence and resilience during power outages. How much do solar panels cost and how long is the payback period? The cost of solar panels and the payback period can vary depending on several factors such as panel efficiency, size of the system, location, and available incentives. On average, the upfront cost of installing a residential solar system in 2023 ranges from $10,000 to $25,000 after tax credits and incentives. With the energy savings generated by solar panels, it typically takes homeowners about 7 to 15 years to recoup their initial investment. However, it's important to note that this payback period can be shorter or longer depending on individual circumstances and local electricity costs. According to studies, solar panels have an average return on investment (ROI) of around 10-20% per year, making them a smart long-term investment for many homeowners. Overall, solar is worth the investment. With their positive environmental impact and ability to keep your money away from the electric companies and in your wallet, the choice to go solar now is stronger than ever! Call Semper Solaris to schedule your free quote today!
In the summer of 2023, the average electricity bill is expected to rise five to eight percent compared to 2022. Rising costs play a significant role in the decision for many consumers to switch to solar. However, what about when you need to use energy from the power grid? Understanding time of use rates and how they work will help. What Is a Time of Use Rate? Time-of-use (TOU) rates are a type of billing system used by some utility companies to charge different prices for electricity based on the time of day. This means that during certain peak hours, when demand is high, you'll pay more for your electricity than you would during off-peak hours. How Does the Electricity Company Track What Time of Day You're Using Energy? Understanding how your electricity company tracks your energy usage throughout the day is crucial if you want to maximize your energy savings with TOU rates. Many companies use smart meters to track your energy usage. How Do TOU Rates Work? Time-of-use (TOU) rates are a pricing system offered by utility companies to encourage consumers to shift their energy consumption during peak and off-peak hours. The TOU rate structure divides the day into different periods based on customer usage patterns, typically three: on-peak, mid-peak, and off-peak. By taking advantage of lower rates during off-peak and super off-peak periods, you can avoid higher weekday rates when energy resources are in demand. What Are Peak Hours? Peak hours are the time of day when electricity demand is at the highest. With TOU programs you’ll pay the highest rate during peak hours. These hours are generally during the late afternoon and early evening when more people are at home and consuming electricity. What Are Mid-Peak Hours? When looking at pricing periods, mid-peak hours fall between peak demand and off-peak demand. During this time of day electricity rates are lower than during peak hours, but still higher than off-peak hours. What Are Off-Peak Hours? On the opposite side of things we have off-peak hours. This is the time of day it is cheapest to use electricity. Generally, off-peak hours fall during the night when most people are asleep and not actively using electricity. What Is the Cheapest Time of Day to Use Electricity? If you're wondering what the cheapest time of day to use electricity is, it depends on where you live and what your utility's peak hours are. However, in general, the cheapest time of day to use electricity is usually between 9 PM and 7 AM. So consider shifting some of your energy usage to these off-peak times to save even more money with TOU rates. Time of Use Rates and the Changing Seasons It's also important to keep in mind that time of use rates change with the season. During the summer months, when air conditioning units are running more frequently and for longer periods of time, peak hours may be adjusted accordingly. The best way to stay informed about changes in TOU rates is toregularly check with your energy provider or utility company and adjust your usage habits accordingly. More Control Over Your Electricity Costs One of the primary benefits of time-of-use (TOU) rates is that they provide consumers with more control over their electricity costs. With TOU rates, electricity prices vary based on the time of day and season, which means you can save money by shifting your usage to off-peak hours when rates are lower. Reduce Strain on the Power Grid Another advantage of TOU rates is that they help reduce strain on the electrical grid during peak hours. By encouraging people to use energy during off-peak periods, utilities can avoid building expensive new power plants or transmission lines to meet demand during peak times. Higher Energy Costs During Peak Demand One major drawback is the potential for higher electricity bills during peak hours. This means that if you consume a lot of energy during peak times, such as in the evening when everyone is using their appliances and electronics, your bill could skyrocket compared to what it would be under a flat rate plan. Confusing Pricing Structures Another issue is the complexity of TOU rates. Consumers need to understand when and how usage charges change throughout the day and adjust their habits accordingly in order to see any real savings. This can be difficult for some people who are used to simply paying a flat rate each month. Time of Use Rates and Solar Power Time-of-use (TOU) rates can have a significant impact on the economics of solar power. Because TOU rates vary based on the time of day, homeowners with solar panels may be able to take advantage of higher electricity prices during peak hours with net metering by selling excess energy back to the grid. Net Metering and Time of Use Rates With time-of-use rates in place, it’s important to pay attention to how much energy is being produced and consumed during peak hours versus off-peak hours. If too much energy is being generated and sent back to the grid during off-peak hours but not enough is available during peak hours when rates are highest, homeowners may end up paying more for their electricity, even with solar panels installed. Avoiding Peak Demand Charges With Solar Power A great way to decrease your exposure to peak pricing on time-of-use rates is to invest in solar, and even more so to invest in solar-plus-storage. If you generate and store enough energy during off-peak periods using your solar panels and an energy storage system, you can use that stored energy during peak periods instead of buying it from the grid at a higher price. Are TOU Rate Plans Right for You? The answer depends on your energy usage habits and lifestyle. If you tend to use most of your electricity during off-peak hours, then TOU rates could potentially save you money. However, if your energy usage is mainly during peak hours, then TOU rates may end up costing you more. It's important to evaluate your current energy consumption patterns before making a decision about switching to TOU rates. Time of use rates can help you save money and know how to use solar panels for optimalenergy efficiency. However, before you switch to time-based billing, you should understandall the factors. Don’t let electricity prices break the bank, start saving money by going solar with Semper Solaris. Sources https://www.cbsnews.com/news/inflation-electricity-bills-higher-summer-2023/https://news.energysage.com/understanding-time-of-use-rates/.. https://www.cnet.com/home/kitchen-and-household/yes-you-can-actually-save-money-by-using-electricity-at-these-specific-times-of-day/ .https://www.utilitydive.com/news/an-emerging-push-for-time-of-use-rates-sparks-new-debates-about-customer-an/545009/. https://www.energy.gov/femp/demand-response-and-time-variable-pricing-programs.https://www.solarreviews.com/blog/what-are-time-of-use-rates-and-when-is-electricity-cheapest.https://www.chooseenergy.com/news/article/time-use-pricing-fair-experts-weigh/.https://www.sce.com/residential/rates/Time-Of-Use-Residential-Rate-Plans.
It’s no secret that residents across the United States have been dealing with outrageous record rate increases for years now. 2023 has brought even more massive rate increases. SAN DIEGO: San Diego Gas & Electric said customers can expect their energy bill to more than double this month. (source: fox5sandiego.com) LOS ANGELES: One Santa Monica household’s notice, reviewed by The Los Angeles Times, showed the customer’s old rate was $1,030 per year. The new rate? Also $1,030 per year, the letter said. But then a second letter from Edison arrived in the mail at the end of July. The new rate, the customer was told, would actually be $1,723 per year — a 67% increase that works out to nearly $60 a month. The first mailing had showed “an inaccurate rate analysis,” the new letter explained. (source: latimes.com) SACRAMENTO: Pacific Gas and Electric is proposing a 22 percent rate hike from 2023 to 2026. (source: cbsnews.com) BAY AREA: Over the last three years, PG&E monthly bills for combined services have risen about 39%, or an average of 13% a year. (source: siliconvalley.com) ORANGE COUNTY: That’s why electricity costs in the Inland Empire are up 15.5% over 12 months — and sadly that’s the second-best report in a year with a 24% peak. And that followed last year’s 17.5% jump. L.A.-O.C. power is up by only 10.4% — off the year’s 19.7% high and last year’s 12.5% increase. This is no regional outlier. U.S. consumers’ electricity costs are up 15.8% — more than triple last year’s 4.3% rise. (source: ocregister.com) • The California Public Utilities Commission (CPUC) is considering whether to allow Pacific Gas & Electric to increase utility rates by 18% in 2023, in addition to the 9% rate increase that was already implemented in 2022. (source: cpuc.ca.gov) APS gave regulators a few options. If they want to eliminate the balance due for fuel, they can raise bills an average of $19 a month for residential customers for a year. That hit would total about $29 a month for customers on a demand rate plan. (source: azcentral.com) • In Arizona, the Arizona Public Service (APS) has requested a rate hike of about 13.6% by December 2023. (source: azcentral.com) “I am worried people are going to be shocked,” said John Ballenger, vice president at Texas retail electric provider Champion Energy. “Realizing this is 50 or 60 or 70% higher than what they had paid before; I’m just not sure it’s real to people yet. If it’s not, it will be very, very soon when the bills hit this summer.” (source: texastribune.com) • In Texas, homeowners also saw a massive surge to their electricity, with an increase over 50% to their rates at home in mid 2022. (source: texastribune.org) Because of a merger with the former Gulf Power, FPL has two sets of rates. Its petition said customers who use 1,000 kilowatt-hours a month in areas traditionally served by FPL would pay $130.23 in 2023, up from $120.67 this year. In the Northwest Florida areas formerly served by Gulf Power, customers would pay $160.43 in 2023, up from $155.61 in 2022. (source: cbsnews.com) • In Florida, TECO (Tampa Electric Co) announced that the typical residential customer’s monthly energy bill will increase by about 11 percent in 2023. (source: tampaelectric.com) With record rate increases, there aren’t many options to avoid the strain on homeowners’ wallets this year. One solution that is becoming increasingly popular and more affordable is getting a solar installation. Purchasing solar panels is a huge investment, but it will help you save on energy bills with solar. In case you’re not familiar with how solar energy works, it’s a form of renewable energy that is generated by capturing the sun’s energy and turning it into electricity. Solar panels, are made up of photovoltaic cells, are installed on rooftops or other areas to capture the sun’s energy. This energy is then converted into electricity, which can be used to power your home or business. That means, by getting a solar panel installation, you can start to offset or even eliminate your high electricity bills. Residents can also choose to get battery storage backups to bank additional energy from their solar panels. By gathering electricity produced from solar panels and storing it with a battery storage system, people all over the country can power their homes without sunlight and stay prepared for power outages, grid failures, and future rate hikes. Once you decide to install a solar energy system, what does the process look like? Different States and Counties have different requirements, however, it typically looks a lot like this: SITE ASSESSMENT: A solar panel installation expert will visit your home to assess the suitability of your site for solar panels. They’ll take into account things like the size of your roof, the orientation of your roof, your electric energy needs, the amount of sunlight that your home receives, etc. DESIGN AND PLANNING: Once the site assessment is complete, Semper Solaris will work with you to design a solar panel system that meets your needs. This may involve customizing the size and layout of the panels to fit your specific needs. INSTALLATION: After obtaining the necessary approvals, Semper Solaris will promptly schedule and commence the installation process. This typically involves mounting the panels on your roof or another area of your home, and connecting them to your electrical system. ACTIVATION: After the installation, your solar panel system will be enabled, enabling you to save on energy bills with solar energy. More questions? Feel free to give us a call or click HERE to schedule your appointment.
Do you have questions about solar panels? You’re not alone! Even though solar has been around for a long time, many people want to know more before they choose if going solar is the right for their property. Getting to know PV panels is smart, so we have put together some of the most commonly asked questions about home solar panels and answered them in one place. From knowing how solar power works to knowing what happens to solar panels in weather, you’ll be smarter than ever about turning the sun into green energy once you’re done with these FAQs. Let’s get started. How Do Solar Panels Work? The short answer is that solar panels (comprised of photovoltaic - PV - cells) absorb and turn sunlight into electricity. The longer answer is that the silicon in PV panels, which is doped with boron to increase its conductivity, knocks electrons free from the sunlight that hits the panels. This creates an electrical current. Your panels convert the sunlight into direct current (DC) energy. How do solar panels work? Read the full article. Since most appliances in your home use alternating current (AC) power, your solar panels are connected to an inverter. The inverter changes the solar energy from DC to AC. From there, the energy is ready to be sent to your outlets and used in your home. How are Solar Panels Affected by Clouds and Rain? One of the biggest myths about solar power is that it won’t be effective when it’s cloudy. Homeowners who live in areas with a lot of sea fog, for instance, may be worried that getting solar power isn’t worth it. The reality is that solar panels can still capture sunlight even when it’s cloudy outside. In fact, panels can often produce up to 25% of their typical output even when clouds are present. When it’s raining, your solar panels may produce about 10% of their regular output. During weather events, your solar panels can draw upon their storage of saved energy so your home can stay off the grid until the sun comes out again. Read our article Does solar power work at night? Do Solar Panels Overheat? You want your solar panels in direct sunlight. But how much sun is too much sun? Some panels do operate with less efficiency in super hot temperatures. Solar panels are tested for efficiency at 77 degrees Fahrenheit, and they’re most efficient around that temperature. Panels will lose a certain amount of efficiency for every degree above 77 (this is called the temperature coefficient figure). If you’re living in the desert, you may want to select panels with a better temperature coefficient. Thin-film panels, which are started to gain steam, are also known to work quite efficiently in hot temperatures. It’s important to note that your panels will still work when they get hot, they may just take longer to generate the same amount of electricity as they do on cooler days. They will draw on stored energy to make up the difference. Learn how often you should care for your solar panels. How Many Solar Panels Does a Home Need? How many solar panels will you need to make the switch from grid power to self-sustaining solar power? There are a lot of factors that contribute to the answer, including the efficiency of the panels you choose and how much power you use every month. For a home that uses 5kW of power each month, you will require on average about 20 panels. You’ll need 300 square feet of roof space, ideally facing south. How many panels are needed to run a house? Read the full article. Can Solar Panels Be Recycled? If you’re entertaining the thought of going solar you probably care about the environment, and you’re asking yourself how you can recycle the panels when you’re done with them. The good news is that solar panels often last up to 30 years, so you won’t have to change them out often. If you inherit a home with outdated panels and want to upgrade them, however, the rules of recycling may be pertinent to you. The EU has a more organized system for recycling solar panels than the United States, but the US is started to get on board. Many of the components of solar panels, including glass and wiring, can easily be recycled. Groups like SEIA and some individual manufacturers are allowing customers to turn in old panels for repurposing or recycling. Learn how to decrease your carbon footprint. Are Solar Panels Expensive to Maintain? No, solar panels are not expensive to maintain. Regular cleanings represent the majority of your responsibility; depending on where you live and the type of panels you have, you may only need to clean the panels annually. It’s best to consult a professional when you need your panels cleaned and schedule the cleaning for a day that is partly cloudy whenever possible. Aside from cleaning, you won’t need to attend to your panels unless you notice something wrong. Many solar panels have a warranty of 25 years for parts and materials, so you can also count on free replacement components in many cases. Can Hail or Snow Damage My Solar Panels? Solar panels are specifically designed to withstand harsh weather conditions. In fact, they are tested to make sure they can survive through one-inch hail falling at a rate of 50 miles per hour. The National Renewable Energy Laboratory (NREL) was itself faced with a hail storm, and of the thousands of solar panels on the organization’s campus, only one was broken in the end. When it comes to snow, the main problem is that snow coverage impedes panel efficiency. Many homeowners can simply wait for the snow to melt because the angle at which the panels are installed encourages the melted snow to naturally run downward. You can also hire a professional to come and clear the snow. Read more about the durability of solar panels. How Much Money Will I Save with Solar? The amount of money you save with solar may vary, but if you buy efficient panels and live in Southern California you are apt to save up to $40,000 over the course of your time in your home. You can use Google’s helpful Project Sunroof to estimate how much money solar panels can save you. The tool uses your address and current electric bill to provide you with an estimate. We answer the question we know that you have: Do solar panels really save you money? Can I Take My Solar Panels When I Move? Technically your solar panels are your property and you could take them with you to a new property. But you may not want to consider it when you factor in the increase in your home’s value. In California, a solar panel system that generates about 5kW could improve the worth of a home by tens of thousands. You’re typically better off to leave your solar panels in place, sell your home, and install a different system at your new address. Read more: Does solar really increase the value of your home? What is Net Metering? Many city grids, including SDGE have a program in place to buy your excess energy. Most homes with solar will create more energy than they need, so you may as well be paid for it! Net metering is a system by which homeowners who generate solar energy and remain connected to the grid will send their extra energy to the grid. Your utility company will pay you for this electricity and use it to offset the load for your neighbors. Anything beyond your personal “net” use is used to power your community. Read our full article on net metering. Solar power has the potential to make your household energy independent, reduce your carbon footprint, and help your community. When we reduce our reliance on fossil fuels, we create new jobs and help protect the California landscape we all love so much. Solar energy is also helping local veterans get back to work after they complete their service. More of your questions are answered on our Frequently Asked Questions page.
For any homeowner or business owner interested in saving money and helping to protect the environment, having solar panels installed is a great way to do that. Solar energy is the definition of green energy, which means that it is clean energy that produces next to no pollutants. On top of being the cleanest form of energy in the world, it is also endlessly renewable. The sun is going to keep rising each day, which means that the fuel source for solar panels is never going away. Since solar energy doesn't have to be produced, it also doesn't generate any waste. To summarize, solar energy produces virtually no pollutants and it is endlessly renewable, making it the perfect green energy for anyone interested in protecting the environment. The only time that solar panels produce any waste is during their manufacture and transport to the installation site. After that, it's perfectly clean energy for the life of your solar panels. Solar Panels Help To Reduce Carbon Emissions If you're interested in protecting the environment, you're probably already well aware of the threat that global warmer presents. Global warming is causing the sea levels to rise due to glaciers melting. It's altering the climate, and there's strong evidence that it is making hurricanes more powerful, droughts more severe, and wildfires more damaging. Climate change is a problem that everyone needs to work together to combat, and you can do your part by having solar panels installed on your home or business. How do solar panels help with climate change? To understand how solar panels help with climate change you first have to understand what's causing it. Climate change is being driven by carbon emissions. Everything from coal power plants, to the cars that most people drive. When you have solar panels on your home or business you are reducing your dependence upon external electricity sources. So, if your home would have normally been given power by a coal power plant, using solar panels reduces your carbon footprint by reducing your dependency on that power plant. The Cumulative Effect of More and More Homes and Businesses Going Solar Will Add Up Will you get solar panels on your home or business to make a huge impact when it comes to protecting the environment? No. But it's important that you don't think that way. If everyone decided that their getting solar panels wasn't going to make that big of a difference, then progress would come to a grinding halt. What you should realize is that it's the cumulative effect of many other home or business owners just like you making the decision to go solar that will make a difference. Solar Panels Offers Many Financial Benefits While your primary motivation for embracing solar energy may be about the positive effect it will have on the environment, you should also enjoy some nice financial incentives as well. When you finance solar panels you aren't actually adding anything to your monthly budget, in fact, you may be reducing your monthly budget! While financing solar panels will add a bill to your budget, it will also reduce your electric bill. In most cases, people find that the amount of their bill for their solar panels, combined with their new electric bill is less than what they paid for electricity before. On top of that, once your solar panels are paid for, you'll continue to get solar energy from them. While the amount of power that solar panels generate will decrease eventually, the fact that they will continue to provide you with power long after they have been paid off can be viewed as a major benefit. Do Solar Panels Have Any Negative Effects On The Environment? While solar panels are overwhelmingly good for the environment when compared with other power sources, they do have their downsides. When solar panels are manufactured they are done so in a facility. That facility is taking up space that was probably an empty field with grass and trees at one point. The facility that manufactures solar panels also uses power and water, and during the manufacturing process pollutants may be produced. Currently, solar panels are also transported on vehicles that use fossil fuels as well, so that's another check in the negative box for them. But, once they are installed, they are the greenest energy source on the planet, making their negatives pale in comparison to the positive benefits that they provide.
Many people faced electricity blackouts in California due to dry, hot, and low-humidity winds as well as widespread wildfires. A dozen counties shut their power off since sparks were emerging from aging power lines. It was done to avoid and control quickly-growing fires. Though the power was restored for a day, the residents were warned to prepare for a minimum of 5-7 days outage. This was because of the weather conditions at the time, which could have enhanced the risk of wildfire. Now, we are seeing even more shutoffs in counties such as Los Angeles and Ventura due to the strong winds. This is just one scenario. Blackouts and outages are not planned at times. Even if they are, the residents still have to be prepared to face the abrupt power cut. What should be done? The immediate solution is to have a Battery Backup Power Storage in your residence/building. What is the power required to back-up a battery? For a full charge, battery backup for home use needs 160 Watts in an approximate. Is Battery Backup Power right for you? The California outages were done for safety. However, such a scenario and an unplanned power cut make battery backup power essential and useful to many residents such as people with Sleep Apnea & CPAP Machines. Need for a backup home power system [video width="760" height="692" mp4="https://www.sempersolaris.com/wp-content/uploads/2021/08/07-2021-SMP-Website-Blog-Images-760x340-35628-2.mp4" loop="true" autoplay="true"][/video] A home power backup is also referred to as energy storage equipment. A backup that can power up your home for emergency filled with sustainable energy is cost-efficient. Whenever a power outage is experienced, the backup equipment will switch to the power supply until the power is back. The battery charges while the power is available. Systems like Tesla Powerwall & Enphase Encharge Battery are very efficient, larger in capacity, cost-efficient, and storage efficient. For example, with Tesla Powerwall, you will not even notice a blackout as when the backup mode is powered, Powerwall will seamlessly switch to this backup mode and stay powered for 7+ continuous days* The factors for having a battery backup power are: Climatic conditions- Extreme weather conditions such as fires, ice, floods, lightning, and wind can impact the electric grid. Accumulation of ice or a lightning strike can damage the power lines. Trees- Trimmed trees do not impact the power lines. However, they do not potentially void all the issues. The branches can sway or fall over the power lines damaging them. Potentially high wind can make the tree stoop over the power lines. If the tree is not trimmed, then they create all the more. Accidents-Construction and Vehicle accidents can harm power poles. This results in the power lines to touch or break each other. Grid overload- The equipment gets overloaded with extreme temperatures. The system is impacted when you are using electrical heating or AC at the same time. Which battery backup is right for you? The answer to this question is relative. Some factors to look for the right backup are: Any battery backup power system being right depends totally on what you need, place, and circumstances are. A reliable backup should be able to provide power backup for major power devices. If your climate is not suitable, you live in a disaster-prone region, or where there are chances of more power cuts then, the battery system should be able to sustain that break time. They should be affordable to you for charging, maintenance, and installation. 3 primary features of a Battery backup power right for you The below three vital features are essential in a backup battery Reliable Battery-The battery backup run using solar energy should keep it charged and shield the device from power issues. The connected power devices like lights, fans, etc., should be compatible with the internal battery supply. How many hours it is able to give you power supply in the case of a power outage depends on the battery size and wattage. The other factors to be considered are battery age, efficiency, and room temperature. The backup should be capable of offering computer data backup and avoiding any kind of data loss. Automatic Voltage Regulation- The battery should be equipped to shield abnormally lower or higher voltages. No damage or malfunction of hardware should occur at these times. This will correct the fluctuations without getting the battery switched on at these times. It will set the percentage by detection to 10-15 percent of the required voltage to switch. Noise and Surge protection-In-built noise filtering and surge suppression from a transient voltage that can be disruptive and destructive EM or RF line noise is abled in the system. Solar Energy Backup Power The backup power system of this type uses solar panels to store solar energy as power backup. Solar Energy systems are also referred to as a PV array. The energy accumulated through the solar panels is directed to storage within the battery system for home use when needed. Whenever there is a power outage, this storage energy acts as a power supply to operate as per the power specifications enabled. Top advantages of Solar power backup The leading pros of solar energy power backup batteries are that they are eco-friendly. They have no or minimal impact on the environment. This is sustainable energy to reliable provide a power backup to your home or workspace without any harm done. They are able to give you energy security. Solar batteries can curb the issues of weak grid management. They are self-sufficient and give your control of energy as needed while being cost-efficient. They are noise efficient, a quiet solution to power backup. They do not cause noise surges during the night or while charging. They are power efficient. These energy storage solutions result in cutting your energy bills. They are cost-efficient as they use natural, sustainable energy from the sun. The charging is done as per solar energy available and harvested into the panels as the energy back up. Conclusion A home battery backup will always come in handy when there is a power outage. Which one is right for you is based on factors such as climatic conditions, energy efficiency, how frequently the power outages occur, if your location is prone to frequent disasters, and so on. Solar Battery Storage units are eco-friendly and make use of the natural resource as a storage system. They need an initial set up investment, but in the long run, they are cost-efficient. They are able to sustain longer power outages comparatively. They are energy efficient with a good lifespan. They are quieter with noise efficiency. A battery backup power that is reliable, easy to install, smart, sufficient in wattage, and cost-efficient is right for you to combat a power outage. Bonus: If you are a current college student or high school senior about to graduate, don't forget to apply to our Semper Solaris Scholarship for an opportunity at $2000.
Planning to buy a new air conditioner for your home? Read this before making an informed decision! We love when our clients know why we choose and customize each homes air conditioning unit based upon their needs and size of their home. Purchasing an air conditioner unit is a great investment. You need to keep in mind certain factors such as the type of AC unit, your home requirements, comfort level, price, etc. while buying it. If you don't pay attention to these factors, you may end up spending your hard-earned money on the wrong product. That's why it is very important to understand the whole process before making a purchase. To help you with it, we are sharing 7 questions you should ask yourself when buying a new AC unit for your home. What Should Be The Size Of The Air Conditioner? Once you hire Semper Solaris, our experienced air conditioning crew will carry out Manual J load calculation. It is an HVAC industry standard method of calculating the size of the AC unit you need by considering certain factors such as the size of your home, orientation, layout, number of windows, size of windows, shade around your home etc. After determining these factors, our expert air conditioning technicians will provide you with the required AC size for your home. At Semper Solaris, we don't simply replace the old AC with the new one with the same capacity. What Is The Efficiency Level Of A New AC Unit? If you're living with an old air conditioner, you must have already known that its efficiency degrades over time. Although new systems are maintained regularly, they can't keep up their efficiency for a longer time. So, a good idea is to invest in a good-quality and energy-efficient Air Conditioner. Always look for an Energy Star Label of the product you're purchasing. This signifies that the AC meets the minimum energy requirements set by the Environmental Protection Agency (EPA). What New Technology Should I Go For? Apart from the efficiency of the system, you should also look for the latest technology. Nowadays, a majority of ACs come with new technologies that make your air conditioning experience comfortable and also save money. When you buy an AC unit, look for the features like variable speed motors. This feature is very helpful in saving power and your electricity bills. What Is The Timeline For Installation? If you're buying an air conditioner to replace a broken or malfunctioning unit, you'll need to get a new system as soon as possible. This is extreme if it's a hot scorching summer. Most of the time, air conditioner installation is a time consuming process. It can easily take more than a day to install the system as it involves plumbing, electrical and ductwork coordination. Naturally, if the system is larger, it will require more time to install and may require several days to complete the process. At Semper Solaris, we provide you with the exact installation time for a new system or an air conditioner replacement. Who Will Perform The Installation? Installing an air conditioner is not something you can do on your own. It requires well-trained and certified professionals. All the air conditioning technicians at Semper Solaris are NATE-certified, which means they have passed the professionals tests and have a good amount of practical experience in the industry. Should I Purchase Additional Air Quality Components? The good news is, many technologically advanced air conditioning systems are able to perform several jobs all at once. They not only keep your home cool but also improves the air quality and regulates the humidity level. However, if your home is prone to airborne pollutants and leaks, you can add an indoor air quality component for improving the air quality. At Semper Solaris, we offer a wide range of ACs with new technologies. Not only that, we offer a broad range of air quality components such as air cleaners, dehumidifiers, UV lamps and ventilators. What Is The Estimated Cost For An AC Installation? We understand that you want to know what you're investing in and how much you're going to spend. Cost is one of the most important deciding factors when it comes to purchasing equipment. But the cost of installing an AC unit varies depending on certain factors like the size of your system, home cooling requirements, additional air quality components, other accessories etc. When you work with our air conditioning company, our expert technicians will provide you a reliable installation estimate so that you can plan further.
Are you aware that scientists have spent thousands of years trying to understand the promising solar energy and its application? Yes, understanding the 'how' of harnessing the Sun's power and meaningful use has been an uphill task that has ignited various scientists' interest in developing a concrete solution. Below is a timeline of multiple achievements and milestones covering various human efforts to extract and use solar energy. How is solar energy extracted from sun rays? Through the use of Photovoltaic devices. These are a particular type of metal that, when exposed to sunlight, use the photovoltaic effect to produce electricity. It is estimated that the knowledge about this photovoltaic effect has existed for roughly two centuries, and for this reason, our history about the solar cells begins here. How was solar energy initially used? Theoretically, it is believed that humans began to use solar energy by 7th century B.C. History reviews that humans were using sunlight to ignite the fire using magnifying glass materials. 700 BC- The use of a magnifying lens to put on Sunlit Fires' Heat Ray'. Do you know by the 7th century B.C humans could make fire using a magnifying glass to concentrate sunlight? For instance, around. 214-212 B.C. historians hypnotize that Archimedes' a great Greek inventor, was able to apply solar energy by creating heat rays using multiple mirrors to concentrate sunlight. It is believed that he destroyed several ships by concentrating sunlight on those ships belonging to Greek enemies especially during the Siege of Syracuse. Although this Archimedes' invention's validity is not apparent, various experiments have shown that it could be possible but more unlikely to have been executed. Romans are also known to use mirrors to harness the solar power and using it as light torches during their religious ceremonies. The use of "burning mirrors" became prevalent among Roman, Greeks, and later to the Chinese civilization. When was the first invention of the solar panels? 1767- The invention of the first solar oven A solar oven, often known as the solar cooker, uses the heat created by concentrating sunlight to heat drinks or food. Solar cookers are in use to date and are cheaper and efficient compared to the previous models. They are the most popular heating solutions, especially world parts, with limited access to electricity. The device relies only on sunlight to function, and this means no fuel or electrical power is need for it to work. The first solar oven was invented in 1767 by Horace De Saussure, a renowned Swiss Physicist. By the time of invention, nobody could have thought that this invention could be among the most helpful innovations for the next two centuries by helping people prepare their lunch and dinner without using firewood. 1839 - The Photovoltaic Effect Discovery by Edmund Becquerel. One of the most critical years in the history of solar panels was 1839 when Edmund Becquerel, a 19-year-old French physicist, discovered that there is a voltage difference when specific material is exposed to sunlight created. With his little knowledge about the photovoltaic effect, Edmund Becquerel dint understands that his discovery would form the basis of solar power in use in modern today. In 1873, Willoughby Smith, a staunch English engineer, coined Photoconductivity in Selenium, especially in its solid-state, which was another significant discovery that led to a great milestone in the solar energy industry. 1876 - Invention of Electricity from Light. While advancing the Smiths discovery three years earlier, an English professor, together with his best student, Richard Evans Day, observed a flow of electrical current when specific material was exposed to sunlight. Two electrodes attached to a selenium plate were used to make the tiny electrical current after exposing those plates to the light. 1883 - the making of the first Design of a functional Photovoltaic Cell. The credit goes to Charles Fritts, an American inventor who was the first person to design a successive solar cell plan. His 19th-century simple Photovoltaic Cell design was based on selenium wafers. 1905- The Photoelectric Effect and Albert Einstein work. Although most people aren't aware of Albert Einstein's photoelectrical effect paperwork, he is famous for his outstanding scientific milestone in the human race. He is the first person to formulate the photon theory of light, an idea that explains how light can dislodge 'remove or liberate' an electron from a metal surface. Sixteen years later, in 1921, after submitting his photon theory of light paper, he received the Nobel Prize to discover a tremendous scientific breakthrough. 1918 - The discovery of a Single-Crystal Silicon. The credit goes to a Polish scientist, Jan Czochralski, for figuring out a technique in which to grow single-crystal silicon. His discovery lay the foundation for the creation of solar cells using silicon metal. 1954 - The actual invention of Photovoltaic The credit goes to three scientists, namely, Gerald Pearson, a member of Bell Labs, David Chapin, and Calvin Fuller. Their work led to the creation of the world's first solar cell (photovoltaic cell). In simple terms, these men came up with a device that could convert sunlight into electricity. Many maintain that their silicon photovoltaic (PV) cell invention symbolizes the real PV technology invention. The first device could consistently power a considerable electrical device for more than two hours a day. However, the first silicon photovoltaic cell could only operate at 4% efficiency, below a quarter of modern solar cells capacity. They later advanced its performance (conversions efficiently), increasing it from 4% to 11%. Today, these solar panels are so advanced that they are used to light big houses and run machines due to their improved efficiency. Other significant achievements in the history of solar panels. The use of solar panels to power outer space devices. The use of solar technology in outer space is one of the most recent solar energy industry achievements. The outer space solar panels were used to run satellites. A good example is solar panels power Explorer III, Vanguard II, and Sputnik-3 satellites in 1958. Others include creating the first solar residence in 1973 by a team of scientists at the University of Delaware, Improving solar conversion efficiency from 8% to 14% by Hoffman Electronics amid 1957 and 1960. By 2016, the conversion efficiency had reached 34.5% efficiency and innovation from The University of South Wales.
In Carmel Valley, we are informed and concerned about the world beyond our own backyards. We are conservation conscious and engaged in finding answers for the world’s problems through technology, whether from global warming or world hunger, disease, and poverty. From lowering electric bills to saving the planet, solar power leads the way in solving critical issues we face in our homes, communities, and across the globe. Cost-effective, perpetually available, and technologically viable, the awesome power of the sun is providing answers to difficult problems that once seemed impossible. Semper Solaris is committed to a safe and sustainable world through renewable energy. We are a solar company on the forefront of promoting residential and commercial solar installations. We believe Solar Power holds the potential for a better world for all. We are the best solar company for Carmel Valley solar solutions for the rooftop and beyond. Saving the planet We all know about greenhouse gases, carbon footprint, and moving towards a clean environment with renewable energy. At Semper Solaris, we understand the effect of fossil fuels on the environment and are committed to protecting it. Solar power is the leading alternative to fossil fuels and the most efficient way to achieve the goals of a sustainable world whether it is solar power in Carmel Valley or remote countries across the globe. Air Pollution Solar Power can reduce and eliminate the release of dangerous pollutants into the atmosphere like carbon dioxide, methane, and nitrous causing greenhouse gases and hazardous air. Toxic Water The most significant percentage of toxic water pollution comes from coal-fired power plants. The use of solar power will go a long way toward reducing toxic waterways. Hazardous Waste Toxic waste is dumped into landfills, abandoned mines, and poisonous pools. The waste from fossil fuel byproducts fossil has dangerous levels of metal toxicity. Solar power is clean energy and does not produce hazardous waste. Ocean Acidification Fossil Fuel emissions released into the air and absorbed into the ocean has altered the chemistry of the sea, making it more and more acidic. Acidification is causing a mutation of the ecosystem and threatens not only the fish and wildlife but erodes the attributes of the ocean by which shellfish, coral reefs and necessary organisms for sea life thrive. Solar power is on the pioneering forefront of the conservation of the air and sea. Protecting the environment protects you and your family from diseases caused by pollution and other environmental issues. Solar power is clean and plentiful, and rooftop solar in homes and the city is the wave of the future. Semper Solaris is the most knowledgeable and experienced at solar installation in Carmel Valley. Solar technology and electricity The need for electricity worldwide is increasing as more innovative technologies are added to the mix of things powered by electricity. Energy driven appliances and even medical devices have become necessary for sustenance and quality of life in our modern world. Solar power is cost-effective, and the sunlight is free, making it the most economical way to bring more electricity to communities across the globe. Refrigeration Air Conditioning Communication Electric Powered Transportation Innovation and Invention Medical Equipment Global Poverty Solar power provides access to the electrical power needed to fuel the modern necessities of life that we enjoy in America. The poor of the world spend exponentially more on electricity that comes from inefficient sources like fossil fuel plants and poorly constructed and maintained transmission lines. Solar is a key component in fighting poverty worldwide. Global Water Scarcity Throughout the world, there are places with a shortage of drinking water due to pollution and mismanagement and even drought. Whether from natural or human origins, the lack of safe water and demand for water resources has increased faster than population growth in some countries of the world. Solar power is a means for solving the global water crisis by providing renewable energy that reduces water pollution and, unlike fossil fuels, does not use water to generate power. In fact, Solar Technology may be the answer to the global water crisis as scientific advances emerge from innovation and discovery. Solar power helping the homeless Here at home, we know too well that there is a severe homelessness problem. Basics like food, shelter, water, and power are not readily available to the homeless who face the hazards of living day to day without those necessities of life enjoyed by most of us locally and globally. Solar power is here again on the front-lines producing answers. Solar energy is being deployed globally to help the homeless live safer and providing some of the essential tools for survival. More importantly, solar power is a means of transitioning out of homelessness. Solar Innovations help the homeless: An all-girl engineering team from the San Fernando valley creates a solar-powered tent for the homeless. Solar Suitcases provide lighting and charging stations so people can contact necessary services or look for jobs. Homeless encampments provide tiny homes using solar power. Solar-powered pods are complete with kitchens and bathrooms Outdoor solar-powered showers in London. And the list of solar solutions goes on as we move towards a world that offers simple, technology-based answers to complex issues. The feasibility of solving major world problems or protecting the environment through solar power in the world and solar power in Carmel Valley is both economically and technologically attainable. Semper Solaris supports helping the world achieve sustainability and those living in poverty live better lives. Clean air and water are essential to health and wellbeing. Clean, cheap, and readily available, solar power is the future of a sustainable, equitable world. We are experts in the field and are the best solar company in Carmel Valley. Call us today! If you don’t yet have a solar system installed, now is the time to join the future of renewable energy and help solve big world problems, starting with your home. Click here to learn more about solar in Carmel Valley.
