Image 1 of 1
Image 1 of 1
Image 1 of 1
Image 1 of 1
Solar panels recharge your battery during long outages
A battery backup keeps essentials running — lights, fridge, medical gear, communications — but it only holds so much energy. Adding solar panels gives continuous, renewable charging so your backup lasts much longer.
Why solar + battery is better
Longer power: Solar recharges the battery during daylight, extending time without grid power.
Less fuel: You won’t need noisy, expensive generators or fuel deliveries as often.
Lower cost: Sunlight is free, so solar charging cuts long‑term backup costs.
Focused resilience: Even partial solar charging can keep critical circuits — fridge, medical devices, comms, sump pumps — running longer.
Cleaner: Solar reduces emissions while keeping your home functioning in emergencies.
How it works in an outage
The system uses battery power first to run critical loads.
Solar panels send power to the inverter/charger to run the house and recharge the battery when there’s extra.
Smart controls send solar energy to the highest‑priority uses first, then to the battery.
Advanced systems can shift loads and schedule charging so limited solar covers the most important needs.
Solar panels recharge your battery during long outages
A battery backup keeps essentials running — lights, fridge, medical gear, communications — but it only holds so much energy. Adding solar panels gives continuous, renewable charging so your backup lasts much longer.
Why solar + battery is better
Longer power: Solar recharges the battery during daylight, extending time without grid power.
Less fuel: You won’t need noisy, expensive generators or fuel deliveries as often.
Lower cost: Sunlight is free, so solar charging cuts long‑term backup costs.
Focused resilience: Even partial solar charging can keep critical circuits — fridge, medical devices, comms, sump pumps — running longer.
Cleaner: Solar reduces emissions while keeping your home functioning in emergencies.
How it works in an outage
The system uses battery power first to run critical loads.
Solar panels send power to the inverter/charger to run the house and recharge the battery when there’s extra.
Smart controls send solar energy to the highest‑priority uses first, then to the battery.
Advanced systems can shift loads and schedule charging so limited solar covers the most important needs.