Power Stations
Missing Watts? Why Solar Panels Produce Less Than Rated Power
You bought a 100W solar panel and connected it to your system on a bright sunny day. The reading? About 70W. Something…
Archive
Month: June 2026
Battery Backup
Winter vs Solar: Why Freezing Temps Kill Your Battery Storage
Cold weather affects every part of a solar power system, but the effects on batteries are the most consequential for system reliability.…
Battery Backup
Sun to Storage: How Solar Panels Charge Batteries Explained
You point a solar panel at the sun and connect it to a battery, and somehow electricity flows in and the battery…
Battery Backup
How Inverters Actually Work: Step-by-Step Guide
Solar panels and batteries store and produce energy as direct current (DC). The outlets in your home and almost everything you plug…
Battery Backup
Why Solar Batteries Degrade Over Time and How to Prevent It
Every battery loses capacity over time. The new power station that delivers a full charge on day one delivers somewhat less several…
Power Stations
How Many Watt Hours Do You Need? Calculate Your Power Needs
Watt-hours (Wh) measure how much energy a battery can store and deliver. When you’re shopping for a portable power station, a solar…
DIY & Wiring
Beyond the Panels: How Anti-Islanding Controls Grid-Tied Solar Inverters
A storm knocks out power to your neighborhood. Your home runs on grid-tied solar with a battery backup, and you’d love for…
Battery Backup
Lithium-Ion vs. LiFePO4: Breaking Down the Chemistry and Safety Differences
Two batteries sit on a workbench, each rated 100 amp-hours, each marketed for solar and off-grid power. One costs $250, the other…