From cell selection to system integration, we build power solutions that are safe, highly adaptable, and long-lasting.
Thermal propagation blocking + precision welding + IP67/IP68 waterproofing to deliver intrinsic battery safety.
Automotive-grade components + modular design + top-tier supply chain for stable and durable quality.
Digital twin + cloud monitoring enables end-to-end traceability from R&D to production to usage.
Fully self-developed BMS algorithms with accurate SOC/SOH estimation and intelligent balancing management.
Multi-dimensional CAE simulation (structure/thermal/performance) for virtual validation and efficient iteration.
Compatible with 18650/21700 cells, wide-voltage customization, covering diverse application scenarios.
Core Technology Strengths
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Multi-Physics Simulation & Digital Twin Design
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Electro-thermal-mechanical multi-physics coupled simulation
Build a battery “digital twin” model to preview temperature distribution, stress/strain, and thermal runaway paths during the design stage—bringing risks forward into design.
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BMS Simulation Verification
Model-based design methodology from algorithm development to embedded code generation, validated via simulation across scenarios to maintain integrity and efficiency.
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Multi-Level Active Safety & Thermal Runaway Protection
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Multi-Level Safety System
Millisecond-level anomaly response via multimodal sensors, providing end-to-end protection from intrinsic safety to emergency firefighting.
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Thermal Runaway Prediction & Protection
Combine thermal management with thermal runaway path simulation to identify risks early and trigger warnings.
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Electrical–Thermal–Mechanical Triple Safety Thresholds
Millisecond-level autonomous protection for abnormalities such as overcharge, overdischarge, short circuit, and overtemperature.
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Coordinated Thermal Management
Monitor cell temperature differences in real time and dynamically adjust voltage and temperature to slow performance degradation.
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High-Accuracy State Estimation & Intelligent Lifecycle Management
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High-Accuracy State Estimation
Real-time accurate estimation of SOC/SOH/SOP via multi-model fusion algorithms, reducing battery gauge error and range anxiety.
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Low-Power Intelligent Design
Deep integration of embedded systems and battery chemistry: sleep power as low as μA-level, instant wake-up when needed—shifting from “passive consumption” to “active intelligent control”.
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Data Closed Loop & OTA Upgrades
Support lifecycle data upload and analysis; continuously optimize BMS strategies via remote diagnostics and firmware upgrades to adapt to different usage scenarios and aging states.
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Lightweight Structure & High Environmental Adaptability Design
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Lightweight Structural Design
Reduce module weight via topology optimization and advanced materials while maintaining strength.
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Triple-Protection Design
Waterproof, dustproof, and shock-resistant to handle harsh operating conditions.
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Industry–Academia–Research Collaboration
Collaborate with universities on cutting-edge technologies including high-performance lithium battery safety management and control, PV energy storage, and cloud monitoring.
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Scientific management empowers high-quality products and high-efficiency operations.
High automation across the entire line—from material transfer and cell manufacturing to module/PACK assembly and finished-product testing.
Dynamic production scheduling optimized by real-time demand analysis for full-chain intelligent dispatching.
Modular design and quick changeover technologies enable agile, market-responsive flexible manufacturing.
Build lifecycle quality traceability from inbound materials to outbound finished products.
Continuous strengthening of R&D investment supports steady and sustainable growth.
