• Modules – 25 Years
• Inverters – 10-12 Years, extendable up to 20 Years
• Mounting – 25 Years
• Workmanship – 5 Years

• Module efficiency: simply put, more efficient modules produce more power.
• Inverter efficiency: the percentage of energy that goes into the inverter and comes out as usable AC electricity.
• Module tilt: the tilt of the module can affect how much direct UV rays are received by the solar module.
• Module azimuth: a fixed system installed in the northern hemisphere will produce more energy facing 180° South, and if 180° North if in the southern hemisphere.
• Location: the system’s proximity to the equator can effect production. A system installed in New York will produce less energy than in Texas.
• Weather: Areas with more sunny days produce more energy.
• Shade: Nearby obstructions like HVAC, vents, parapets, buildings, trees, and more can affect a system’s performance.

U.S. energy costs have increased by 69.4% over the last 25 years with no sign of slowing down. While some feel helpless to ever-increasing energy prices, the advantages of solar power shine brighter with every legislative and technological update. Most commercial solar systems come with a guaranteed lifespan of 25-30 years, offering an ROI far beyond the initial costs.

Commercial solar panels, also called photovoltaic (PV) panels, are engineered to capture sunlight and generate electricity for commercial buildings and large-scale facilities. They are commonly installed on rooftops, parking canopies, or as ground-mounted arrays to maximize energy production.

Commercial solar panels are built to cover expansive areas and produce higher amounts of energy, usually measuring approximately 78 inches in length and 39 inches in width.

They often contain 72-96 solar cells, which contribute to their larger size and higher power output.

Commercial solar panels generally operate with an efficiency of 15% to 20%, with some models achieving up to 25%. Advancements in solar technology have significantly improved performance over the years, and ongoing research continues to enhance panel efficiency and maximize the energy output of commercial solar systems.

Yes, Power Optimizers enable each panel in the PV array to operate independently, preventing the underperformance of one panel from impacting others in the string. This eliminates mismatch-related power losses caused by shading, soiling, or aging, resulting in higher overall energy production. Additionally, Power Optimizers maximize system yield and revenue by tracking the maximum power point of each panel, providing real-time performance data, and ensuring superior system safety with advanced protective features.

Solar panels typically have a lifespan of 25 to 30 years, gradually degrading over time and producing less electricity as they age. While they can still generate power beyond this period, their efficiency significantly declines compared to their original output.

According to the Solar Energy Industries Association (SEIA) and the National Renewable Energy Laboratory (NREL), the nationwide average cost of industrial solar panels in 2021 was projected to range between $1.45 and $1.56 per watt. However, actual system costs can vary based on several factors. These figures represent national averages and are measured in kilowatts of direct current (kWdc), encompassing expenses such as installation, inverters, solar modules, and system design by a solar contractor.

Industrial solar panels are built to cover expansive areas and produce higher amounts of energy, usually measuring approximately 78 inches in length and 39 inches in width.

They often contain 72-96 solar cells, which contribute to their larger size and higher power output.

Every situation is unique, but it is our belief that our methods of offering industrial solar solutions are a win for all involved. At Solar One, we do not venture into the utility-grade type of systems, simply because we believe there are plenty of instances where industrial solar can be utilized with minimal environmental impact to open land. Our clients typically utilize roofspace or spaces on their property they could not otherwise utiilize for renewable purposes.

If you live in one of these states, your system will generate SRECs for the amount of electricity produced by your system(s). Utilities will buy your SRECs so they may count your produced solar energy toward meeting their requirements. Selling your SRECs can result in hundreds (or even thousands) of dollars more per year in income, depending on the SREC market in your state.

You can visit: Energy Community Tax Credit Bonus to learn more about the US Department of Energy Community Tax Credit Bonus.