A hybrid solar system combines solar panels, battery storage, and your grid connection into a single coordinated power system. You get solar bill reduction during normal operation and battery-backed outage protection when the grid fails — for homeowners in Delaware, Pennsylvania, New Jersey, and Maryland.
A hybrid solar system is not a compromise — it's the most capable residential power architecture available today. It provides the bill savings of grid-tied solar, the resilience of battery backup, and the optional safety net of generator integration, all managed by a smart inverter system that prioritizes solar and battery over grid power automatically.
The hybrid system uses solar first, battery second, and grid third — automatically.
During daylight hours, solar panels power your home and charge your battery. If production exceeds both home load and battery capacity, excess flows to the grid (earning net metering credits). At night or on cloudy days, the battery discharges to power your home. When the battery is depleted, grid power seamlessly steps in. The entire process is automatic and invisible to the homeowner.
Generator integration adds a fuel-based charging layer for extended outages.
For homeowners in areas with frequent or prolonged outages, integrating a generator into the hybrid system creates a multi-layer resilience architecture. When the battery reaches a low state of charge and solar production is insufficient, the generator automatically starts, charges the battery, and shuts off — cycling as needed. This dramatically reduces generator runtime and fuel consumption compared to running a standalone generator continuously.
Hybrid systems offer configurable backup modes to match your priorities.
Modern hybrid inverters support multiple operating modes: self-consumption mode (maximize solar use), backup priority mode (keep battery fully charged for outage readiness), time-of-use optimization mode (charge from grid when rates are low, discharge when rates are high), and full backup mode. CurrentRS configures your system's operating mode based on your utility rate structure and backup priorities.
A well-designed hybrid system reduces — and for some homeowners nearly eliminates — dependence on grid-priced power.
Homeowners with properly sized solar and battery systems can cover the vast majority of their daily electricity consumption through solar production and battery discharge. The grid remains a safety net but is rarely the primary power source. Over time, as utility rates increase, the value of this grid independence compounds — a hybrid system built today becomes more economically valuable each year.
Hybrid systems offer storm-ready operation that standard solar cannot provide.
When a storm approaches, a hybrid system can be configured to pre-charge the battery to maximum capacity, ensuring maximum backup time before the outage begins. During the outage, solar panels continue to recharge the battery during daylight, extending backup duration. For most storms, a properly sized hybrid system provides continuous power throughout the event. Learn more about whole-home backup →