Virginia solar panels cost roughly $2.52–$3.02/watt ($21,800–$35,250 for a typical 7–14 kW system before incentives); the 30% federal tax credit no longer applies to cash or loan purchases; and the new Switch Together program can cut costs by ~23% for homeowners who sign up before October 15. Going solar in Virginia looks different than it […]
Solar panels in Delaware cost $2.60 to $3.10 per watt in 2026, or about $34,000 before incentives for a typical 13 kW system. Between SRECs, uncapped net metering, and utility rebates, most homeowners recover that cost in 8 to 12 years, even though the 30% federal tax credit expired for cash and loan purchases in […]
FEOC-compliant solar panels come from manufacturers verified as free of ownership, control, or material sourcing tied to China, Russia, North Korea, or Iran. Non-FEOC-compliant solar panels fail that same test. Starting in 2026, that single distinction decides whether a commercial or third-party-owned solar project keeps its federal tax credit. The Foreign Entity of Concern (FEOC) […]
We all know that the 30% federal residential tax credit ended on December 31, 2025. But that’s not the end of incentives for Virginia residents. Homeowners and businesses in this Old Dominion state can still stack a full lineup of solar incentives in 2026. These include full retail-rate net metering, Solar Renewable Energy Credits (SRECs), […]
Solar Panel Cost in 2026 = $2.20 and $3.66 per watt installed If you’ve been searching for solar prices, you’ve probably noticed every site gives you a different number. One says $31,000. Another says $20,000. A third subtracts a tax credit that, in 2026, no longer exists for most homeowners. This guide gives you one […]
Battery leasing turned from a niche financing footnote into one of the fastest-growing ways homeowners add a home battery in 2026. So what is battery leasing, exactly? Battery leasing is a financing arrangement where a third-party company owns the battery installed at your home, and you pay a fixed monthly fee to use the electricity […]
Yes, you can use solar panels without a battery. But “without a battery” means three very different things. A homeowner skipping a battery on a grid-tied system is one situation. Someone running a small DC device off a panel is another. A person wiring a budget panel to an off-grid inverter is a third. All […]
Most homes need 15 to 25 solar panels to cover their electricity use. That’s the honest, unqualified starting point. But your real number depends on three things: how much electricity you use, how much sun your roof gets, and which panels your installer puts on your roof.Homeowners in Virginia, Maryland, Pennsylvania, Delaware, Georgia and Texas […]
Solar panels work by converting sunlight directly into electricity through a process called the photovoltaic effect. Sunlight striking a solar cell knocks electrons loose from atoms inside the cell, and an internal electric field sets those electrons moving in a single direction, producing an electric current. That current then travels through an inverter, which converts […]
Solar vs. Wind Energy: Which Is Better in 2026? Solar energy suits homeowners better. Wind energy suits utility-scale projects better. Solar panels convert sunlight into electricity with 15–22% efficiency. Wind turbines convert moving air into electricity with 20–50% efficiency. Solar wins on accessibility and low maintenance. Wind wins on raw output and land-use efficiency. This […]