The EP2000 provides up to 20kW of power from a single unit*, and with 3 units in parallel, you can reach a powerful 60kW. Power everything from your electric vehicle and stove to all your household devices, achieving complete energy independence.
* In off-grid mode without solar connection, EP2000 outputs 10.5kW (with 2 B700 batteries) or 15.5kW (with 3 B700 batteries). A full 20kW output requires 4 or more battery modules.
Comes with everything you need — hybrid inverter, modular battery, and backup gateway. No extra components required.
Pair one EP2000 with up to 7 × B700 battery modules to match your energy needs.
Works with your solar/inverter setup via AC, DC, or hybrid coupling.
Six-layer system-level protection ensures end-to-end security — from battery cells to structure.
Rigorously tested to meet the world's stringent German VDE2510-50 safety standard.
Compatible with select Australian VPP providers. Contact us to check if your provider is supported.
Explore key specifications and example configurations to compare system size, power capability, and installation footprint. Use this section to understand what different setups look like in real space. If you want a tailored recommendation, Sunbridge can propose a solar and battery solution based on your usage, site layout, and compliance requirements.
FAQ
A solar battery stores electricity from your solar panels so it can be used later, such as in the evening or during higher-tariff periods. The best setup depends on your solar system, energy use, switchboard, and backup requirements.
Some battery systems can support backup circuits when they are designed and installed for that purpose. Backup capability varies by battery model, inverter, wiring, and site conditions, so Sunbridge confirms this during system design.
In many homes, a battery can be added to an existing solar installation, but compatibility needs to be checked first. Sunbridge reviews the current inverter, metering, switchboard, roof generation, and household load before recommending an option.
Battery sizing should be based on daytime solar generation, evening consumption, backup goals, available space, and budget. Sunbridge uses these details to recommend a practical configuration rather than a one-size-fits-all capacity.