Energy storage means frequent cycling over many years. Pack-level consistency, BMS communication and export transport compliance all have to be settled up front. We deliver the complete pack to match your system architecture.
These are the electrical and mechanical points that matter in this application.
Storage systems cycle constantly over their service life, and the consistency between series groups directly affects usable capacity. We build that requirement in from the selection stage and match the BMS balancing strategy to it.
A storage system has to talk to the inverter and the EMS. The BMS communication method and protocol parameters are confirmed against your system interface, so nothing fails to connect after installation.
Energy storage products are mainly exported, so the transport compliance documents an export needs are handled per target market and per model — reports already in hand are provided directly.
7 types of end product are covered by this application. The form factors and routes below are the usual directions; the final choice is made by us against your requirement.
Give us these and while meeting your performance needs we pick the most cost-effective option for you.
| Item | What to tell us |
|---|---|
| System form and mounting | Wall-mounted, stacked or cabinet — structural direction and size limits |
| System voltage and capacity | System voltage such as 48 V / 51.2 V, capacity and series/parallel layout |
| Inverter and EMS interface | Communication method (for example CAN / RS485) and protocol parameters |
| Installation environment | Indoor or outdoor, ambient temperature range and heat dissipation |
| Target market | Destination country and local market-access requirements, used to confirm which certification items are needed |
| Capacity & discharge | Built from 0.1 Ah to 600 Ah to your requirement — common levels such as 10 Ah, 20 Ah, 50 Ah, 100 Ah and 200 Ah are all confirmed per model; continuous and peak rates are matched to the duty cycle |
Energy storage is usually assessed from the LFP direction, because it suits frequent charge and discharge better in terms of cycle performance and thermal stability. The final choice is ours to make based on your system requirement — lithium-ion, sodium-ion or solid-state, we will match the more suitable option.
Yes. Series/parallel layout and mechanical design follow your system voltage, capacity and installation dimensions. The form factor is prismatic, built to your interface and mounting requirements.
Tell us your inverter or EMS model and the required communication method and protocol parameters. We confirm the BMS configuration against that, so nothing fails to connect after installation.
This is confirmed per target market and per model. For lithium-ion packs we can provide the UN38.3 test report and summary, air and sea transport identification reports, MSDS and the 1.2 m drop test report, with the applicable items confirmed against your order requirements and target market.
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