From laboratory validation to intelligent manufacturing, we build energy storage around engineering discipline, data and real-world operating scenarios.or
Our R&D approach combines battery validation, power electronics testing, scenario-based system evaluation and digital simulation to improve product reliability throughout its lifecycle.
The R&D system combines laboratory validation, power electronics testing, scenario-based assessment and digital simulation before large-scale deployment.
Multi-level battery validation from cell and module testing to system-level verification.
Deep testing of PCS and power conversion behavior under demanding operating conditions.
Application-driven energy storage evaluation based on real project scenarios.
Digital-twin simulation for grid interaction, controls and system performance.
An ALL IN ONE product philosophy brings battery systems, PCS, BMS, EMS, thermal management and safety architecture together.
Modular power conversion with flexible configuration and scalable deployment.
Multi-layer battery monitoring, protection and lifecycle management.
Intelligent dispatch, operating strategy and energy optimization.
Integrated PACK design focused on safety, thermal behavior and consistency.
Battery, PCS, BMS, EMS, thermal management and safety integrated into a unified architecture.
AI-assisted inspection, flexible intelligent production and lifecycle traceability help deliver reliable products with consistent quality.