R&D strength
Focusing on the research and development of cylindrical lithium battery PACK system technology, it has built a "simulation-first, data-driven" R&D system, covering multiple professional fields such as electrochemistry, electronics and electrical, structural design, and BMS algorithms.
R&D advantages

From battery cell selection to system integration, build a power supply solution with high safety, high adaptability and long life.

intrinsically safe structure

Thermal spread blocking + precision welding process + IP67/IP68 waterproof, making the battery intrinsically safe

Highly reliable hardware

Car-grade components + modular design + leading supply chain, stable and durable quality

Full life cycle management

Digital twin + cloud monitoring enables full-process data traceability from R&D → production → use

Intelligent BMS algorithm

Fully self-developed BMS algorithm, accurate SOC/SOH measurement, intelligent balance management

Pre-simulation verification

Structural/thermal/performance multi-dimensional CAE simulation, virtual verification, efficient iteration

Scenario customization

Adapted to 18650/21700 battery cells, wide voltage customization, covering multiple application scenarios

Core technical advantages

  • Multiphysics simulation and digital twin design technology

    • Electric-thermal-force multi-physics coupling simulation

      Construct a battery "digital twin" model to preview temperature distribution, stress strain, and thermal runaway path during the design stage to achieve "risk preview in advance during the design stage."

    • BMS simulation verification

      Model-based design methodology, from algorithm development to embedded code generation, simulation testing in different scenarios to maintain algorithm integrity and efficiency

  • Multi-level active safety and thermal runaway protection technology

    • Multi-level security system

      Achieve millisecond-level abnormal response through multi-modal sensors, providing full-process protection from intrinsic safety to emergency fire protection

    • Thermal runaway prediction and protection

      Combining battery thermal management and thermal runaway path simulation to identify risks in advance and initiate warnings

    • Electrical-thermal-mechanical triple safety threshold

      Supports millisecond-level autonomous protection for overcharge, over-discharge, short circuit, over-temperature and other abnormalities

    • Thermal management synergy

      Real-time monitoring of cell temperature differences, dynamic adjustment of voltage and temperature, and delaying performance degradation

  • High-precision state estimation and full life cycle intelligent management

    • Highly accurate state estimation

      Based on the multi-model fusion algorithm, real-time and accurate estimation of SOC/SOH/SOP is achieved, reducing false power standards and mileage anxiety.

    • Low power consumption intelligent design

      The embedded system is deeply integrated with battery chemistry, and the sleep power consumption is as low as μA level. It can wake up instantly when needed, realizing the transition from "passive energy consumption" to "active intelligent control".

    • Data closed loop and OTA upgrade

      Supports full life cycle data upload and analysis, and continuously optimizes BMS strategies through remote diagnosis and firmware upgrades to adapt to different usage scenarios and aging states.

  • Lightweight structure and high environmental adaptability design technology

    • Lightweight structural design

      Through topology optimization and advanced material application, the module weight is reduced while ensuring strength.

    • Three-proof design

      Waterproof, dustproof, shockproof, adaptable to complex and harsh working conditions

    • Industry-university-research collaborative innovation

      Cooperate with universities to tackle cutting-edge technologies such as high-performance lithium battery safety management and control, photovoltaic energy storage and cloud monitoring

Smart manufacturing

Empowering high-quality products and efficient operations with scientific management

Full process automated production

From raw material transfer, cell manufacturing, module PACK to finished product inspection, the entire production line is highly automated.

Full-link intelligent management and control

Based on real-time demand analysis, dynamically optimize production schedules and achieve full-link intelligent scheduling.

Highly flexible production

Relying on modular design and rapid changeover technology to create flexible manufacturing capabilities that respond quickly to the market

Full cycle quality traceability system

Build a full life cycle quality traceability system from raw materials entering the factory to finished products leaving the factory

Innovation investment

Empower enterprises to develop steadily by continuously strengthening R&D investment