Energy storage shifts part of the daytime solar generation to the hours when you need it most. To deliver a meaningful result, battery capacity must reflect evening loads, demand peaks, the required backup duration and the energy available for charging.
We assess inverter and battery compatibility, permitted backup loads, installation location and electrical protection. The completed system is configured for the way it will actually be used rather than left on generic factory settings.
A complete technical solution
Clear design, careful installation and documentation that supports the system throughout its operating life.
Storage with a clear purpose
Higher self-consumption
Use excess daytime generation during periods of greater demand.
Selected backup loads
Define critical loads and a realistic operating duration during an outage.
Correct compatibility
Verification of inverter, battery, BMS, protection and installation-area requirements.
Right-sized without overstatement
A larger battery is not always a better battery. Capacity and power are selected around the loads the system must support.
- Generation and consumption analysis
- Critical-load and backup-duration definition
- Compatibility and installation-area checks
- Installation, configuration and testing
Guides and project references
Frequently Asked Questions
Capacity depends on the loads to be supplied, operating duration, available solar generation and the permitted depth of discharge.
Not necessarily. We normally design a dedicated critical-load circuit or, where technically practical, broader coverage with the corresponding inverter and battery power.
This depends on the inverter, electrical architecture and equipment compatibility. Planning for storage during the initial design makes a future upgrade easier.