Storage sized for useful daily work
Capacity based on evidence
We use consumption and timing data to avoid an ill-matched battery.
Flexible installation choices
We connect storage to new solar, existing panels or grid charging.
Controls you can follow
We explain charging settings and show you how to read monitoring data.
Store electricity for when you need it
A home battery can hold surplus solar electricity for use after generation falls. It can also be installed without panels and charged from the grid where a suitable tariff and usage pattern make that worthwhile. We review how much electricity you use, when you use it and any larger demand from equipment such as a heat pump. That information helps us select usable capacity instead of reaching for the largest battery on the shelf. Bigger isn't automatically better if there isn't enough spare electricity or off-peak charging time to fill it.
Fit the battery into your wider system
We can include storage in a new solar installation, add it to existing panels or plan a standalone arrangement. The survey covers practical siting, electrical connection, inverter compatibility, controls and monitoring. We consider how the battery will charge and discharge across a normal day, including household demand and any planned renewable upgrades. Once commissioned, we explain the controls and show you how to view charging, stored energy and power use without turning the monitoring app into a second job.
Frequently asked questions
Can we install a home battery without solar panels?
Yes. We can design a standalone battery that charges from the grid. Its value depends on your tariff, electricity-use pattern and available charging periods, so we review those details before recommending capacity.
Can a battery be added to our existing solar panels?
Often, yes, but compatibility needs checking. We assess the inverter, electrical arrangement, available space and monitoring before recommending how storage should be connected to the existing solar system.
How do we know what battery capacity we need?
We look at daily electricity use, the times demand occurs, likely solar surplus and any heavy loads such as a heat pump. We then balance usable capacity against realistic charging and discharge patterns.