10-20kWh
Energy Storage Solution

Hybrid Inverter + Battery
10-20kwh-solution

Introducing an advanced energy solution, the Hybrid Solar Inverter, combined with a 10-20kWh lithium battery(s) storage system and featuring the ultra-lightweight solar panels, offers a revolutionary approach to sustainable power. This integrated system ensures efficient energy conversion, promoting a reliable power supply and substantial savings on electricity bills. With the ability to store excess energy, it not only fosters energy independence but also proves invaluable during emergencies, providing a seamless power source during outages. This comprehensive solution not only contributes to a cleaner environment but also empowers users with economic benefits and a dependable backup plan for uninterrupted energy in times of need.

easy-installation

Easy Installation
& Maintenance

for-home

Suitable for
Home Use

eco-friend

Eco-friendly

Our Solutions

5kW-inverter-system

5 kW Single Phase Inverter

+ 10kWh / 20kWh battery
5kW-inverter-system

8 kW Single Phase Inverter

+ 10kWh / 20kWh battery
8kW-inverter-system

8 kW Three Phase Inverter

+ 10kWh / 20kWh battery
  • 100% unbalanced output, each phase
    max. output up to 50% rated power
  • 48V low voltage battery, transformer
    isolation design
  • 6 time periods for battery
    charging/discharging
  • DC couple and AC couple to retrofit
    existing solar system
  • Can host multiple energy storage units.
  • Simple and fast to install
deye-system-structure

We Use and Recommend Goodwe-logo Solar Panels

Galaxy Series

Ultra-lightweight Design

The ultra-lightweight design makes it possible for roofs with a low load-bearing capacity to install PV systems compared with conventional PV modules, catering to more application scenarios.

Impact Resistance

The integrated tempered glass provides better mechanical performance to protect cells from deformation by hail and wind, which helps ensure optimal power generation.

Various installation methods

Ultra-lightweight design

High reliability

High power generation