
Stores 5 kWh of usable energy
One E0 contributes one 5 kWh increment to a reviewed S0 stack.
Huawei states usable energy under defined beginning-of-life test conditions.

Exact reference · LUNA2000-5-E0
Cell-containing storage module with five kilowatt-hours of modular S0 capacity, controlled through the separate Huawei C0 power module.
This is the E0 module capacity under Huawei’s stated beginning-of-life test conditions.
The E0 contains the battery cells; the separate C0 contains the power-control layer.
One, two or three E0 modules provide 5, 10 or 15 kWh usable capacity.
A one-module stack is limited to 2.5 kW despite containing 5 kWh.
Handling, base or wall support and installation access must be planned.
Do not select this module from 5 kWh alone. Confirm the C0 controller, module count, inverter and firmware support, required stack output, installation conditions and delivered warranty.
Pricing confirmed by quote
The written quote confirms the exact reference, required accessories, compatibility, delivery and commercial terms.
Availability confirmed in your written quote
01 · Product role
The LUNA2000-5-E0 is the cell-containing expansion module in Huawei’s S0 battery. It stores DC energy behind the mandatory C0 controller and a compatible Huawei inverter; it is not a complete battery system or standalone AC battery.
Relevant applications
Why ReneWave may shortlist it
Built-in capabilities

One E0 contributes one 5 kWh increment to a reviewed S0 stack.
Huawei states usable energy under defined beginning-of-life test conditions.

The E0 is the energy-storage module, distinct from the C0 controller.
The E0 has no inverter, MPPT or AC charger.

One C0 coordinates one to three E0 modules.
S0 E0 and S1 modules are not interchangeable.

Status and configuration are managed through the compatible inverter and FusionSolar architecture.
Exact inverter and firmware support must be confirmed.
System position
The E0 stores energy behind a mandatory C0 controller and compatible Huawei inverter. It has no standalone AC output.
PV supplies protected site loads through the compatible Huawei inverter. The E0 module remains idle.
Five kilowatt-hours of modular S0 storage, controlled through the separate Huawei C0 power module.
The E0 contains the LiFePO4 cells and contributes one 5 kWh usable-capacity increment. One C0 coordinates one to three E0 modules. Complete-stack maximum output is 2.5 kW with one module and 5 kW with two or three modules.
System selection
The C0 controller, compatible inverter, firmware, stack size, protection, mounting, cabling, environment and any backup equipment are confirmed as one architecture before quotation.
02 · Specifications
LUNA2000-S0 battery expansion module
5 kWh
LiFePO4
670 × 150 × 360 mm
50 kg ±3%
IP66 · natural convection
-20°C to +55°C
1 × LUNA2000-5KW-C0
1 / 2 / 3 × LUNA2000-5-E0
5 / 10 / 15 kWh
2.5 / 5 / 5 kW
3.5 / 7 / 7 kW
Indoor or outdoor subject to Huawei requirements
Separate C0 controller and compatible Huawei inverter required
Defined by separate inverter and switching architecture
03 · Confirm before quotation
ReneWave confirms the electrical context, connected equipment, installation conditions and configuration path before the exact reference enters a written quote.

Confirm exactly one C0 with one to three LUNA2000-5-E0 modules; do not mix S0 and S1 equipment.

Confirm the exact Huawei inverter, battery port, firmware, market and required stack output.

Confirm mounting, support, clearances, temperature, cabling, protection and indoor or outdoor conditions.

Record FusionSolar ownership, controller/module serials, firmware, stack configuration and delivered warranty pack.
04 · Documents & warranty
Published documents for this exact reference support selection and handover.
7 years · supplied offer term
05 · Complete the system
Select relevant companions now. ReneWave still verifies quantities and compatibility before they appear in the written quote.
Required interfaces and add-ons

Huawei FusionSolar · LUNA2000-5KW-C0
Huawei LUNA2000 5 kW Battery Power Module
RENEWAVEEnergy systems, held to standard.