Custom LiPo Batteries & Lithium-ion Battery Pack Solutions for OEM/ODM Projects

Battery safety starts from correct battery selection and engineering review, not only final inspection. THOR Power reviews battery size, voltage, capacity, cell structure, charging method, load current, connector layout, PCM/BMS protection, insulation, and application environment before sample development or mass production.

For custom LiPo pouch batteries, we focus on thickness, space fit, wire exit, PCM position, swelling risk, and device assembly safety. For lithium-ion, 18650 / 21700, and LiFePO4 battery packs, we also review BMS current limit, balancing, temperature protection, charging voltage, discharge current, and long-term operating conditions.

THOR Power controls quality across battery selection, cell matching, pack assembly, PCM/BMS verification, electrical testing, appearance inspection, packaging, and shipment review.

Before delivery, we can check voltage, capacity, polarity, connector position, wire length, insulation, protection function, charging and discharging behavior, packaging condition, and shipping documents. For energy storage, backup power, 18650 / 21700, and LiFePO4 battery pack projects, BMS protection, consistency, and long-term stability are especially important.

We understand that many customers worry about inflated capacity or unrealistic runtime claims. THOR Power reviews capacity based on battery model, cell structure, voltage platform, discharge current, cutoff voltage, and real application conditions.

A battery with the same mAh rating may perform differently depending on load current, temperature, BMS cutoff, internal resistance, connector resistance, and device power management. For important projects, sample testing is recommended to verify real runtime, charging compatibility, discharge performance, and product fit before batch production.

Yes. THOR Power supports custom size, thickness, voltage, capacity, wire length, connector type, polarity, wire layout, label, packaging, PCM protection, and BMS configuration according to product design.

For compact LiPo battery projects, space, thickness, connector direction, and PCM position are often critical. For lithium-ion, 18650 / 21700, and LiFePO4 battery packs, BMS current limit, balancing, NTC temperature protection, charging voltage, discharge current, and housing fit should also be confirmed. These details help reduce wrong samples and improve project development efficiency.

18650 / 21700 battery packs are often used for higher-load devices, longer runtime requirements, power tools, industrial equipment, outdoor devices, and rechargeable battery pack projects. But voltage and capacity alone are not enough to confirm whether the pack will work reliably.

A practical 18650 / 21700 battery pack design should also review cell discharge capability, series-parallel configuration, peak current, BMS current limit, welding structure, heat generation, connector resistance, wire gauge, housing space, and charging method. If these details are not matched correctly, the pack may shut down under load, heat up, lose runtime, or fail during sample testing.

THOR Power reviews 18650 / 21700 cell selection, pack structure, PCM/BMS protection, connector design, and real application load before recommending a custom battery pack direction for sampling or long-term OEM/ODM supply.

The most cost-effective energy storage battery is not always the lowest-priced option. For backup power, portable energy systems, industrial standby power, or security power applications, the real cost should be judged by usable capacity, cycle life, BMS protection, safety performance, charging compatibility, voltage platform, and long-term supply stability.

LiFePO4 battery packs are often a better choice when the project needs long cycle life, stable standby performance, better thermal stability, and safer long-term operation. For 12V, 24V, 48V or other energy storage battery systems, THOR Power reviews load power, backup time, usable Wh, charging method, BMS current limit, housing space, connector interface, and expected service life before recommending a practical battery pack direction.

A cheaper battery may create higher total cost if it has poor cycle life, early capacity loss, weak BMS protection, unstable discharge performance, or repeated sample revisions. A cost-effective battery solution should balance price, safety, runtime, lifetime, and supply reliability.

The right capacity depends on device load power, target runtime, inverter efficiency, usable Wh, peak power, charging method, weight limit, housing space, and expected cycle life. For outdoor power supplies, customers should not select a battery only by the advertised Wh or Ah value.

A practical review should start from the real devices that need to be powered, such as lighting, communication equipment, tools, medical devices, security systems, or small appliances. The battery pack should then be matched with continuous power, peak power, backup time, voltage platform, BMS current limit, connector interface, and charging source.

LiFePO4 battery packs are often suitable for portable power stations and outdoor backup power when the project requires long cycle life, safer thermal performance, stable output, and long-term standby reliability. THOR Power can review your load power, runtime target, battery space, charging method, and supply quantity to recommend a practical and cost-effective battery pack direction.

To help us review your project quickly, please send battery size, voltage, capacity, application, target runtime, average current, peak current, charging method, connector type, wire length, PCM/BMS requirements, quantity, certification or shipping document needs, and any drawings or photos of the battery space.

For LiFePO4 energy storage, backup power, or outdoor power supply battery packs, please also provide system voltage, load power, backup time, charging source, installation space, communication needs if any, and expected cycle life. Clear project information helps THOR Power recommend a more accurate custom battery solution and reduce unnecessary sample revisions.