BrightGridA hybrid inverter combines functions that can manage solar generation, household electricity and battery storage. This can simplify the design of a solar-plus-battery installation and provide additional energy-management capabilities.
How does a hybrid inverter work?
Solar panels generate DC electricity. The hybrid inverter manages this energy, converting electricity for household use while directing surplus energy towards battery storage or export according to the system design.
| Energy source | Possible destination |
|---|---|
| Solar | Home |
| Solar surplus | Battery |
| Solar surplus | Grid export |
| Grid electricity | Home |
| Grid electricity | Battery where tariff strategy permits |
Benefits of a hybrid inverter
- Integrated battery management
- Potentially simpler system architecture
- Smart energy management
- Monitoring
- Potential future battery compatibility
- Support for selected backup configurations
Does every hybrid inverter provide backup power?
No. Backup operation depends on the inverter, battery, wiring arrangement and additional equipment. Backup should be explicitly specified during system design.
Check compatibility before adding a battery
Existing solar systems can use different inverter architectures. Battery compatibility must be checked before selecting equipment.
Plan solar and battery together
Explore a hybrid inverter system designed around your electricity use and future battery requirements.
Check Your SavingsFrequently asked questions
What is a hybrid inverter?
A hybrid inverter manages solar generation and battery storage within an integrated electrical system.
Do I need a hybrid inverter for a battery?
Not always. The correct architecture depends on the existing solar system and battery technology.
Can a hybrid inverter provide backup power?
Some can, but backup requires a compatible configuration and appropriate grid-isolation equipment.
Marcus Webb
Head of Engineering at BrightGrid Energy
