Use stored electricity when you need it
Capacity based on demand
We size storage from real consumption patterns rather than picking the largest box.
Retrofit checks first
Existing solar equipment is checked for compatibility before storage is specified.
Controls you understand
We set up monitoring and explain charge levels and operating modes at handover.
Keep more daytime solar power for later
Solar panels often generate well when nobody is using much electricity. A battery stores surplus power so it can support the home later, including during busy evening periods. We examine your existing or planned solar output, daily consumption and peak demand before recommending usable capacity. We also check inverter compatibility, electrical protection and the space available for safe installation.
Bigger isn't automatically better. A battery that rarely empties may add cost without adding much practical value. We look at how you use electricity now, the charging schedule you may follow and changes such as a future electric car.
New storage or a carefully checked retrofit
Storage can be designed alongside new solar panels or added to an existing PV system. A retrofit needs a proper compatibility check because the inverter, controls and communications must suit the proposed battery arrangement. Once the design is agreed, we fit the battery and relevant inverter equipment, complete the electrical connections, commission the system and set up monitoring. At handover, we explain charge levels, operating modes and normal behaviour. You can then see when the battery is charging, when it is supplying the home and how well the chosen schedule fits your routine.
Frequently asked questions
Can you add a battery to my existing solar panels?
Often, yes, but we first check the existing inverter, electrical protection, communications and available space. Some systems suit an additional battery more readily than others. Our survey establishes the workable design before equipment is selected.
How large should my solar battery be?
Capacity should reflect solar generation, evening demand, peak loads and your charging plan. We also consider future changes such as an EV. Oversizing can leave paid-for capacity unused, so we use your consumption pattern to guide the design.
Will a solar battery keep my home running in a power cut?
Not every battery system supplies backup power during an outage. That function depends on the chosen equipment, wiring and system design. Tell us if backup matters to you so we can assess it separately instead of treating it as a standard feature.