Solar energy has become a robust and sustainable solution for meeting the world’s growing energy demands. More homeowners, businesses, and communities are turning to solar power for a number of reasons — whether it’s because of environmental concerns or the financial benefits. As electricity rates continue to rise and extreme weather causes more frequent blackouts, owning your own power has never been more critical.

Here are some of the reasons why you should go solar in 2025.

#1: Cheaper Electric Bills

The fact that electricity has become more expensive in Texas and around the country is no secret, because rates have increased. At the same time, we’re using more electricity than ever before. During those hot Texas summers, we’re turning on the A/C for months at a time. Other power-hungry applications (such as EV chargers) are using even more electricity.

If you want to offset this problem, installing solar panels may be your only option. You can generate your own electricity from the sun, and the money you’ll save on your electric bills will pay for the installation. You’ll even be making money once you have broken even.

#2: Protection Against Rising Electricity Rates

Utility rates have already gone up, and they continue to rise. Solar panels can protect you from these rate increases. Once you install solar panels, you can lock in what you pay for power through the life of your solar panels (which is at least 25 years). It’s an inflation-proof form of solar electricity that will keep your costs low.

#3: No More Power Outages

Like many other areas of Texas, Corpus Christi can experience extreme weather conditions. As these conditions worsen each year, power outages can become a more frequent problem. If you want to keep you and your family safe and comfortable during a power outage, installing solar panels with battery storage could be the right solution.

If they’re paired with battery storage, you can generate and store your own electricity (which will give you a reliable source of backup power when the grid goes down). The battery will allow you to run your refrigerators, lights, and all of your essentials.

#4: Increased Home Value

Homes with solar panels will have more value in the market and can even sell faster. So if you’re thinking about downsizing in the future, getting solar panels can help you get more from your home once you decide to move. Solar panels can last for at least 25 years. So even if you’re planning to stay put for a while, getting them now can help you when you’re ready to sell.

#5: Tax Incentives

If you install solar panels in 2025, you’ll be eligible for certain incentives (including a federal tax credit). Also referred to as the Investment Tax Credit (ITC), this incentive will reduce your income tax liability by 30% of the installation cost for the year you installed the system.

There has been a lot of talk in recent years about the solar panel tax credit and the Inflation Reduction Act (IRA), because there have been some significant changes. Here’s what you need to know about the IRA solar tax credit in 2025:

• The solar tax credit has increased to 30%.
• The 30% solar tax credit has been extended to 2032.
• Solar battery storage qualifies for the solar tax credit.

Be sure to speak to a professional installer for more information.

#6: Energy Independence

Electricity is one of the most important commodities of the modern world. We use it for everything from heating and cooling to powering our electronics and appliances. We even use it to fuel our cars, but most of us can’t produce our own electricity. We’re completely dependent on outside sources for power.

Solar panels can give you energy independence, because you’ll be able to generate your own electricity and reduce your dependence on the utility grid. This kind of security is invaluable and is one of the main reasons why you should get solar panels.

#7: Technological Advancements and Accessibility

Advancements in solar technology have made it more accessible and versatile than it ever has been before. You can choose from a variety of options — from traditional photovoltaic solar panels to more integrated building options. Solar systems are also smart, so they can provide detailed information about their production (along with the amount of energy being consumed in your home). Combine that with a good energy storage system, and you can have a home with built-in resilience.

If you’re looking for one of the best places for solar power systems in Corpus Christi, be sure to reach out to Solar Power Integrator.

When you think about optimizing your solar panel system, gutters may not be the first thing that comes to mind. But for homeowners on the Texas Coast—especially in areas like Corpus Christi and surrounding communities—gutters play a crucial behind-the-scenes role in protecting both your solar investment and your home’s structure. By properly managing rainwater runoff, gutters ensure your solar system can operate efficiently while preventing costly water-related damage to your property.

Protecting Your Solar Investment and Your Roof

Solar panels are designed to convert sunlight into energy, but they also change the way water runs off your roof. Rather than dispersing evenly, rainfall tends to channel off the smooth surface of solar panels at a higher volume and speed. Without a reliable gutter system, this accelerated runoff can pool near your foundation, cause erosion, or damage your landscaping. Worse, water could back up under the panels or shingles, leading to roof leaks or deterioration that compromises both your roof and solar mounting system.

Preventing Water Damage Around Your Home

Gutters serve one primary function: guiding rainwater safely away from your home. On homes with solar panels, this becomes even more critical. When solar panels increase the amount of concentrated runoff, water can overshoot the roof’s edge without gutters, soaking walls, windows, and landscaping. Over time, that excess moisture can lead to:

• Roof damage — Water that isn’t properly diverted can seep beneath shingles and underlayment, creating leaks that may go unnoticed until significant damage occurs.
• Siding damage — Constant exposure to water running down the sides of your home can warp or discolor siding, cause paint to peel, and lead to wood rot.
• Foundation damage — Pooling water around the base of your home can cause cracks, shift the foundation, or allow moisture to enter your crawl space or basement.

Gutters help manage these risks by capturing runoff at the roofline and channeling it away through a proper drainage system. That means less moisture near your home—and less opportunity for damage.

Protecting the Foundation (and Your Solar Returns)

Your home’s foundation is literally what everything else rests on. Water damage here can cause structural issues, reduce property value, and lead to extensive repair costs. When solar panels increase runoff volume, the need to protect your foundation becomes even more urgent. A well-designed gutter system ensures water is directed far from the base of your home, preventing erosion and keeping your slab or piers dry and stable. That’s not just important for your home—it’s also key to maximizing the long-term savings from your solar system. Foundation repairs can be costly and time-consuming, draining resources you could be saving through solar energy production.

Reducing Soil Erosion Around Solar Homes

Water pouring off the roof without control doesn’t just affect the house—it disrupts your yard. Increased runoff can lead to uneven soil displacement, wash out flower beds, expose tree roots, and create muddy, unattractive patches near the home. Gutters allow you to route this water to designated drainage areas, preserving your landscape design and ensuring the ground around your home remains stable. That stability matters—especially if your solar array includes ground-mounted components or battery backups that rely on well-supported infrastructure.

Preserving Your Home’s Exterior and Energy Efficiency

Solar panels can help lower energy bills, but if your home’s exterior is constantly battling water damage, your energy efficiency gains can be offset by repair costs. Without gutters, water running off the roof can degrade windows, doors, and siding—creating drafts and allowing moisture to enter wall cavities. Over time, this can reduce insulation performance and lead to mold growth. Properly routed gutters protect the building envelope, maintaining a more consistent indoor temperature and keeping your home energy-efficient—just as your solar system was intended to do.

Extending the Life of Your Roof and Panels

Water that sits on your roof for too long—or flows unpredictably—can wear down roofing materials over time. On solar-equipped homes, pooling water can also compromise the mounting hardware or frames of your solar panels. A reliable gutter system helps extend the lifespan of both the roof and your solar setup by keeping water moving in the right direction and preventing premature wear or rust. This is especially important in coastal areas like Corpus Christi, where high humidity and salt air already put extra stress on roofing materials.

Preventing Mold, Mildew, and Moisture Problems

Moisture is the enemy of a healthy home. Without gutters, water that seeps into cracks or saturates building materials can promote the growth of mold and mildew—both of which can spread quickly in humid environments like the Texas Gulf Coast. Beyond damaging materials, mold also affects indoor air quality and poses health risks. Gutters reduce the chance of water infiltration, which means a safer, drier, and healthier environment for your family—and for your solar system.

Maintaining the Value of Your Solar-Powered Home

Solar panels are a major investment, and part of their value comes from reducing maintenance costs over time. But if your home suffers water damage due to missing or poorly functioning gutters, that investment can lose value fast. Structural problems, visible stains, rotting trim, or cracked foundations all lower your property’s curb appeal and resale potential. A clean, well-managed exterior—supported by a strong gutter system—helps protect your solar ROI and maintains your home’s overall market value.

Bringing It All Together: Gutters and Solar Panels Work Best as a Team

At first glance, solar panels and gutters may seem unrelated—but they actually work best when installed and maintained together. Solar panels increase water flow. Gutters control it. Together, they protect your home, extend the life of your roof and solar system, and help you get the maximum return from your energy investment.

Many companies in a variety of industries are reducing their energy costs by installing commercial solar panels, because it allows them to convert sunlight into usable electricity. By moving away from traditional energy sources to a cleaner and more renewable system, businesses can not only have a financial advantage in an increasingly global market but can also reduce their carbon footprint.

According to a recent report by the National Renewable Energy Laboratory, the top 25 companies in the United States were responsible for approximately 11% of the country’s distributed solar capacity. American businesses also accounted for 36% of the country’s electricity sales in 2013. So as more of these companies move toward the use of cleaner and more renewable energy sources (such as solar power), the more they can contribute to a major shift in the country’s energy consumption habits.

Here are some important considerations for installing solar panels on your commercial building.

#1: Roof Condition

This is one of the most important considerations for roof-mounted systems. Not every system is the same, but the Return on Investment (ROI) can be significantly affected if the roof needs to be replaced during the early part of your system’s lifespan.

If your building’s roof is in poor condition, you may want to consider replacing it (which works well for installing a new solar system). It would be a great opportunity to improve your roof’s condition while also making sure your warranty will remain valid during the designated period.

#2: Facility Structure

Roof-mounted solar panels can add more load to your roof structure, so it must support the extra weight. Loads are calculated by using engineering documentation from racking manufacturers, as well as from local and state code requirements.

#3: Electrical Infrastructure

Solar power systems must be connected to the building’s electrical infrastructure. In many cases, it’s too small to support a proposed system. It may also be too old or too hard to connect to without making major changes. If your building’s electrical system is old and needs to be replaced, this would be a great time to make accommodations for a solar panel installation. They can be connected to the new equipment and would cut your operating costs over the long term.

#4: Load Profile

Depending on your utility policies, the solar system you install on your building will most likely be sized to minimize the amount of energy that’s exported to the grid. This is done by matching the solar output profile to your building’s load profile (which measures how much power it’s using).

If your building uses most of its power during the middle of the day, it will most likely be a great match for commercial solar panels because their production will be the highest at that time. But if you use all of your power early in the morning or late in the evening, the size of your system may need to be reduced because it would be directly offsetting energy efficiency.

All of it depends on utility policies and rate schedules. Some of them eliminate the need for load profile considerations, which is more favorable for a solar panel installation. Other policies may require you to use it to determine your system’s size. Some facilities can even manipulate their load profiles to maximize the benefit of installing commercial solar panels.

#5: Future Facility Plans

Solar power is a significant asset that’s usually sized and designed to fit your building’s characteristics. So if you’re thinking about making any major changes in the future, you should consider that as you size and install your solar system.

If you’re planning to expand your facility, your solar panels should be able to accommodate the new expansion in terms of infrastructure design, capacity, equipment location, and other important factors. You may be planning to make changes to your facility loads. You may also want to implement more automation, shift the timing of your loads, or change the facility’s overall function.

All of these examples are important things to consider when you’re sizing your solar system, so be sure to mention this to the provider. Every facility is different, but a reputable solar panel company can help you evaluate your facility and come up with a comprehensive plan that will allow you to use commercial solar panels both safely and effectively.

If you’re looking for one of the best places to get commercial solar power in Corpus Christi, be sure to reach out to Solar Power Integrator.

Have you ever looked at your solar panels and wondered how they worked? The process is as elegant as it is efficient. They harness the energy coming from the light of the sun through the use of photovoltaic cells, and it turns that energy into electricity that can be used to power our everyday lives.

When sunlight hits the photovoltaic cells on the solar panels, they capture that energy and convert it into Direct Current (DC) electricity. But because most homes run on Alternating Current (AC) electricity, an inverter is used to transform that DC power into more usable AC electricity. This converted electricity flows through your home’s electrical panel, which can be used to power everything from your refrigerator to your lighting systems.

The Basics of Solar Energy

The Sun is what makes solar panels work. It’s nature’s ultimate power source, because it continues to generate energy for solar panels to harness and use. Nuclear fusion happens inside the sun’s core at a temperature of 27 million degrees Fahrenheit. Hydrogen atoms combine to form helium, which releases energy as photons. These light particles travel from the sun’s core to Earth, where we can use them to power our solar panels.

This natural fusion reactor has been in operation for billions of years, where it has converted 600 million tons of hydrogen into helium every second. The solar energy that makes its way to Earth in just one hour is more than our planet’s energy consumption.

The Photovoltaic Process

Once the light of the sun reaches Earth, solar panels can capture and convert that energy into usable electricity through the use of the “photovoltaic effect.” Here is the process for how this works:

• Photons from sunlight hit the surface of the solar panels, where they’re absorbed by the photovoltaic cells.
• When the photons interact with cells, the energy is turned into electrons and is excited into a higher state.
• The energized electrons break free from their atoms and start to move, which creates an electrical current.
• The flow of electrons generates DC electricity inside the panels.
• The DC electricity flows into an inverter, which converts it into AC electricity.
• The AC electricity enters your home’s electrical panel, which can be used to power your appliances and devices.

As long as sunlight hits the solar panels, this photovoltaic process happens instantaneously and on a continuous basis. Modern solar panels can convert roughly 15-20% of the sunlight they receive into electricity, which makes them an efficient solution for generating clean energy.

How Solar Panels Are Made

Every solar panel is made up of a number of important parts that work together to generate clean energy. These parts consist of the following:

• Solar Cells — These make up the heart of your solar panels and are usually made of monocrystalline or polycrystalline silicon. Mono crystalline cells are made out of single silicon crystals. And while they’re more efficient, they come at a higher cost. Polycrystalline cells are made out of multiple silicon fragments and are considered to be a more affordable option.
• Protective Glass — This durable shield of tempered glass protects the solar cells from weather and impact damage while allowing for the maximum amount of sunlight transmission.
• Anti-Reflective Coating — This special layer makes sure that more sunlight can reach the solar cells instead of bouncing off the panel’s surface.
• Insulation and Backing — These layers protect the panels from moisture and heat, but they also provide electrical insulation for safety.
• Wiring and Junction Box — The internal wiring connects the solar cells, while the junction box allows the generated electricity to flow to your inverter.

When they work together, these components create a durable and efficient system that can generate clean energy for at least 25 years.

How Solar Panel Efficiency is Measured

Solar panels have become increasingly popular as a clean alternative to traditional energy sources, but you might be wondering how efficient they are. Solar panel efficiency measures how well a panel can convert sunlight into electricity. Most residential solar panels have an efficiency rate of 15-20%, but premium panels can have up to a 23% efficiency. This percentage has a direct impact on how much power your solar system can generate. If your panels have a higher efficiency rate, they’ll be able to generate the same amount of sunlight.

If you’re looking for one of the best places to get solar panels in Corpus Christi, be sure to reach out to Solar Power Integrator. We have an experienced team who would be happy to speak with you!

Electricity prices in Texas are usually below the US average. But depending on the season and your energy plan, you may pay higher rates. In most parts of Texas, you can choose your own retail electric provider (REP). A good choice can lower your monthly electricity bill. But if you make a bad decision, it can cost you hundreds of extra dollars.

Texas electricity prices for 2025 will be the same as it was in 2024, with residential rates averaging 15-18 cents per kilowatt hour (including delivery costs). Pricing can also have seasonality, with the best contract pricing being available in the spring and fall. Commercial electricity rates for 2025 will be 7-9 cents per kilowatt-hour (plus delivery costs).

Historic Residential Electricity Rates in Texas

Here are the electricity rates from 2000 to 2011:

• 2000 — 7.90 cents per kilowatt hour.
• 2001 — 8.70 cents per kilowatt hour.
• 2002 — 8.10 cents per kilowatt hour.
• 2003 — 9.19 cents per kilowatt hour.
• 2004 — 9.60 cents per kilowatt hour.
• 2005 — 10.84 cents per kilowatt hour.
• 2006 — 12.70 cents per kilowatt hour.
• 2007 — 12.41 cents per kilowatt hour.
• 2008 — 12.83 cents per kilowatt hour.
• 2009 — 12.66 cents per kilowatt hour.
• 2010 — 11.58 cents per kilowatt hour.
• 2011 — 11.27 cents per kilowatt hour.

The electricity rates from 2012 to 2022 are listed as follows:

• 2012 — 11.04 cents per kilowatt hour.
• 2013 — 11.37 cents per kilowatt hour.
• 2014 — 11.82 cents per kilowatt hour.
• 2015 — 11.64 cents per kilowatt hour.
• 2016 — 11.02 cents per kilowatt hour.
• 2017 — 11.18 cents per kilowatt hour.
• 2018 — 11.39 cents per kilowatt hour.
• 2019 — 11.96 cents per kilowatt hour.
• 2020 — 11.96 cents per kilowatt hour.
• 2021 — 12.06 cents per kilowatt hour.
• 2022 — 13.55 cents per kilowatt hour.

The data shows a steady increase in electricity prices over the last 20 years, with some years where the change was significant. This was especially true in 2022, which was characterized by high inflation. Approximately 50% of all the electricity being generated in the state comes from natural gas, which has gone up in price because of global geopolitical tensions.

How Historic Electricity Rates in the Area Compare to the US Average

Here are the electricity prices in the West South Central region of the country from 2021 to 2024:

• 2021 — 11.78 cents per kilowatt hour.
• 2022 — 13.21 cents per kilowatt hour.
• 2023 — 13.85 cents per kilowatt hour.
• 2024 — 13.97 cents per kilowatt hour.

Compare this data to the US average for those years, which are listed as follows:

• 2021 — 13.66 cents per kilowatt hour.
• 2022 — 15.12 cents per kilowatt hour.
• 2023 — 15.76 cents per kilowatt hour.
• 2024 — 15.76 cents per kilowatt hour.

While there was a sharp increase in 2021 and 2022, they were still 11-14% below the US average. As a way of comparison, the average price for New England in 2023 was 28.82 cents per kilowatt hour.

Projected Electricity Demand in Texas

According to the latest estimate, electricity demand in the Electric Reliability Council of Texas (ERCOT) region of the country will reach 208,000 megawatts by 2030 (which will be a 40% jump from where it is today). The biggest reason for this expected increase is the anticipated growth in the state’s data center footprint, which is a growing industry that’s needed to support an increasingly digital economy. The projected growth in electricity demand is also due to the expected development of artificial intelligence.

The current data center footprint is practically negligible, but it’s expected to increase by 78,000 megawatts by 2030. Texas is experiencing a growth in population, economic footprint, and electricity usage. In fact, the Texas Demographic Center estimates that the state could have 300 million more people by 2030 (with more than 300,000 people moving to the state each year). This growth puts a strain on the state’s infrastructure, especially the power grid.

After the winter storm and blackouts in February 2021, ERCOT went through a number of substantial reforms (especially with regard to physical weatherization). The use of solar energy (especially when it’s paired with battery storage) has proven to be an asset for the state’s main grid. But now, they have to deal with the rapid expansion of data centers moving to Texas because of its cheaper land, low taxes, and light regulation. So while electricity rates in Texas have increased, the demand being placed on the grid will also increase.

If you’re looking for one of the best places for solar panels in Corpus Christi, be sure to get in touch with Solar Power Integrator.

If you want your solar panels to operate at peak efficiency, they need to be inspected and maintained on a regular basis. Inspections will allow you to identify and take care of any potential problems before they get worse, which can go a long way toward keeping your system running at its best. Regular maintenance can also keep problems from arising because of temperature fluctuations and extreme weather events.

Here are some common solar panel maintenance mistakes that should be avoided.

#1: Using Harsh Cleaning Agents or Abrasive Materials

Using harsh cleaning chemicals or abrasive materials on your solar panels can damage the surface. They can scratch the glass or protective coating, which can reduce their efficiency and can even cause long-term damage. You should use gentle cleaning solutions and non-abrasive tools to make sure they don’t get damaged.

Use a mild cleaning solution (such as a mixture of water and gentle detergent) to clean your solar panels. Soft brushes, sponges, or microfiber cloths will be the best choice for removing dirt and debris without damaging the panels. Avoid using abrasive scrubbers or solvents that can degrade the surface of your solar panels.

#2: Cleaning During Peak Sunlight Hours

Cleaning your solar panels during peak sunlight hours can be risky. The heat from the sun can cause the cleaning solution to evaporate more quickly. This can cause residue to build up on the surface, which can affect their performance. The hot surface of the panels can also increase the risk of experiencing discomfort or even getting burned.

The best times to clean your solar panels are early morning and late afternoon, because the panels will be cooler. This will allow the cleaning solution to stay on the surface long enough for you to clean the panels properly without the risk of quick evaporation.

#3: Using Improper Cleaning Techniques

Not using the right cleaning techniques can scratch or damage the surface of your solar panels. Scrubbing too hard or using rough materials can cause permanent marks to form, which can compromise their integrity. That’s why handling the panels carefully and using the right cleaning techniques is extremely important.

It’s best to make gentle and circular motions while you’re cleaning solar panels. Rinse the panels with water to remove any loose debris before applying the cleaning solution and gently scrubbing the surface with a soft brush or sponge. Thoroughly rinse the panels with water once you’re finished, but you should avoid using too much pressure or using any sharp objects that can scratch the panels.

#4: Neglecting Pest and Wildlife Protection

This is a common but often overlooked part of solar panel maintenance. Pests and wildlife can pose a significant risk to solar panels. Birds, raccoons, and other animals can nest underneath or on top of the panels. This can cause damage to the wiring, connections, or even the panels themselves. Bird droppings and nesting materials can obstruct sunlight, which can reduce their energy production. If you want to maintain the efficiency and integrity of your solar panel system, you need to proactively address these issues.

#5: Not Reading and Following Manufacturer Guidelines

Many homeowners make the mistake of not reading or following the manufacturer’s guidelines. They provide valuable insight into the specific requirements and recommendations for maintaining and operating your solar panels. Following these guidelines will make sure the system runs efficiently, safely, and for a long time. If you follow these guidelines, you can avoid any potential issues and will be able to maximize the return on your investment.

#6: Not Following Safety Protocols

Ignoring safety while cleaning your panels can lead to accidents, injuries, or even fatalities (especially in areas that are hard to reach or at a significant height). Safety is more than just a personal concern. It’s also a legal and financial one because accidents can result in expensive medical bills, legal issues, and complications with insurance companies.

If you want to clean your solar panels safely, you need to use the right equipment. This includes ladders, harnesses, and scaffolding — all of which must be used correctly and while they’re in good condition. If you’re not comfortable working in high places, lack the right equipment, or aren’t sure about how to do it properly, you can always contact a professional who can do the job correctly and more efficiently.

If you’re looking for one of the best places for installing and maintaining solar panels in Corpus Christi, be sure to get in touch with Solar Power Integrator.

We live in a time when people are more concerned about the environment, and there are more cost-effective solutions than ever. The choice between solar panels and traditional electricity has been a topic of significant debate, and the number of people adopting solar panels has been steadily increasing.

One of the biggest obstacles for homeowners who are thinking about installing solar panels is the upfront cost. You may be asking yourself if it’s worth the investment, but the benefits of going solar go far beyond their initial cost. There are many incentives that will help to lower the price, so there has never been a better time to go solar.

How Solar Panels Work

The sun releases energy in the form of light and heat, which solar panels can capture to create power. This renewable energy source is not only in abundant supply but can also be used anywhere. A solar system has several parts. The most visible are the solar panels, which are usually mounted on the roof. These panels have photovoltaic (PV) cells that can convert sunlight into direct current (DC) electricity. An inverter changes this DC electricity into alternating current (AC) electricity, which is what’s used by most home appliances.

When sunlight hits the PV cells in a solar panel, it causes electrons in the cells to move, which creates an electrical current. This process is often referred to as the “photovoltaic effect.” The inverter will take this current and convert it into power that can be used in your home. Any excess power can be sent back to the grid, or it can be stored in batteries.

The Benefits of Solar Panels

One of the biggest advantages of solar panels is the amount of money you can save on your energy bills. By generating your own electricity, you can reduce the amount you need to buy from your utility company. This can save you a lot on your electricity bills, especially since energy costs have been steadily increasing. Because they produce clean and renewable energy, they can have a more positive environmental impact.

Solar panels can also be a great long-term investment. They don’t require a lot of maintenance after they have been installed, and they can last for 25 years or more. You can enjoy the benefits of having lower energy bills for many years, which makes it a smart financial decision. They can also increase the value of your home, so it can be a worthwhile investment beyond just energy savings.

How They Compare to Traditional Power Sources

Traditional power generation usually involves the burning of fossil fuels (such as coal, oil, and natural gas) to create steam, which drives turbines that are used to generate electricity. While this process is effective, it has several downsides.

The costs associated with traditional power will usually increase over time. Fossil fuels aren’t renewable, so their supply decreases as demand grows. This will, in turn, cause the price of these products to increase. Utility bills can also fluctuate according to the price of these fuel sources, which can lead to unpredictable energy costs for consumers.

Burning fossil fuels can release large amounts of carbon dioxide and other pollutants into the atmosphere, so it can have a significant impact on the environment (including air pollution and a number of health problems). Solar panels can give consumers access to a cleaner and healthier alternative by generating electricity without producing harmful emissions.

What to Consider Before Getting Solar Panels

Getting solar panels can come with a large upfront cost, but there are financing options that can ease this burden. You can purchase a system outright, lease it, or get a solar loan. There are also government incentives and tax credits that can help you to reduce your initial investment.

The installation process for solar panels is pretty straightforward, but it requires careful planning. The condition of your roof will need to be evaluated to make sure it’s suitable for a solar panel installation. Once a plan has been approved, professional installers will mount the panels and connect them to your home’s electrical system. This process usually takes a few days to complete.

The maintenance requirements for solar panels are minimal. They don’t have any moving parts, so there isn’t a lot that can go wrong. Regular cleaning and occasional checks are usually enough to keep them running at optimal levels. Because they can last for 25 years or more, solar panels can be a good long-term investment.

If you’re looking for one of the best places for solar panels in Corpus Christi, be sure to reach out to Solar Power Integrator.

If you’re a business owner, going solar can be one of the best ways to lower your operating costs and save money. It can be a great financial decision for many businesses, but it’s not for everyone. Deciding whether you should go solar can affect your bottom line. But to understand how solar power can help your business, you must have unbiased and accurate information. Whether you’re looking to build a sustainable brand image, get a stronger financial return, or improve your employee retention, commercial solar can give your business a number of benefits. But it’s important to make an informed decision.

The Advantages of Commercial Solar Power

Here are some of the advantages of installing solar panels in your business location:

• It will reduce your overhead — Every business wants to boost efficiency and improve its bottom line, and solar power is an easy way to achieve this goal. It will allow you to produce your own electricity, which will significantly reduce an unavoidable monthly expense.
• It can come with great tax incentives — Solar panels are great for the environment, which the government likes. They want more businesses to invest in solar energy, so they’re making it more affordable with tax-saving incentives.
• It can protect you from rising electricity rates — Electricity rates can vary from year to year, but it will almost certainly get more expensive over the long term. With solar panels, you can future-proof your business against these rising rates.
• It comes with low maintenance requirements — Business owners have enough to worry about, which is why many of them are reluctant to install anything that requires a great deal of maintenance and upkeep. But you may be surprised by how little maintenance a commercial solar system needs. You can have your solar panels cleaned if you want to. But in most cases, regular rainstorms will be enough.
• It’s a low-risk investment — Compared to other investments, solar panels are pretty low-risk (especially if you think about the potential returns it can give your business). It’s a reliable technology with decades of proven success, and you’re giving your business a hedge against rising energy costs.

Be sure to speak to a professional for more information

The Disadvantages of a Commercial Solar System

Despite the advantages, installing commercial solar panels has its drawbacks. Some of them include the following:

• It requires an upfront investment — One of the biggest barriers to entry when it comes to a solar panel installation is the upfront cost. While the cost has decreased significantly over the years, it’s still a significant investment.
• It requires a great deal of space — Many businesses decide to install their solar panels on their roofs, because it can turn an underused space into a money-making machine. It will also be out of the way from their normal business operations, but not all roofs are good for solar. If your roof doesn’t get enough sunlight or can’t support the extra weight, you may want to find another solution.
• You can’t generate energy without sunlight — A commercial solar system needs sunlight to produce energy. The more they’re exposed to, the more money you’ll save. Yet, not every location is suitable for solar energy (whether it’s because of regional weather patterns or because of the presence of trees and buildings).
• It can affect your building’s curb appeal — The look of your building can be an important first impression for a lot of businesses, which is why many of them take steps to improve their building’s curb appeal. While the potential return on your investment may be enough to convince you, solar panels may not fit into the aesthetic of every company.
• It may not give you the best return if you plan to move soon — Because it can take a few years for them to generate enough energy to pay for themselves, commercial solar panels are thought of as a long-term investment. So if you’re planning to move your business to a different location in the next few years, you may want to wait until you have settled into your new location.
• You won’t have backup power without batteries — If your power goes out, your grid-tied solar system will stop generating power for your business. If it’s sunny, your panels will still be able to generate electricity. But for safety reasons, your solar system is required to shut down until the grid power has been restored. You won’t have access to electricity unless you invest in solar batteries.

If you’re looking for one of the best commercial solar contractors in Corpus Christi, be sure to reach out to Solar Power Integrator.

Originally By Charles W. Thurston on November 5, 2024

https://solarbuildermag.com/news/solar-leases-do-not-add-to-home-value-do-your-customers-know

Many homeowners with solar systems on their roof assume that the solar array adds value to their house, but unfortunately that is not always the case. Solar and/or storage that is leased, financed by a Property-Assessed Clean Energy (PACE) tax lien, or otherwise encumbered by a Uniform Commercial Code-1 (UCC) lien cannot be considered to add value to a home, according to the latest guidance by the U.S. mortgage financier Freddy Mac.

Nonetheless, some over-zealous solar salespeople appear to have suggested that a leased system does add value to a home. Indeed, so many homeowners have felt duped by such pitches that Attorneys General in several states now are investigating solar sales practices for potential class action suits, according to Don Worthington, the division president of Primary Residential Mortgage (PRMI), based in Salt Lake City.

“Nobody wants to talk about the dirty little secret that solar won’t increase the value of your home if it’s financed incorrectly. There has been a lot of … unintentional misinformation that’s been provided to a lot of these homeowners, and I think that had they known the full truth, their financing decisions might have been different,” Worthington asserts.

One of the common themes of solar sales is that a solar array will increase the value of a home, and studies show this to be true when the solar array is purchased (see below). But “the common miscue or misrepresentation is when solar companies that use leases as a mechanism to sell solar claim that leased solar increases the value of a home,” says Worthington. “There’s a lot of money in leases.”

This is especially relevant after the rise in interest rates the past few years. As a result, purchase loans became more expensive while leases became a more popular option for solar adoption.

Other details about the rewards of going solar also may be glossed over by some solar salespersons. “What some homeowners have been told by a solar rep and what they were finding out later were two completely different things — things like they were going to get more power offset, or that their utility bill was going to be less, or that they would qualify for tax credits,” says Worthington.

He is not alone in his concern about some solar sales pitches. “There are some solar salespeople that like to tell you that you are always going to add value to the home. But that’s not true,” says Sandra Adomatis, president of the Appraisal Institute, in Chicago.

“Quite often an appraiser would go out and ask the selling property owner, ‘Do you own the solar system, or do you lease it?’ And they would say, ‘Oh, we own it.’ But then they would get down to the title search just before closing find out they didn’t own it,” says Adomatis.

Repayment misunderstandings also have come up with PACE financings. “I’ve run into instances where somebody’s got a PACE loan and didn’t realize that it was paid back with the taxes, which you pay once a year, meaning it’s a pretty big payment. So, they didn’t advise the mortgage company that’s holding escrow for the taxes. Then when the mortgage company gets this huge bill, they contact the property owner and say, ‘Now you owe us another $3,000’ or whatever it is,” says Adomatis.

Solar’s impact on home value

According to a 2024 analysis of Zillow data, the national average value boost from solar is 6.8%, according to SolarReviews, which compiles consumer reviews and ratings of residential solar panels and solar panel installation companies. The 6.8% figure is a strong rise from Zillow’s 2019 study of the added value of solar in a home valuation, when the national boost average was only 4.1%. More than 80% of home buyers say energy-efficient features are important, according to the Zillow Group Consumer Housing Trends Report.

The solar value boost can vary widely, though. In Michigan, the 2024 boost was 9.2%, while in Wisconsin — where residents use less electricity than the national average — the valuation was negative 0.6.%, SolarReviews noted. Major solar adopter states California and Florida saw solar boosts of 5.4% each, the study showed.

Homebuyers can be a strong influence in the adoption of solar. NREL reported that “In a recent survey conducted by Japan’s Sharp Electronics, eight of ten Americans want builders to offer solar power as an option for new homes. Half of those surveyed said they would pay up to 10% more for a solar-equipped house.”

Value as cost savings

Apart from the market valuation of a home with solar, the value of solar also can be calculated by how much it reduces energy bills. A solar home’s value increases by approximately $20 for every $1 reduction in annual utility bills according to the National Renewable Energy Laboratory. Thus, a solar system that saves $500 per year could add $10,000 to the home value.

Further evidence of the value of solar through cost reductions comes from a study by the Lawrence Berkeley National Laboratory that found buyers were willing to pay $15,000 or more for solar-powered homes. The Berkeley Lab in 2021 produced a study of 500,000 homes that found the national average of cost savings amounted to $691 per year. That adds up to $20,730 over 30 years.

To help educate appraisers to the economics of solar, the Appraisal Institute conducts classes around the country that earn participants a listing in the AI’s Appraiser Green Registry. The classes include 28 hours of education on green features, including 14 on solar. The participants use free PV Value software, which was funded in part through the U.S. Department of Energy’s SunShot Initiative.

Another national registry of solar-savvy appraisers is compiled by non-profit Earth Advantage, based in Portland, which has a database of 3 million properties. Solar installers can list their clients on the database, establishing a permanent record of the home array type and size, associated with the property tax ID number.

Financing solar at home purchase

The least expensive way to finance solar is to include it in the mortgage at the time the home is purchased or refinanced, says Worthington. “We’ll finance the purchase of a house, and we’ll finance solar in addition to the purchase of your house in the same loan at the same time. That’s the cheapest point for solar because that’s where your cost of funds are the least.

Such mortgages also can be used to install roofing, EV chargers, smart home devices, upgraded HVAC systems, and to finance other appliances and other options to reduce utility bills, notes Worthington.

Solar truth in lending

Stronger solar truth in lending will help illuminate the relative advantages and costs of solar loans vs leases and other financing options. This soon may come to pass in more state governments and could become an industry goal nationally.

In July, the non-profit Center for Responsible Lending issued such a roadmap, entitled, The Shady Side of Solar System Financing: To Spur Widespread Adoption of Clean Energy, Policymakers and Regulators Must Do More to Protect Consumers from Shady Practices in the Residential Solar Financing Market.

Also in July, the Solar Energy Industries Association (SEIA) released two new industry standards for public comment to promote consumer protection. The new standards are designed to ensure transparent, ethical solar sales practices and to raise the bar for safety and durability of rooftop solar and storage installations.

Standard 401 will outline training requirements for solar salespeople, helping to establish ethical sales practices and ensure all solar customers have a thorough understanding of their investment before committing. Companies and salespeople trained under this standard will provide customers with comprehensive and clear disclosure of costs, key contract terms and technology information.

The second standard, Standard 201, aims to enhance the safety and quality of residential solar and storage installations, helping to minimize risks to homes and businesses and enhance grid reliability. Companies will receive a third-party audit of their written practices and field installations, helping to ensure safe installations and create a better experience for solar customers throughout the life of their system.

“These groundbreaking standards reflect the solar and storage industry’s commitment to ensuring every customer has a great experience going solar,” said SEIA president and CEO Abigail Ross Hopper. “We’ve heard customers loud and clear about what they want to see from the solar industry. Going solar with a SEIA-certified installer will give customers the confidence they need to make the best decision for their family.”

Once published, a certified third-party will evaluate whether a company or individual has met the requirements of the standard, giving customers confidence that they are receiving clear, professional guidance from salespeople.

https://solarbuildermag.com/news/solar-leases-do-not-add-to-home-value-do-your-customers-know

With an average annual growth rate of 24%, solar power has gained a great deal of momentum in the last ten years. With government incentives and technological advances combined with an increasing demand for energy and growing environmental concerns, more people are turning to solar as a renewable energy source that can cut their energy costs. But despite its growth, there are a lot of misconceptions about solar power that have kept it from being adopted more widely.

Here are some of the common myths about solar panels and the reasons why they’re not true.

#1: They Will Provide Power to My Property During an Outage

This is a common belief among many people, and it might have come from the assumption that they should provide power even when the grid is down since it generates energy from sunlight. Most solar systems are grid-tied, so they’re designed to automatically shut down during a power outage. This is done for two main reasons, and the first one has to do with safety.

When the power goes out, grid-tied systems will stop sending electricity into the grid so utility workers won’t get harmed. Most solar systems also use inverters that are designed to synchronize with the grid. When it goes down, they shut down to keep electricity from feeding back into the grid. Some systems can store excess electricity in batteries, which can provide backup power when the grid is down. But it’s important to understand this distinction and add battery storage to your system if you want backup power.

#2: They Will Offset My Entire Electric Bill

There are a number of reasons why people may think that solar panels will eliminate their electric bill, but it just isn’t true. They can reduce your electricity bill by a significant amount, but whether it will provide a complete offset can depend on a number of factors. Some of them can include the following:

• The size of the system.
• Your total energy usage.
• Local regulations.
• Whether you want to integrate battery storage.

Most properties use more electricity than the solar panels can produce at certain times (such as at night), so they’ll still draw power from the grid (which will incur charges). If your local utility company offers it, net metering will allow any excess energy generated during the day to be fed back into the grid for credits. But it may only cover some of your energy usage. Other utility policies may affect how much you can offset your electric bill, but they can vary.

#3: They’re Not Cost-Effective

There are a lot of misconceptions about upfront costs, efficiency, and maintenance requirements. There are also a lot of false beliefs about incentives and financing options, which have contributed to this false belief. Utility rates are rising across the country, but solar panels can help you lower your electricity costs. There are also a number of incentives (such as tax credits and rebates) that can help you reduce your upfront cost of a solar panel installation. You can save a great deal on your electric bill over time, so it can be a very cost-effective investment.

#4: They Can Cause Roof Damage

Many people who believe this don’t think about the age and quality of their roof before they do a solar system installation. If they’re properly installed, solar panels should never cause a roof to leak. They will usually protect your roof from outside elements, which can prevent damage. But you need to look at the age and condition of your roof before you proceed with the installation, because it will ensure the longevity of both systems.

#5: They’re Not Reliable and Won’t Work on Cloudy Days

This myth most likely comes from a misunderstanding of how solar panels operate and how they generate electricity. They can still generate electricity on cloudy days, but they won’t be as efficient. Solar panels are designed to capture both direct and diffused light. So while they’re not as efficient on cloudy days, they can still generate electricity. It will, of course, depend on the amount of cloud cover and the technology being used on your particular system.

If you’re looking for one of the best places to get solar panels in Corpus Christi, be sure to reach out to Solar Power Integrator. We have a team of experienced professionals who would be more than happy to speak with you about what would work best for your specific situation.