Solar cooling systems use solar energy to provide air conditioning or refrigeration — reducing grid electricity consumption for what is often a building’s largest summer energy load. As air conditioning demand grows globally, solar cooling represents a natural alignment: cooling demand peaks when solar irradiance is highest, making solar power and cooling a complementary pairing. Read more »
Solar Air Heating Systems: 2026 Complete Guide Solar Air Heating Systems: How They Work and When to Use Them Solar air heating systems capture sunlight and convert it to warmth, which is then distributed through your home via air ducts to heat living spaces. Unlike solar photovoltaic (PV) systems that generate electricity, solar air heating Read more »
Selling a home with a leased solar system requires transferring the lease agreement to the new buyer, a process that can complicate — but doesn’t have to derail — a home sale. Most solar leases transfer to the new homeowner through a formal application process requiring lender/leasing company approval. Solar Lease Transfer Process Step What Read more »
Adding battery storage to a solar system unlocks capabilities that grid-tied solar alone can’t provide. The core benefits are time-of-use rate optimization, backup power during outages, rate protection against future utility increases, and eligibility for virtual power plant programs in some areas. Time-of-Use (TOU) Rate Optimization Under NEM 3.0 and similar TOU-based rate structures, exporting Read more »
Choosing a solar battery system involves balancing capacity, chemistry, brand reputation, and your specific backup goals — there’s no one-size-fits-all answer. Define your backup priorities first (essential loads vs. whole-home), then size capacity and choose LFP chemistry from a reputable brand. Solar Battery Selection Framework Decision Key Considerations Backup goals Essential loads only vs. whole-home Read more »
Solar panel stands let portable panels be positioned at optimal angles for maximum sun exposure, whether for camping, RV use, or temporary ground setups. Adjustable-angle stands maximize output by letting you match panel tilt to the sun’s position throughout the day and seasons. Types of Solar Panel Stands Stand Type Best For Fixed-angle kickstand Simple Read more »
Solar battery technology has evolved significantly, with lithium chemistries now dominating both residential and portable applications over older lead-acid designs. LiFePO4 (LFP) batteries are the current standard for home solar storage, offering the best balance of lifespan, safety, and performance. Solar Battery Chemistry Comparison Chemistry Cycle Life Best For LiFePO4 (LFP) 2,000-6,000+ cycles Home storage, Read more »
Not every home has a roof suited to solar — age, shading, orientation, or structural limits can all rule it out. Ground mounts, carports, pergolas, pole mounts, and solar shingles all offer alternatives when a rooftop installation isn’t viable. Solar Alternatives to Rooftop Installation Alternative Best For Relative Cost Ground mount Homes with unshaded yard Read more »
Solar battery prices vary widely based on chemistry, capacity, brand, and installation complexity — understanding these factors helps you evaluate whether a quote is reasonable. Battery chemistry and usable capacity are the biggest price drivers, with LFP systems typically costing $800-$1,200 per kWh installed. Factors Affecting Solar Battery Price Factor Price Impact Battery chemistry (LFP Read more »
Whether you can take your solar panels when you move depends heavily on whether you own the system outright or have a lease/PPA, and removal/reinstall costs often outweigh the benefit. Owned systems can technically be removed and reinstalled, but the $3,000-$10,000+ cost usually makes leaving them for the new owner the smarter choice. Taking Solar Read more »
