Residential Energy Storage

Select the configuration from the required backup load, daily energy consumption, desired operating mode, solar input, installation environment, and inverter compatibility. The range includes all-in-one ESS units, a wall-mounted 5kWh ESS, a pull-rod 5kWh ESS, and hybrid or off-grid inverters, with storage options from about 1 to 16kWh and output from 500W to 11kW.

Use the backup load and required backup hours as the starting inputs for capacity selection. Then review daily energy consumption, solar input, inverter configuration, and the intended operating conditions. The final battery and inverter combination should be checked against the appliance list and project requirements rather than selected from storage capacity alone.

Choose an all-in-one ESS when the project requires an integrated battery and power conversion configuration in a single system. A separate battery and inverter configuration may be more suitable when the project requires a specific inverter type, output level, installation format, or system configuration. Confirm compatibility between the selected battery and inverter before ordering.

The range supports home backup, off-grid homes, and solar self-consumption projects through all-in-one ESS units and hybrid or off-grid inverter models. The suitable configuration depends on the required operating mode, solar input, load profile, and local grid conditions. Confirm the selected inverter type and system configuration against the project design before quotation.

Review the available installation location, mounting arrangement, physical format, operating conditions, and required system configuration. The range includes wall-mounted, pull-rod, all-in-one, and inverter products, so installation requirements vary by model. Provide the installation environment and available space during technical review so the selected configuration can be checked before production.

Parallel connection or future expansion must be confirmed for the selected model and system design. Review battery and inverter compatibility, communication requirements, system configuration, installation arrangement, and protection design before committing to the planned quantity. Provide the intended expansion plan and system architecture so the configuration can be reviewed for the project.

Relevant models can be supplied with UN38.3, CE, and RoHS documentation. Technical datasheets, test reports, manuals, and packing documents are also available for importer, project, and registration requirements. Document availability is model-dependent, so identify the proposed products and destination requirements when requesting the document package.

Provide the appliance list, required load, backup hours, daily energy consumption, solar input, local grid conditions, installation environment, preferred battery or inverter configuration, project quantity, and any OEM or ODM requirements. These inputs support model selection, capacity review, system configuration, documentation assessment, and commercial quotation.