Solar Battery Guide

TheCamel Designer • June 3, 2022

What is a solar battery?

This is an appliance used to store electricity for later usage, so you can keep devices operational in case of an outage, utilize more of the solar energy you generate in your household, and even save on electricity bills in some instances. They are usually known as ‘deep cycle batteries’ because of their capability to discharge and charge a considerable amount of electrical energy than a car battery.

What to search for in a household solar battery: six measurements to take into account

Energy storage appliances offer various advantages, from providing emergency power to even monetary savings. Nevertheless, they also come with technical difficulties and a host of unfamiliar jargon. Here’s are some of the areas to concentrate on and be on the watch for in a deep cycle solar battery:

How to determine which battery specifications matter to you

There are various prospective decision benchmarks and comparisons to make when assessing your energy storage alternatives. Here are some of the most standard decision criteria, together with which battery specifications make a difference if these conditions correspond with your circumstance.

If you want more of your household powered simultaneously, go for a solar battery that has a high-power score.

If you are looking to run a more energy-intensive device (such as a sump pump), go for a battery that has a high instantaneous power score.

If you are looking to power your household with your battery for an extended duration of time, go for a solar battery that has an elevated usable capacity.

If you are looking to harness every kilowatt-hour of electricity that is in your solar battery, go for batteries that have a greater roundtrip efficiency.

If you have limited space and are looking to maximize storage out of the constricted amount of space you’ve got, go for nickel manganese cobalt lithium-ion batteries.

If you are looking for a battery with a prolonged lifespan that you’ll be able to cycle the most times, go for lithium iron phosphate (LFP) batteries.

If you are in the market for a battery with the greatest safety rating (they are all safe to use, don’t worry), go for LFP batteries

Power rating

The power rating score of a solar battery represents the kilowatts (kW) of electrical energy that the battery can generate at a go. To put it differently, the power rating score of a battery informs you the number of devices your battery can run simultaneously and which devices those are.

Power is denoted either in Amps or in kilowatts (thousands of Watts), and various electrical devices use different power levels. For example, a standard fluorescent bulb will utilize 12 Watts (or 0.012 kW) of electrical power units, while a 3-ton AC unit will use 20 Amps, which equates to 4.8 kW. The majority of batteries these days have a constant power output of about 5 kW.

Most importantly, solar batteries usually come with two varying power ratings – an instantaneous power score and a continuous power score – which means that power can be generated in short bursts. This is essential if you’ve got a device, such as a sump pump that needs a considerable amount of energy to switch on but then operates at a decreased power.

Battery size/usable storage capacity

The size or capacity of a battery is basically the measure of electricity that a battery is capable of storing and supplying to your household. Whereas power is denoted in kW, battery capacity is denoted in kilowatt-hours (kWh)–power multiplied by time. The storage capacity of a battery lets you know the duration your battery can run sections of your household. Make a point of checking the battery’s usable capacity since that figure shows the measure of stored electricity that is accessible in the battery.

Given how electricity usage denotes power x time, using large amounts of power will make stored electricity run out faster. On the other hand, if your battery is used to backup a couple of appliances with relatively low power usage, you can keep them operational for an extended duration of time. So, this means that the battery’s size is a bit misleading as the duration of time the charge of the battery will last is influenced by the amount of electrical current that the battery is emitting.

Look back at the example shown above between the difference of an AC unit and a light bulb. If you’ve got a 5, 10 kWh battery, you’ll be able to power your AC unit for only two hours (4.8 kW * 2 hours = 9.6 kWh). But that identical battery will be capable of running 20 lightbulbs for two days 636-757-3083 kW * 20 lightbulbs * 42 hours = 10 kWh).

How many solar batteries do you require to run your household?

The number of solar batteries you require can contrast and will be contingent on the purpose of your energy storage system and the specs of your home devices. There are numerous questions you’ll have to ask yourself: the duration you’re looking to remain battery-powered, what sort of production your panels receive, what electrical devices are a must to keep on, and the list continues.

Although we can’t say for sure the number of batteries you’ll require, we’ve stipulated the stages you can take to begin doing the calculations in our guide about the sections of your home you can keep running on batteries. You can also have a look at our article guide on going off-grid with batteries and solar, where we outline some math examples on how many batteries you need to keep your household completely battery and solar-powered.

Roundtrip efficiency

This refers to a system-level metric that gauges the functionality of energy storage system (inverter + battery) changes and stores electricity. There are losses affiliated with any electrical action. You’ll lose some amount of electricity when inverting it from DC electricity to AC electricity or when inputting electricity into a battery and using it again. The roundtrip efficiency of a solar battery enables you to know the number of electrical units you’ll harness out of a single battery for each electrical unit you input.

Battery lifetime: throughput and cycles

Battery lifespans are determined using three metrics: expected operational years, expected cycles, and expected throughput. The expected throughput and cycles of a battery are similar to that of a vehicle’s mileage warranty. Throughput allows you to assess the amount of electricity you can transmit through your battery over the course of its lifespan. Cycles determine the number of times you can discharge and charge a battery.

To change the warranted or expected throughput of a battery into an expected shelf life, divide the throughput (kWh)by the usable battery capacity to approximate the number of complete cycles you’ll receive from your battery, and divide that sum of complete cycles by the days found in 1yr: a throughput of 30,000 kWh using a 10 kWh battery translates to a cycle/per for 8.2 years or 3,000 expected cycles.

To change the warranted or expected number of cycles of a battery into an expected shelf life, divide the cycles by the number of days found in a year: a 2,000 cycle warranty will translate to a cycle/per for 5.5 years.

Safety

Every solar battery in the market is required to satisfy certain safety caveats in order to be approved for installation in businesses and homes. However, there are a few battery chemistries that have been evaluated for safety to varying levels, superseding even the government-set safety standards for batteries, which means that some battery chemistries are a bit safer when compared to others.

Chemistry

The chemistry of a battery denotes the main compound that is utilized for storing electricity in the battery. Chemistry is by far the most integral property to assess as it will ultimately play a hand in most of the battery properties listed. For example, various lithium-ion chemistries may be extra power dense – this means they store additional electricity in a small space –or are better at cycling– which means they run efficiently for more years. And those are but a few of the distinctions in lithium-ion chemistries, saying nothing of the contrast between lead-acid batteries, or vanadium flow batteries, or lithium-ion batteries, or other experimental battery chemistries. Similar to most appliances, various solar battery chemistries come at varying price points.

What is the best solar battery?

It’s difficult to pick one out. The best solar battery for your case will be contingent on various factors, from the amount of space in your house to the properties of your solar installation and even what you’ll be looking to gain from an energy storage unit. If you’ve got a big household with numerous appliances, you should consider acquiring a high-capacity battery that can generate electricity for a long period. If you’re budget-conscious and are more concerned about maximizing the solar energy system, going for a small battery with good battery integration may be better.

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The Solar Tax Credit & Why 2025 is the Smartest Year Yet to Go Solar

By Jack Casey • April 24, 2025

Let’s cut to the chase: if you've ever considered going solar, 2025 might just be your last, best chance to do it for cheap . With a massive 30% federal tax credit still in play, and a warehouse stocked with pre-tariff solar panels ready to roll, SunSent Solar is making it easier and more affordable than ever to flip the switch on your energy independence. Sound too good to be true? Stick around. We’ll break down everything you need to know about the solar tax credit, why it matters right now, and how SunSent can help you save big — before potential changes hit your wallet hard. First Things First: What’s the Federal Solar Tax Credit? The federal solar investment tax credit (ITC) is a dollar-for-dollar reduction in the amount of income tax you owe. That means when you go solar, you can claim 30% of your total system cost as a credit on your federal tax return. 💰 Translation: If your solar setup costs $25,000, you can slice $7,500 right off your tax bill. That’s real money back in your pocket. There’s no cap on how much you can claim, and no income limits , which means everyone — not just the ultra-wealthy — can take advantage. And here's the kicker: this 30% credit is locked in only until 2032 . After that, it's on a countdown to zero by 2035. But with political shifts and proposed funding freezes circling like vultures, there’s no telling how long this golden window will really stay open. Why 2025 is The Year to Go Solar 1. The Tax Credit is Still 30% — But Maybe Not for Long Despite headlines and executive orders threatening funding for the Inflation Reduction Act (the legislation that guarantees the solar tax credit), Congress already approved 2025’s incentives , which means you’re still in the clear this year . However, nothing in politics is ever really certain. Legal challenges are mounting. Funding pauses are being debated. You don’t want to wait until the dust settles to start saving. 2. We’ve Got Pre-Tariff Panels in Stock — That Means Cheaper Installs for You A new wave of tariffs on solar panels from Southeast Asia is about to drive prices up nationwide. Luckily, at SunSent Solar, we planned ahead . Our warehouse is stocked with top-tier, pre-tariff panels , which means we can lock in the current low costs before the price hike hits. But once they’re gone — they’re gone. 3. You Can Stack the Federal Tax Credit With Other Incentives In Missouri and Illinois, there are local rebates, sales tax exemptions, and property tax protections that add even more value when you install solar. Plus, with net metering , you can get credited for excess energy you send back to the grid. Bottom line? You’re saving money upfront, long-term, and on your taxes . It’s a triple win.

Big Trouble for Big Solar: Why Local Installers Like SunSent Solar Are the Future

By Jack Casey • April 23, 2025

The solar industry is in a shake-up—and not everyone is going to make it through. While some of the biggest names in residential solar are collapsing under the weight of debt, overhead, and shady practices, local solar companies are doing what they’ve always done: showing up, doing honest work, and delivering real value to homeowners. So what’s happening—and why does it matter now more than ever? Big Solar's Business Model is a House of Cards Let’s cut to the chase. Companies like Sunnova, SolarCity, and ADT Solar bet big on aggressive expansion, high-risk debt, and sales-first, service-second strategies. According to a new article from EnergySage , most big solar businesses are “walking on very thin ice,” and that ice is finally cracking. From SolarCity’s 2016 fall to the recent closures of Pink Energy, Vision Solar, Titan, and SunPower, the message is clear: bigger isn't better—it's riskier. These companies often rely on complex financing structures that delay payments to installers and leave customers holding the bag. Many outsource sales to commission-only contractors with no real understanding of solar, leading to overpromises, bad installs, and frustrated homeowners. Small Solar, Stronger Results By contrast, small and regional solar companies like SunSent Solar are thriving. Why? Because we actually know your name. We're here after the install. And we’re built on doing the job right—not scaling across 30 states or satisfying shareholders. Industry expert Joe Marhamtati explains it best: “These local companies really care about their customers more than they do about shareholder returns.” At SunSent , we’re not just another sales office. We're your neighbor, your installer, your ongoing support system.

Earth Day 2025: Renewable Power, Global Progress—and Why Solar Is Still Worth It

By Jack Casey • April 22, 2025

As new tariffs threaten to raise solar costs, Earth Day reminds us why clean energy is still our best shot at a brighter future.

Buying a House with Solar Panels in 2025: What You Need to Know Before You Sign

By Jack Casey • April 17, 2025

House hunting? You’re probably juggling a hundred decisions—neighborhoods, schools, square footage, countertops. But if you find a home with solar panels already installed, you might’ve just stumbled into a pretty great deal... or a massive headache. Let’s break it down so you don’t get burned. So, the house has solar. Is that a good thing? Yes, it can be. Solar panels slash electric bills , boost property value, and let you stick it to rising utility costs. But the devil’s in the details: who owns the panels, how they were paid for, and what condition they’re in all matter a lot. 1. Find out how the panels were paid for Before you fall in love with that energy-efficient dream home, ask this: Were the panels paid for in full ? Are they leased ? Is there an outstanding loan ? Were they financed through PACE ? Each option comes with its own checklist. Here’s what you’re getting into: 2. Fully Owned Solar Panels = Best Case Scenario If the seller paid upfront for the solar system, you’re golden. No monthly payments, no contracts, just savings. You'll want: ✅ A copy of the purchase agreement ✅ Transfer paperwork from the installer ✅ Warranty info ✅ A Net Metering (NEM) agreement with the utility Just know that federal tax credits already claimed by the original owner don’t transfer to you—but other local incentives might. Ask! 3. Leased Panels = Proceed with Caution Leased solar isn’t necessarily bad, but it is more complicated. You’re taking over someone else’s contract, so: Get a copy of the lease Ask about monthly payments Look for escalators (automatic yearly increases) Check for early termination fees See if there’s a buyout option Oh—and make sure that lease won’t interfere with your mortgage approval. Lenders do care. If the system is under a PPA (Power Purchase Agreement), you're paying per kWh used instead of a flat monthly rate. Do the math and make sure it still saves you money. 4. Solar Loan? You Might Not Have to Worry In most cases, the seller will pay off the loan before closing, and the solar system gets wrapped into the home’s value. But if they want you to assume the loan, ask: Is it secured or unsecured? What’s the interest rate? What’s the remaining balance and loan term? Also check if the system qualifies for net metering or performance-based incentives that offset your payment. In some states (like Missouri), PACE financing gets paid through property taxes. That stays with the house. If you’re buying a PACE home, make sure the numbers still work for your budget. 5. Check the Roof (Seriously) Solar panels are great, but if the roof underneath is falling apart? Not so much. Get the roof inspected. 🛠️ A general home inspection isn’t always enough 🛠️ Consider a dedicated roof inspection ($150–$500) 🛠️ If repairs are needed, panel removal can cost $1,500–$6,000 Use this info to negotiate. Don’t get stuck footing the bill for someone else’s deferred maintenance. 6. Check the Panels, Too Solar panels usually last 25–30 years, but they do degrade slowly over time. Ask for: Performance reports or access to the system’s monitoring app Warranty information (most are transferable) A rundown of any past maintenance or repairs Make sure they’re still doing what they were installed to do—saving money. Bottom Line A house with solar panels can be a huge win—if you do your homework. Always ask the seller and your agent for documentation and don’t be afraid to loop in your own inspector, electrician, or solar installer to give the system a second look. Thinking about buying a solar home in Missouri? The SunSent Solar team is always happy to take a look at the system, explain the setup, and help you make a smart decision. We’ve got your back. Want to turn your home into a solar-powered powerhouse? Contact SunSent Solar today.

Tariffs Are Coming—But Our Panels Are Ready to Roll

By Jack Casey • April 16, 2025

As of April 10, 2025, the U.S. has implemented sweeping new tariffs on imported solar equipment. Panels from Southeast Asia now face tariffs ranging from 36% to 49%, while Chinese-made products are hit with a staggering 125% tariff. These tariffs are set to significantly increase the cost of solar installations nationwide. Impact by Country of Origin Solar panels from Southeast Asia, which previously offered cost-effective options, are now subject to substantial tariffs. Domestic suppliers like GSTAR and SolarSpace have already raised their prices by 30–35% to account for these new tariffs. This means that homeowners considering solar installations will soon face higher costs if they opt for panels affected by these tariffs.

Why Right Now Is the Best Time to Go Solar: Tariffs Are Coming, and Prices Are Rising

By Jack Casey • April 15, 2025

If you’ve been thinking about going solar, it’s time to stop thinking and start acting. New federal tariff changes are set to drive up the cost of solar panels, batteries, and installation materials—and the window to lock in pre-tariff pricing is quickly closing. Let’s break down what’s happening, how it impacts homeowners in the Midwest, and why April 2025 is the smartest time to make the switch to solar. What’s Happening with Tariffs? On April 9, 2025, the White House officially implemented a sweeping tariff policy adjustment. Countries previously subject to varying rates will now face a universal 10% tariff, while China’s rate has skyrocketed to 125% under what the administration is calling “reciprocal tariffs.” This directly affects the solar industry because, while many solar panels are assembled outside of China, a large portion of the materials used to make them—including aluminum frames, inverters, and key electrical components—are still sourced from China . These tariffs are already creating ripple effects through the supply chain. How Much Are Solar Prices Going Up? While U.S. solar manufacturing has grown, it’s still dependent on imported materials. As a result, even American-made panels will see price increases due to tariff-related costs on sub-components. Here’s what experts from Solar.com and other industry analysts are projecting: Solar Panels: Expected to rise 3–4 cents per watt Balance of System Costs: Will increase 2–3 cents per watt Battery Storage Systems (BESS): Face potential increases of 20–30% , and possibly more To put that in perspective: for a typical 7 kW residential solar system, an increase of just 7 cents/watt could add nearly $500 to the cost of a system. For those planning to add a battery backup, the additional cost could reach into the thousands .

The $15,000 Mistake Homeowners Make After a Hailstorm

By Jack Casey • April 10, 2025

Hailstorms can be sudden and fierce, leaving a trail of destruction in their wake. For homeowners, the aftermath often involves assessing damage and initiating repairs. However, a critical misstep during this process can lead to unforeseen expenses, sometimes reaching as high as $15,000. Understanding this potential pitfall is essential to protect both your home and your finances. The Immediate Aftermath: Assessing the Damage After a hailstorm, it's natural to inspect your property for visible signs of damage. While shattered windows or dented vehicles are obvious indicators, roof damage can be more insidious. Hail as small as 1 inch in diameter can compromise the integrity of roofing materials, leading to leaks and structural issues over time. The Cost of Neglecting Roof Inspections One of the most significant mistakes homeowners make is neglecting a professional roof inspection after a hailstorm. Superficial assessments may overlook subtle damages that can escalate into major problems. The cost of repairing hail damage varies widely, with averages around $4,250, but can range from as low as $375 to as high as $7,500, depending on the extent of the damage and materials used. Delaying or ignoring necessary repairs can lead to more severe structural issues, potentially doubling these costs. Insurance Claims: A Double-Edged Sword Filing an insurance claim seems like the logical step after discovering hail damage. However, this process is fraught with complexities. While insurance may cover a portion of the repair costs, homeowners often face high deductibles and depreciation factors. For instance, an insurance payout of $7,000 might be approved for hail damage, but with high deductibles and depreciation, this amount could cover less than 50% of the total replacement cost , leaving homeowners to cover the remaining balance out-of-pocket.

America's Electricity Costs Continue to Rise: What Can You Do?

By Jack Casey • April 9, 2025

Missouri residents are facing a notable uptick in electricity rates, with several utility companies implementing significant increases that surpass both national inflation rates and local wage growth. This trend underscores the importance of exploring alternative energy solutions , such as solar power, to mitigate rising energy costs and promote sustainability. Rising Electricity Rates Across Missouri Recent data reveals that from 2020 to 2023, Ameren Missouri's residential customers experienced average summer bill increases of 19.56% and winter bill increases of 21.05%. These hikes have outpaced national inflation (18.62%) and Missouri's average weekly wage growth (16%) during the same period. Infrastructure investments have been identified as the principal drivers of these increases. In December 2024, Ameren Missouri filed a request with the Missouri Public Service Commission (PSC) for a 15.77% rate increase, aiming to generate approximately $446 million. This resulted in an average monthly increase of $17.45 for customers. Similarly, Evergy Missouri West sought a 13.99% rate increase, effective January 1, 2025, which added about $27 per month to the average customer's bill. This request was made to recoup costs associated with infrastructure spending.

The Power of Backup Batteries: Create & Store Your Own Energy

By Jack Casey • April 8, 2025

Investing in solar panels is a significant step toward reducing energy bills and promoting sustainability. However, pairing your solar system with battery storage can amplify these benefits, leading to greater savings, enhanced environmental impact, and increased energy independence. This article explores how the number of batteries integrated into your solar system—ranging from one to three—can influence these advantages. Understanding Solar Battery Storage Solar batteries store excess energy produced by your solar panels during peak sunlight hours. This stored energy can be used during periods of low sunlight, power outages , or peak demand times when electricity rates are higher. By utilizing stored energy, homeowners can reduce reliance on the grid, leading to potential cost savings and increased energy security. Financial Implications: 1 vs. 2 vs. 3 Batteries The financial benefits of solar battery storage depend on the system's capacity and the household's energy consumption patterns. Here’s a breakdown of potential savings based on the number of batteries: Single Battery System Capacity: Typically, a single battery system offers around 5 to 13.5 kilowatt-hours (kWh) of storage. Cost: The installation cost for one battery ranges from $6,000 to $18,000, depending on the brand and capacity. Savings: Homeowners can save approximately $1,100 annually on electricity bills by utilizing stored solar energy during peak periods. Two-Battery System Capacity: Doubling the storage to approximately 10 to 27 kWh. Cost: The additional battery increases the total cost to between $12,000 and $36,000. Savings: With increased storage, homeowners can store more excess energy, potentially leading to greater savings, especially if their energy consumption is high or if they experience frequent peak pricing periods. Three-Battery System Capacity: Approximately 15 to 40.5 kWh of storage. Cost: Total installation costs can range from $18,000 to $54,000. Savings: This setup is ideal for households with high energy usage or those aiming for maximum energy independence. The substantial storage capacity allows for significant reductions in grid reliance, leading to more substantial long-term savings. It's important to note that while adding more batteries increases storage capacity and potential savings, the upfront costs also rise. Homeowners should assess their energy needs and consult with professionals to determine the optimal number of batteries for their situation. Environmental Benefits Integrating battery storage with solar panels not only offers financial advantages but also contributes positively to the environment: Reduced Carbon Footprint: By storing and utilizing solar energy, households decrease their reliance on fossil fuels, leading to lower greenhouse gas emissions. Efficient Energy Use: Stored energy can be used during peak demand times, reducing strain on the grid and promoting the use of clean energy. Energy Independence Achieving energy independence is a significant advantage of combining solar panels with battery storage: Grid Resilience: Stored energy provides a backup during power outages, ensuring uninterrupted power supply. Control Over Energy Usage: Homeowners can manage their energy consumption more effectively, using stored energy during peak pricing periods to avoid higher costs. Blue Raven Solar Conclusion Integrating battery storage with your solar system enhances the benefits of solar energy, offering increased savings , environmental advantages, and greater energy independence. While the initial investment varies with the number of batteries, the long-term gains make it a worthwhile consideration for homeowners aiming to optimize their energy solutions. Have any questions? Give us a call at 636-757-3083 or visit sunsent.com.

How Solar Panels Can Extend the Life of Your Roof

By Jack Casey • April 3, 2025

Many homeowners invest in solar panels to save money on electricity, but did you know they can also help extend the lifespan of your roof? When installed correctly, solar panels serve as a protective barrier, shielding your roof from harsh weather conditions , UV rays, and temperature fluctuations. Let’s explore how solar panels can contribute to the longevity of your roof and what steps you should take to prepare for installation. Shielding from the Elements Your roof takes the brunt of nature’s elements—rain, hail, snow, and intense sunlight. Over time, these forces wear down roofing materials, leading to cracks, leaks, and eventual replacement . Solar panels act as a protective shield, covering portions of your roof and reducing its direct exposure to harsh weather. This extra layer of protection helps slow down wear and tear, preserving the integrity of the roofing materials underneath. Reduced UV Damage One of the leading causes of roof deterioration is prolonged exposure to ultraviolet (UV) radiation from the sun. UV rays dry out roofing materials, causing shingles to become brittle, crack, and lose their protective granules. Solar panels absorb sunlight that would otherwise hit your shingles directly, significantly reducing UV damage. As a result, the lifespan of your roof increases, potentially delaying costly repairs or replacements . Protection from Weather Extremes Severe weather events can wreak havoc on roofs. High winds can lift shingles, hail can create dents, and ice buildup can lead to water damage. Since solar panels are designed to withstand extreme conditions, they provide an added layer of defense against these threats. When hail or debris falls, solar panels take the initial impact, reducing the likelihood of roof damage underneath. Cooling Effect on Your Roof Heat exposure accelerates roof degradation. On hot summer days, roofing materials expand under extreme temperatures and contract at night, leading to cracks over time. Solar panels create a gap between the roof and the panels themselves, allowing air to circulate. This airflow helps cool down the roof by an average of 5 degrees, reducing temperature-related wear and enhancing energy efficiency inside the home. By keeping your roof cooler, solar panels also help maintain its structural integrity longer. Proper Installation Prevents Damage Some homeowners worry that installing solar panels may harm their roof. However, when performed by a qualified professional , solar panel installation does not damage the roofing structure. Modern mounting systems use durable lag bolts that anchor securely into the roof’s structure. These bolts are then sealed with moisture-resistant flashing to prevent leaks. By using proper sealing techniques, solar panels remain securely in place while maintaining the roof’s integrity. Ensuring Your Roof is Ready for Solar Before installing solar panels, it’s crucial to ensure that your roof is in good condition. If your roof is near the end of its lifespan or has existing damage, it may be best to repair or replace it before installing solar panels. A professional roof inspection can help determine if your roof is structurally sound for solar panel installation. Long-Term Savings & Roof Protection With solar panels, you’re not just generating clean energy —you’re also investing in the longevity of your home. By shielding your roof from environmental stressors, reducing UV exposure, and improving insulation, solar panels offer a dual benefit of energy savings and extended roof life. If you're considering solar, now is the time to act. Make sure your roof is ready, work with certified installers, and enjoy the long-term benefits of both solar energy and a protected, longer-lasting roof. Give us a call at 636-757-3083 or check out another one of our blogs about preparing for severe storms!