Battery Storage Solutions for Homes, Farms & Businesses in the UK

Hybrid Inverter kits(when buying solar PV at same time as battery)

• High-quality, well-established electronics company
• Choose any battery pack size, add more later
• Backup power output during a power cut(2.5kW max)
• IP65 water-resistant for exterior installation
• Remote software updates and cloud-based monitoring and control
• Batteries can charge directly from Solar PV and/or the grid or other on-site renewables
• Available in 3.6kW and 5.0 kW power models. 5-year warranty (10-yr available)
• Inverter dimensions (WxHxD) 480x440x260mm, weight 24kg

Retrofit 3KW Inverter kits (for retrofitting to an existing PV system)

• Charge the batteries directly from Solar PV or from grid to maximise self-consumption and minimise imported electricity (and bills)
• Remote software updates and cloud-based monitoring and control
• Choose any battery pack size, add more later
• Backup power output during a power cut (2.5kW max)
• IP65 water-resistant for exterior installation
• Inverter dimensions (WxHxD) 480x290x260mm and weight 19kg

Batteries

• 10-year warranty or 10MWh use per 1KWh battery (10,000 cycles!)
• IP65 water resistant and high temperature range -20℃ to+55℃ for outdoor installation
• Lithium-ion LiFePO4 – safest on the market (non-toxic, non-flammable and fully recyclable)
• Wall or floor mount. Dimensions (WxHxD) 480x515x202mm, weight 54kg
• How much battery storage do I need?
• We suggest 1 or 2 days storage – check your bill to see what you use per day, eg. the average house uses around 8 Kwh, so 8-16 KWh is sensible for average consumption homes.
• During the day, when solar panels are generating more power than your home is using, excess power is diverted to the battery for use later. When the sun goes down, or if you’re using more energy than your panels are providing, the battery will kick in to give you power and prevent drawing from the grid – this will help save on bills.
• Average daily energy consumption depends on household size, appliances, and weather, among other things, which is why energy bills are usually higher during the darker, colder winter months – look at your bill to find out more.
• To maximise your solar PV installation and use as much of your own solar electricity as possible,ai
•  for enough battery storage to be self-sufficient during non-generatinghours (usually the evening or gloomy day). Less than optimal battery storage is still worthwhile as it will help to reduce your bills.