Complete energy systems

One system. Clear control.

A residential energy system coordinates solar conversion, LiFePO₄ storage, battery management and household energy priorities as one architecture.

Integrated architectureModular capacityResidential applications
Hailei ATOM residential energy storage product familyHailei energy storage

Explore Hailei

Residential system platforms

Hailei platforms cover compact integrated storage, modular battery formats and scalable high-voltage whole-home architectures.

01Outdoor stackable
Hailei AES All-in-oneExplore ↗

AES All-in-one

5 / 10 kWh

A compact system integrating inverter, LiFePO₄ battery, BMS and controls for residential energy storage.

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02Modular storage
Hailei ATOM WB-MExplore ↗

ATOM WB-M

3.68–18.4 kWh

A modular residential storage platform designed to scale through multiple battery modules.

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03High-voltage all-in-one
Hailei ATOM HVS-AESExplore ↗

ATOM HVS-AES

15.36–40.96 kWh

A scalable high-voltage architecture designed for whole-home solar energy storage applications.

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In more detail

From generation to stored energy

A complete residential system is more than a battery. Each project should coordinate energy input, conversion, storage, control and the household loads it is intended to support.

01

Define the application

Start with the property, solar array, phase configuration and the household's daily demand profile.

  • New solar or retrofit
  • Single- or three-phase supply
  • Indoor or outdoor location
02

Size the architecture

Match inverter power, battery capacity and usable energy to the intended operating strategy.

  • Solar self-consumption
  • Time-of-use shifting
  • Selected backup loads
03

Confirm the complete system

Verify communication, protection, monitoring and model compatibility before ordering or installation.

  • Battery and inverter pairing
  • Communication protocol
  • Current product documentation

Hailei UK

Specify the right architecture.

Capacity, inverter configuration and system compatibility should be confirmed against the selected product model and project requirements.

Discuss a system↗