Use more of the power from your roof
Matched system capacities
We balance panel output, storage and household demand using real data.
Existing solar assessed
We check compatibility before adding a battery to installed panels.
Energy flow made clear
We show how power moves between your home, battery and the grid.
Keep more daytime generation for later
Solar panels often produce electricity when household demand is lower. A battery can store some of that surplus and release it after generation drops, helping you use more of the electricity produced on your roof. We study daytime output, evening demand and wider consumption before matching panel capacity with usable storage. A solar panels with battery design should avoid a large store that rarely fills or a small one that reaches capacity too early. The useful balance depends on how your property actually uses power.
Coordinate generation, storage and export
We can design a new combined installation or assess adding battery storage to an existing solar array. Compatible inverters, controls and monitoring are central to the plan because they direct electricity between household use, charging, discharge and export. During the day, solar generation can supply current demand first and charge the battery with suitable surplus. Once charging needs are met, remaining electricity may be exported through an eligible tariff. We explain the energy flow and show you how to follow it through monitoring.
Frequently asked questions
Does a battery stop solar electricity going to the grid?
Not necessarily. Solar power can supply the property and charge the battery, while further surplus may still be exported. The exact flow depends on demand, battery settings, available capacity and system design.
Can storage be added to any existing solar system?
Many systems can be upgraded, but we first check the inverter, electrical arrangement, controls, monitoring and available space. We then explain the compatible connection options for the existing equipment.
Will the battery provide power every evening?
That depends on how much energy was stored, the battery's usable capacity and evening demand. We size the system from realistic generation and consumption patterns rather than promising the same result every day.