Warning: Your Electric Bill is About to Skyrocket in Missouri & Illinois. Are You Ready?

Here in the Midwest, our homes brave everything from scorching summers to icy winters, often with severe storms thrown into the mix. Your roof is your home's first line of defense, and keeping it in top shape is crucial. That's why at SunSent , we're excited to launch our "Ask a Roofer" series! We've gathered the most common questions we hear from homeowners across the Midwest, and our very own Mike, our Expert Roofing Consultant , is here to provide the answers you need. Mike has seen it all, from minor leaks to post-hail disaster zones, and his insights are invaluable. Let's dive in! Question 1: "How often should I really have my roof inspected in the Midwest, especially with our crazy weather?" Mike Answers: "That's a fantastic question, and arguably the most important one. In the Midwest, due to our diverse and often extreme weather patterns – think strong winds, hail, heavy snow, and fluctuating temperatures – I recommend a professional roof inspection at least once a year. The best times are typically in the spring after winter thaws, and again in the fall before the cold weather sets in. However, if your area experiences a significant weather event like a major hailstorm, severe windstorm, or even an ice storm with heavy ice dams, you should absolutely schedule an inspection immediately, regardless of your last one. Even if you don't see obvious damage, hidden issues can compromise your roof's integrity over time." Question 2: "I think I have a leak, but I can't find it. What are the common culprits for roof leaks in our region?" Mike Answers: "Leaks are frustrating, and they can be tricky! Often, the water shows up far from where the actual problem is. In the Midwest, common leak culprits usually involve: Flashing Issues: This is probably number one. Flashing around chimneys, skylights, vents, and wall intersections is crucial. If it's old, bent, cracked, or improperly installed, it's an open invitation for water. Damaged or Missing Shingles: Wind can lift or tear off shingles, leaving the underlayment exposed. Hail can cause granule loss, which isn't immediately visible but eventually compromises the shingle. Cracked or Damaged Vent Boots: The rubber seals around plumbing vents can degrade and crack over time, creating a direct path for water. Ice Dams: In winter, poor attic ventilation combined with heat loss can lead to ice dams forming at the eaves. These prevent melting snow from draining, forcing water back up under shingles and into your home. Clogged Gutters: Believe it or not, overflowing gutters can cause water to pool and seep under your roofline, especially in heavy rains. If you suspect a leak, don't wait. Even a small leak can lead to significant damage like mold, rotting wood, and compromised insulation." Question 3: "My neighbors just got a new roof after a hail storm. How do I know if my roof has hail damage, even if it looks okay from the ground?" Mike Answers: "This is a big one in the Midwest, and it's a common misconception that hail damage is always obvious. Often, it's not! From the ground, you might not see the subtle but serious impacts. Here’s what we look for: Granule Loss: Hail impacts can dislodge the protective granules on asphalt shingles, exposing the asphalt layer underneath. Over time, this leads to accelerated aging and shingle breakdown. You might see collections of granules in your gutters. Bruising or Dents: While not always a visible hole, hail can cause impact marks that weaken the shingle mat. These 'bruises' compromise the shingle's ability to shed water effectively. Cracked Shingles: Larger hail can cause cracks, especially on older or less flexible shingles. Damage to Other Exteriors: Check your gutters, downspouts, siding, window screens, and even your air conditioner fins. If these show dents or dings, it's a strong indicator that your roof likely took a hit too. The best way to know for sure is to get a professional hail inspection. We have the training and safety equipment to get on your roof and properly assess the damage, often identifying issues that are invisible from the ground." Question 4: "My roof is old, but it's not leaking (yet!). When is the right time to consider a full roof replacement instead of just repairs?" Mike Answers: "This is where experience really comes into play. While repairs can extend the life of a roof, there comes a point where a full replacement is the more economical and wise decision. Here are key indicators for replacement: Age: Most asphalt shingle roofs are designed to last 20-25 years. If your roof is approaching or exceeding that age, even without active leaks, its protective qualities are likely diminishing. Widespread Granule Loss: If large areas of your shingles have lost granules, especially on south-facing slopes, the roof is losing its ability to protect from UV rays and water. Curling, Cupping, or Clawing Shingles: These are signs that shingles are deteriorating, drying out, and losing their flexibility. Visible Sagging: A sagging roof deck is a serious structural issue and definitely warrants immediate professional assessment. Frequent Repairs: If you're constantly patching leaks or replacing individual shingles, the cost of ongoing repairs will quickly outweigh the investment in a new, long-lasting roof. Storm Damage (Severe): If multiple areas of your roof have sustained significant storm damage, replacing the entire roof often makes more sense for uniform protection and warranty purposes. A new roof is a significant investment, but it provides peace of mind, enhances curb appeal, and protects your most valuable asset. We can help you assess your roof's condition and provide an honest recommendation." Question 5: "What's the best type of roofing material for homes in the Midwest, considering our climate?" Mike Answers: "For the vast majority of homes in the Midwest, asphalt shingles remain the most popular and practical choice. They offer an excellent balance of affordability, durability, and a wide range of styles and colors. Modern asphalt shingles are designed to be much more resistant to wind, impact (hail), and UV degradation than older versions. However, other options are gaining popularity and may be suitable depending on your budget and desired lifespan: Metal Roofing: Increasingly popular for its incredible durability, longevity (50+ years), and resistance to fire, hail, and high winds. While the upfront cost is higher, its lifespan and low maintenance often make it a wise long-term investment. They're also great for shedding snow! Synthetic/Composite Shingles: These are made from recycled materials and engineered polymers, offering a high-performance, often eco-friendly option that can mimic the look of slate or wood shakes without the maintenance drawbacks. They're very durable and resistant to impact. Ultimately, the 'best' material depends on your specific needs, budget, and the style of your home. We're happy to discuss all the options and help you make the right choice for your Midwest home." Got More Roofing Questions for Mike? We hope this "Ask a Roofer" session has been helpful! Your roof works hard to protect your home every single day, and staying informed is key to its longevity. Do you have a roofing question that Mike didn't answer? Or perhaps you're ready to schedule that crucial roof inspection? Don't hesitate to reach out to the experts at SunSent. We're proud to be your trusted partner for all things roofing and solar here in the Midwest! Call Sunsent Solar today for a free roof inspection and consultation!

We rely on data centers for everything – from streaming our favorite shows to powering complex AI applications. These digital hubs, essential to our modern lives, are rapidly expanding, especially here in the Midwest. While they bring economic development, there's a growing concern: are data centers driving up electricity costs for everyday ratepayers? At SunSent Solar , we're dedicated to bringing sustainable and affordable energy solutions to homes and businesses across the Midwest. As experts in solar energy, we believe it's crucial to shed light on this emerging challenge and offer a pathway to a more resilient and cost-effective energy future for everyone. The Rise of the Data Center in the Heartland The Midwest, with its relatively affordable land, existing infrastructure, and access to water, has become a hotbed for data center development. States like Illinois, Ohio, and Virginia are seeing a significant influx of these energy-hungry facilities. To put it in perspective, a single large data center can consume as much electricity as hundreds of thousands of homes! This explosive growth in demand is putting unprecedented strain on our regional power grids. While utilities are working to keep up, the rapid increase in electricity consumption is raising questions about grid stability and, more importantly, who ultimately bears the cost. How Data Centers Can Impact Your Electric Bill Recent reports and analyses, including those from organizations monitoring regional grid operations, are increasingly pointing to data center expansion as a primary driver behind rising wholesale electricity prices. Here's how this can affect you, the ratepayer: Increased Wholesale Prices: The immense, often sudden, demand from data centers can significantly influence wholesale electricity auctions. When demand spikes, so do prices, and these higher costs are then passed on to consumers by utility companies. We've seen reports of staggering increases in capacity auction prices directly linked to data center growth. Infrastructure Strain and Upgrades: To accommodate the massive power needs of data centers, utilities often need to invest heavily in upgrading transmission lines and building new generation capacity. While some states are implementing measures to shift these costs more directly to the data centers themselves, in many cases, a portion of these infrastructure investments can still fall back on the general ratepayer through higher utility rates. Confidential Agreements and Cost Shifting: Some utilities enter into special, often confidential, agreements with large data center operators, offering them attractive rates. While this can incentivize data center development, it can also create a scenario where the true cost of serving these facilities is not fully reflected in their bills, potentially leading to other ratepayers subsidizing their energy consumption. Reliance on Less Efficient Generation: The immediate need for vast amounts of power can, in the short term, lead to increased reliance on less efficient and more costly power plants, including those that use fossil fuels. This further drives up energy and capacity costs for everyone on the grid. The Solar Solution: Powering Progress Sustainably This challenge, while significant, also presents a tremendous opportunity for the Midwest to lead the way in sustainable energy. At SunSent Solar , we believe solar power is not just an alternative; it's a strategic imperative for addressing the energy demands of the digital age without burdening ratepayers. Here's why solar is the answer for data centers and the Midwest: Cost Stabilization and Reduction: By installing solar panels on-site or partnering with local solar farms, data centers can generate a significant portion of their own electricity. This reduces their reliance on the traditional grid, shields them from volatile wholesale price fluctuations, and provides long-term cost predictability. This, in turn, helps alleviate upward pressure on general ratepayer bills. Enhanced Energy Independence and Reliability: Solar offers a resilient and decentralized power source. Paired with battery storage, solar energy can provide continuous, reliable power for data centers, reducing their vulnerability to grid outages and ensuring uninterrupted service. Reduced Carbon Footprint: The tech industry is increasingly committed to sustainability. Powering data centers with solar significantly reduces their carbon emissions, aligning with corporate environmental goals and contributing to a cleaner energy future for the entire region. Local Economic Benefits: Investing in large-scale solar projects to power data centers creates local jobs in installation, maintenance, and manufacturing, fostering a thriving green economy in the Midwest. A "Win-Win" for Everyone: When data centers embrace solar, it's a win for them (lower costs, enhanced sustainability), a win for the grid (reduced strain, increased renewable penetration), and most importantly, a win for ratepayers (mitigating bill increases). SunSent Solar: Your Midwest Partner for a Brighter Future As the Midwest continues to grow as a data center hub, it's essential that this growth is balanced with responsible energy practices. SunSent Solar is at the forefront of this transition, providing tailored solar solutions for commercial and industrial clients, including data centers. We understand the unique energy demands of these facilities and are experts in designing and implementing solar systems that offer maximum efficiency, cost savings, and environmental benefits. By partnering with SunSent Solar , data centers in the Midwest can become leaders in sustainable operations, contributing positively to the regional energy landscape and ensuring that our digital lives don't come at the expense of our electric bills. Let's work together to power the future of the Midwest with the abundant, clean energy of the sun. Contact SunSent Solar today to learn how we can help your business, or your community, embrace the power of solar. Call 636.757.3083.

What Rain Tells You About Your Roof (And What It Doesn’t) Rainy days are the ultimate stress test for your roof — and sometimes, the results aren’t as obvious as a drip in a bucket. While storms and downpours can reveal visible leaks, many forms of roof damage stay hidden until it’s too late. Water can sneak beneath damaged shingles, soak your roof deck, and cause structural problems over time. And with heavy rains becoming more frequent in St. Louis, staying ahead of that damage is more important than ever. Here’s the truth: a roof doesn’t have to be falling apart to fail you . You might not see a leak, but missing shingles, weak flashing, and clogged gutters can all lead to water intrusion. By the time you notice the signs — like ceiling stains or a musty smell in the attic — repairs could be extensive and expensive. That’s why inspections after major rain events are smart, even if your roof “looks fine” from the outside. And if you’ve recently experienced high winds or hail along with the rain? Your roof might have taken a hit, even without a visible break. Damage like granule loss on shingles weakens your roof’s defense and shortens its lifespan. Bottom line: Don’t wait for water to force its way into your home. If it’s been years since your last roof checkup, or if storms have rolled through recently, get ahead of the problem. Our team at SunSent Solar can inspect your roof and recommend whether it’s time for repair, replacement, or just a bit of maintenance to keep things watertight. Does Rain Stop Solar Savings? (Short Answer: Nope) Rainy or cloudy days might seem like the enemy of solar energy, but they’re really just part of the equation. While your panels won’t produce as much electricity on overcast days as they would under full sun, they’re still hard at work. Modern solar panels are built to capture diffused sunlight , which means they still generate power even when the skies are gray. In fact, panels tend to perform better in cooler temperatures , so rain can help prevent overheating and keep your system running efficiently. Most homeowners won’t notice a major difference in their energy bills unless cloudy weather sticks around for weeks on end — which is rare in Missouri . But let’s talk about where the real peace of mind kicks in: energy storage. With a backup battery installed alongside your solar system, you can store the excess power your panels produce on sunny days and tap into it when you need it — including during storms, outages, or nighttime. That’s how you take control of your energy , no matter what the weather throws at you. Battery backups are becoming more popular as homeowners look to build more energy independence. With electricity rates on the rise and power outages more common, having a solar + storage system means you don’t have to rely fully on the grid. You can create your own energy, store it, and use it when it matters most. Rainy days might seem like downtime for solar, but they’re actually a great reminder of why a smart, resilient system matters. With SunSent Solar , you can weather any storm — literally and financially — while staying powered up and prepared. Call 636.757.3083 to get started.

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It’s no secret—summer electric bills are soaring. With AC units working overtime and utility rates spiking, more homeowners than ever are searching for a way out. At SunSent Solar , we’re here to help you break free from high bills, take advantage of the 30% federal solar tax credit, and gain true energy independence with sleek, all-black solar panels and reliable backup batteries. We’re also sweetening the deal this summer with a $250 coupon toward your system when you go solar with SunSent. Why Summer Bills Are So High The cost of electricity is rising faster than inflation, with utilities passing costs onto homeowners at a time when demand is peaking. And if you think it’s bad now—just wait. Rates are projected to rise another 60% by 2026 , putting even more pressure on families trying to keep their homes cool and comfortable. That’s where solar energy comes in—not just as a cost-saver, but as a long-term solution. The graph below is from EnergySage.

Roofing Claims Due to Wind and Hail Are the Most Common Insurance Claims in the U.S. Did you know that nearly 50% of all homeowners insurance claims in the U.S. are related to wind and hail damage? That means when severe storms strike, your roof is the most likely part of your home to take the hit. This stat comes from the Insurance Information Institute and continues to rise year over year due to increasing storm activity. As climate patterns shift and storms become more frequent and intense, the vulnerability of roofs grows significantly. Homeowners in storm-prone areas like the Midwest and South are especially at risk. Insurance companies also consider regional storm data when setting premiums, which can result in higher costs for areas with consistent damage claims. Being proactive with roof inspections can help identify damage early before it becomes claim-worthy. Regular maintenance and upgrades, like installing impact-resistant shingles, can prevent bigger issues down the line. Roof age is another key factor—older roofs are more likely to suffer significant damage. In fact, homes with roofs over 20 years old are 3x more likely to file a wind or hail claim. Protecting your roof is a major way to protect your home. Missouri’s Wild February 2024 Hailstorm Resulted in Over 8,500 Claims In February 2024, Missouri was hit with an unexpected hailstorm that caused widespread damage. Over 8,500 hail-related insurance claims were filed in the state within a few weeks. This kind of data highlights just how vulnerable roofs are even during months not typically associated with storms. The hail in this event was recorded at up to 1.5 inches in diameter—large enough to dent metal, crack shingles, and damage gutters. What made the storm even more destructive was its rapid movement across both rural and suburban areas, catching many homeowners off guard. Insurance adjusters were swamped for weeks as roofers scrambled to meet demand. This spike in need for emergency inspections and repairs led to temporary cost hikes in roof work. Many homeowners with older or poorly maintained roofs saw the most damage, reinforcing the importance of staying ahead of wear and tear. Emergency repair wait times during events like this can extend to several weeks. That delay can lead to secondary damage such as water leaks or mold, making the original damage more costly. Missouri’s February hailstorm serves as a warning: don’t wait until storm season to assess your roof. The Average Roof Repair in 2025 Costs Around $750 According to recent national data, the average cost to repair a roof in 2025 is $750 , though prices range from $300 to over $2,000 depending on the extent of the damage and materials involved. Small leaks and missing shingles are on the lower end, while sagging structures or significant water damage push costs higher. This cost doesn’t include any potential secondary damage such as drywall repair or attic insulation replacement. A roof with frequent patchwork repairs may end up costing more over time than a full replacement. Roofers often use per-square-foot pricing, and emergency repairs may come with extra fees. Labor shortages and material delays can drive repair prices up in some regions. Flat roofs tend to be more affordable to fix, while complex, multi-level pitched roofs usually cost more. Annual inspections can help catch issues before they become costly. Homeowners can save on repairs by acting early and choosing local, reliable contractors. The Average Cost of a Full Asphalt Roof Replacement is $30,680 Replacing a traditional asphalt shingle roof in 2025 costs homeowners about $30,680 on average for a mid-size home, which marks a nearly 15% increase from 2022. Material costs have risen due to supply chain issues and demand. Labor rates have also gone up as skilled trades become harder to source. The cost varies based on roof complexity, size, pitch, and removal of the old roofing material. Disposal fees and permits can add several hundred dollars to the final invoice. Homes in high-cost metro areas can expect to pay even more—sometimes exceeding $40,000. Many homeowners choose to finance roof replacements through their contractor or via home improvement loans. Although the price tag is high, an asphalt roof has a typical lifespan of 20–25 years, providing long-term peace of mind. Choosing high-quality materials and a certified contractor can increase durability and reduce the likelihood of future repairs. A Metal Roof Installation Averages $17,762 Metal roofs, which offer longer lifespans and greater durability, average $17,762 to install in 2025. Though more expensive upfront than asphalt, they last 40–70 years and require less maintenance. Their reflective properties help keep homes cooler, reducing energy costs during the summer. Metal roofing is especially popular in storm-prone areas for its resistance to wind and hail. It’s also fire-resistant and considered environmentally friendly due to its recyclable materials. Homeowners often see higher ROI with metal roofing, particularly in resale value. Installation does require specific skills, which can add to the cost. There are several types of metal roofs including standing seam and corrugated panels, each with different price points. Financing options and tax credits may be available for energy-efficient upgrades like this. As green building practices grow, metal roofing continues to gain popularity. Demand for Metal Roofing Has Increased by 35% in 2024–2025 Driven by durability and energy efficiency, metal roofing demand surged 35% from 2024 to 2025, especially in regions hit by frequent storms. This increase has been noted by the Metal Roofing Alliance, with homeowners prioritizing long-term solutions. Environmental awareness and rising energy costs are big factors behind this shift. Solar integration is easier with metal roofs, and their longevity appeals to younger homeowners seeking fewer future expenses. Contractors are also more frequently recommending metal for homes with existing solar panels. Metal roofs are now being offered in more color and style options to suit aesthetic preferences. In commercial construction, metal roofing has become the go-to standard for cost efficiency. Even insurance companies offer discounts for homes with impact-resistant roofing like metal. Expect this trend to continue as weather unpredictability increases. An Estimated 38% of U.S. Homes Have Moderate to Poor Roofing Conditions Recent industry reports indicate that nearly 4 in 10 U.S. homes have roofs rated as “moderate” or “poor” in condition. This equates to over 40 million homes at risk of leaks, storm damage, or structural failure. Many of these homes have roofs nearing or exceeding their recommended lifespan. A large portion also have outdated materials that no longer meet modern safety codes. Aging roofing systems contribute to insulation loss and higher energy bills. Poor roof ventilation, which is common in older homes, can also shorten roof life by 10 years or more. Many homeowners avoid replacement due to cost, leading to higher repair bills over time. Insurance claims for older roofs are more likely to be denied or limited. As homes age and storms worsen, this figure is expected to increase unless proactive maintenance improves.  Insurance Loss Costs Are 60% Higher for Homes with Poor Roof Ratings Insurers report that homes with poorly rated roofs cost 60% more in losses than those with good roofs. This is because damage spreads faster and wider when a roof can’t do its job. For example, one missing shingle on a poor roof can result in an entire section leaking during the next rain. Roofs in bad condition are more likely to collapse or allow structural rot. These homes also see more interior damage claims—water-stained ceilings, mold, and damaged electrical systems. Insurance companies often adjust premiums based on roof age and condition. In some cases, they’ll refuse to renew policies unless the roof is repaired. Investing in inspections and small upgrades can significantly reduce potential claims. Roof condition is also a major factor during home sales and appraisals. Summer Heat in the Midwest Will Hit Record Highs in 2025 The National Weather Service and Climate Prediction Center forecast an extremely hot summer across the Midwest in 2025. Extended heatwaves, multiple 100+ degree days, and drought conditions are expected. These high temperatures stress both home energy systems and roofing materials. Asphalt shingles are particularly susceptible to heat cracking and curling. Prolonged sun exposure can dry out sealants and underlayments, reducing their protective properties. Roofs without proper ventilation trap heat inside, increasing attic temps by 30–50 degrees. That heat transfers into living areas, leading to higher A/C usage and energy bills. UV radiation also breaks down materials faster than normal wear and tear. The combination of summer heat and storm systems can push older roofs to the brink. Investing in reflective roofing or solar-integrated systems can help combat heat buildup and reduce stress on cooling systems. How SunSent Combats Rising Rates and Weather Threats with Solar & Roofing At SunSent , we understand the compounding stress of rate hikes, extreme weather, and aging roofs. That’s why we offer a proactive, dual approach: solar savings and roofing protection. Our team performs 30-minute roof inspections that check for hail damage, wind wear, gutter stoppage, siding damage, and issues with soft metals. We also inspect roof decking and even nearby appliances like grills and vehicles. If your roof is storm-worn or aged, we’ll give you a full report with photo documentation and next steps. Pairing this with solar allows you to save on your energy bill while increasing your home’s protection. With Ameren rates rising over 20% and storms getting more aggressive, this is the perfect time to act. You don’t have to wait until damage becomes a disaster—SunSent can help now. Our team is local, reliable, and ready to give you peace of mind before summer hits full swing. Call 636.757.3083.

Ameren Illinois Rate Hikes – What You Need to Know Starting June 1, 2025, Ameren Illinois customers will experience a significant increase in their electric bills, with an average rise of approximately $45 over the next four months. This surge, representing an 18-22% hike, is a direct result of the Midcontinent Independent System Operator's (MISO) annual capacity auction. The auction revealed a tightening supply-demand balance, leading to a twenty-fold increase in summer capacity prices compared to current rates. Ameren, functioning as a delivery-only utility without its own electricity generation, is mandated by state regulations to procure electric capacity at prices set by MISO and the Illinois Power Agency. These costs are then passed directly to consumers without any markup. The electric bill comprises two main components: the delivery charge, covering infrastructure and maintenance, and the supply charge, which accounts for more than half of the bill and reflects the actual cost of electricity. The increased rates will be in effect until October 1, 2025, after which they are expected to return to current levels as temperatures drop. However, this situation underscores the vulnerability of consumers to fluctuations in energy markets and the importance of exploring alternative energy solutions. Anticipated Summer Heat in the Midwest The summer of 2025 is projected to be one of the hottest on record for the Midwest. According to the National Weather Service's Central Region Climate Outlook, warmer-than-normal temperatures are favored across the entire contiguous United States, with the Midwest experiencing significant heat. This trend is supported by the North American Multi-Model Ensemble (NMME) data, indicating increased confidence in the forecast for a hotter summer. From the National Weather Service . The Old Farmer's Almanac also predicts above-normal temperatures across most of the U.S., with the Heartland states, including Illinois, expected to be up to 4°F above average. This excessive heat not only increases the demand for electricity due to higher air conditioning usage but also poses health risks, particularly for vulnerable populations. Furthermore, the combination of high temperatures and anticipated drier-than-normal conditions could lead to drought persistence and expansion across much of the Plains. These environmental stressors highlight the need for sustainable and reliable energy solutions to meet the increased demand and mitigate the impact on both the grid and consumers' wallets. From the National Weather Service . How SunSent Solar Provides a Sustainable Solution In light of rising energy costs and the impending summer heat, investing in solar energy presents a viable and sustainable solution. SunSent Solar offers comprehensive services to help homeowners transition to solar power, reducing their reliance on the grid and shielding them from volatile energy prices. By harnessing the power of the sun, homeowners can generate their own electricity, leading to significant savings on their energy bills. Additionally, solar energy systems contribute to environmental conservation by reducing carbon footprints and promoting clean energy usage. SunSent Solar also provides thorough site surveys to ensure your home is ready for solar panel installation. Our 30-minute inspections cover: Panel Examination: Figuring out where and how we will connect the power source. Attic Examination: To ensure we can feed the cables through your house in a non-intrusive way. Measuring House: Checking to see how much cable is needed for your specific job. Drone Footage: So we can send you a comprehensive & personalized solar panel layout. Our team provides detailed documentation and photographs to support any necessary repairs or insurance claims. Embrace a future of energy independence and sustainability with SunSent Solar . Contact us today to schedule your roof inspection and take the first step towards a greener, more cost-effective energy solution.

Severe weather can strike unexpectedly, leaving homeowners with the daunting task of assessing and addressing potential roof damage. Understanding the types of damage and the importance of prompt inspections can help protect your home and investment. Common Types of Storm-Related Roof Damage 1. Wind Damage: High winds can lift or remove shingles, exposing the underlying layers to moisture and further deterioration. 2. Hail Damage: Hailstones can bruise or crack shingles, dent metal components, and dislodge granules, compromising the roof's protective capabilities. 3. Debris Impact: Falling branches or debris can puncture roofing materials, leading to leaks and structural issues. 4. Water Accumulation: Clogged gutters and downspouts can cause water to pool on the roof, increasing the risk of leaks and water damage. Steps to Take After a Storm 1. Conduct a Visual Inspection: From the ground, look for visible signs of damage such as missing shingles, dented gutters, or debris accumulation. 2. Document the Damage: Take photographs of any visible damage to assist with insurance claims and repair assessments. 3. Check Interior Spaces: Inspect your attic and ceilings for signs of water intrusion, such as stains or dampness. 4. Contact Your Insurance Provider: Notify your homeowner’s insurance company about the damage to initiate the claims process. 5. Schedule a Professional Roof Inspection: Engage a reputable roofing contractor to perform a comprehensive assessment of your roof's condition. What to Expect During a SunSent Roof Inspection At SunSent , we offer thorough, 30-minute roof inspections to evaluate and address storm-related damage. Here's what our process includes: Shingle Examination: We inspect for missing, lifted, or damaged shingles that may compromise your roof's integrity. Gutter and Downspout Assessment: Our team checks for blockages or damage that could impede proper water drainage. Soft Metal and Siding Inspection: We look for dents or damage to metal components and siding that may indicate hail impact. Deck and Exterior Evaluation: We assess your deck and other exterior elements for signs of storm damage. Appliance and Vehicle Check: Our inspection extends to outdoor appliances, grills, and vehicles for any visible damage. Documentation: We provide detailed notes and photographs to support insurance claims and repair plans. Protect your home by addressing storm damage promptly. Call SunSent today at 636.757.3083 to schedule your comprehensive roof inspection.

Starting June 1, 2025, Ameren Missouri customers will see a 12% increase in their electric bills, averaging an additional $14 per month for residential users. This hike is part of a broader trend of rising electricity costs driven by increasing demand and infrastructure investments.  Rising Electricity Demand and Costs The U.S. is experiencing a significant surge in electricity demand. According to a recent study by consulting firm ICF, electricity demand is projected to grow by 25% by 2030 and 78% by 2050 compared to 2023 levels. This surge is fueled by factors such as the expansion of data centers, increased manufacturing, and the electrification of transportation and heating systems. Consequently, residential electricity rates could rise between 15% and 40% by 2030, depending on the market. The Financial Impact on Households For Missouri residents, these increases mean higher monthly expenses. The recent rate hike approved by the Missouri Public Service Commission allows Ameren to collect an additional $355 million annually. While this is $91 million less than the company initially requested, it still represents a significant financial burden for consumers.