Dyness Powerbox G2 10.24kWh LV LFP Battery

Dyness Powerbox G2

10.24 kWh low-voltage LFP storage in a robust home-battery format.

The Dyness Powerbox G2 is a 51.2 V, 10.24 kWh lithium iron phosphate battery designed for compatible low-voltage energy-storage inverters, with a wall or floor installation format and integrated battery management.

10.24 kWh51.2 V low voltageLiFePO4 chemistryCompatible inverter required
Dyness Powerbox G2 10.24 kWh residential battery
10.24 kWhNominal energy capacity
51.2 VLow-voltage architecture
LFPLithium iron phosphate cells
BMSIntegrated battery management
A battery—not a complete system

Compatibility and inverter power decide how it performs.

The Powerbox G2 stores energy, but the connected inverter determines charge and discharge power, solar integration, grid interaction, monitoring and any backup capability.

1

Low-voltage storage

Designed for approved 48/51.2 V-class inverter systems using the correct communications.

2

Integrated protection

The battery management system monitors operating conditions and communicates with compatible equipment.

3

Installation flexibility

The enclosure format may suit wall or floor positioning where manufacturer clearances and structural requirements are met.

Where it can fit

A straightforward storage option for compatible systems.

  • New low-voltage hybrid installations
  • Battery retrofits using an approved compatible inverter
  • Homes requiring around 10 kWh of nominal storage
  • Projects where a single enclosed battery suits the available space

Mr Solar design check

  • Approved inverter and firmware compatibility
  • Charge/discharge current and protective devices
  • Cable specification, isolation and earthing
  • Location, temperature and enclosure clearances
  • Monitoring, commissioning and warranty registration

The presence of CAN or RS485 ports does not itself prove compatibility. The exact inverter/battery combination must appear on current approved documentation.

Capacity translated into everyday use

What does 10.24 kWh mean in practice?

A 10.24 kWh nominal battery can cover a meaningful evening and overnight load, but the real window depends on the inverter, reserve setting and household demand.

Two different limits: kWh describes how much energy is stored; kW describes how much power the inverter and battery can deliver at once. A system can have plenty of stored energy but still be unable to run every high-power appliance simultaneously.

Illustrative examples

  • Roughly 10 hours at a steady 1 kW load before allowances
  • Roughly 5 hours at a steady 2 kW load
  • Several high-power appliances used together test the kW limit, not just capacity
  • A battery used for overnight tariff shifting needs enough time and inverter power to recharge

Figures are simple energy illustrations, not guaranteed runtime. Allow for battery reserve, conversion losses, temperature, ageing and changing household demand.

From specification to commissioning

Equipment selected around the complete property.

We confirm the exact model, current manufacturer documentation, inverter compatibility, electrical design, location, monitoring and any backup arrangement before equipment is ordered.

01

Assess

Consumption, generation, tariff, supply and future loads.

02

Specify

Usable energy, battery power, inverter and compatible accessories.

03

Install

Protection, cabling, meters and equipment installed professionally.

04

Support

Commissioning, monitoring setup, documentation and aftercare.

Product information should be checked against the exact model and current manufacturer documentation at quotation. Official product reference: Dyness Powerbox G2.

Is this battery system right for your home?

Speak to Mr Solar about your electricity use, existing solar, tariff and backup requirements before choosing equipment.