Requirement Review
Share voltage, capacity, load current, runtime, size limit, connector, quantity, working temperature, and certification market.
Send your electrical load, size limit, connector, environment, and compliance target. Our engineering team turns the requirements into a practical Li-ion or LiFePO4 battery pack plan for prototype, pilot run, and repeat production.
A clear workflow helps your team move from technical requirements to prototype validation and repeatable production.
Share voltage, capacity, load current, runtime, size limit, connector, quantity, working temperature, and certification market.
We match chemistry, series-parallel layout, protection logic, communication, wiring, enclosure, and thermal design.
Sample packs are checked for fit, runtime, charge-discharge behavior, connector placement, and device-side integration.
Controlled production includes cell sorting, welding inspection, aging, final test, labels, packaging, and shipping documents.
Even partial information is enough to start. If you are still comparing designs, send the device function and target runtime first. We can help define the missing electrical and mechanical details.
We design around the actual load profile, installation space, operating environment, and service life expectations of your product.
AGV, AMR, sensors, handheld tools, UPS backup, and field instruments.
High-rate discharge packs for inspection robots, drones, UGVs, and autonomous platforms.
Compact lithium packs for monitoring, diagnostic, portable treatment, and backup power.
Waterproof, low-temperature, and vibration-ready packs for harsh operating environments.
Custom battery projects need repeatability. Each production route can include cell matching, BMS testing, aging, and final inspection so your receiving team gets stable packs instead of one-off samples.
Send voltage, capacity, discharge current, size limit, application, quantity, and certification needs. We will help confirm chemistry, BMS, enclosure, testing, and export requirements.