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R&D

SMART BMS Solution

MoPEC offers end-to-end expertise in battery management systems (BMS), covering design, hardware/software development, prototyping, performance testing, and certification.
Specifically, we are promoting the development of a reliable and efficient BMS, built on active cell balancing, protection circuitry, condition monitoring, and communication interface technologies.
Backed by broad industry experience and technical expertise, we continue to set ourselves apart with BMS solutions customized to our customers’ needs.

  • Over-current protection
    It disconnects power when the current exceeds a specified limit, protecting both the battery and the protective circuitry from damage.
  • Over-temperature protection circuit
    Cutoff voltage triggered by temperature rise due to extended charging
  • Short-circuit cutoff
    Power is cutoff in advance to prevent damage to the battery or protective circuits and reduce the risk of fire.
  • Over-discharge protection
    Prevents voltage from dropping too low, protecting the electrode from permanent damage due to prolonged over-discharge.
  • Over-charge protection
    in the event of overcharging, a chemical reaction inside the cell prevents excessive gas and heat generation.
  • Applied with Active Valancing
    Maintain cells in top condition through automatic adjustment to prevent permanent electrode damage that would reduce lifespan

Active Valancing ?

Monitors each cell's voltage in real time during all operating conditions, including charging and non-charging, to reduce and equalize voltage differences between cells.

  • Module Active Valancing
    The first in Korea to apply active balancing technology to bms modules
  • BMS real-time valancing
    365-days real-time valancing with MBS
  • Extended CELL lifespan
    cell life expectancy improved by 5–10%

PowerBankIron phosphate battery-based power bank combines practicality, convenience, and reliability.

MoPEC’s power banks feature lithium iron phosphate batteries to ensure superior safety and long-lasting performance.
Iron phosphate batteries provide outstanding thermo-chemical stability, minimizing the risk of fire or explosion, and ensure excellent durability, with more than 2,000 charge and discharge cycles.

MoPEC's BMS technology also enables precise control of voltage, current, and temperature, improving cell valancing and protection for maximum performance and reliability.

These power banks are suitable for a wide range of applications, from industrial emergency and disaster response power to camping, outdoor activities, and ESS linked to renewable energy.
MoPEC offers power bank solutions customized to meet specific usage environments and customer requirements.

Battery-applied models after using electric vehicles

MoPEC manufactures electric carts powered by recycled Ioniq 5 batteries
Reusing batteries as a new power source allows us to provide safety, affordability, and support environmental sustainability.

Our proprietary BMS technology ensures precise control of charging and discharging and enhances battery performance through cell valancing.

The electric cart provides a sustainable mobility solution across leisure and tourism, logistics and industry, and agriculture and fishing sectors.

MoPEC remains at the forefront of waste battery recycling and development of green mobility solutions.

AGV-type models (automation and manual operation)

Agricultural/industrial motorized carts

Product line extension