R&D Innovation
Energy Engine Laboratory
As a pioneer in the global energy transition, JDEnergy founded the Engine Laboratory in 2019, leading the technological transformation of energy storage systems.
We have built a physics-digital twin energy storage system testing platform, and through the deep integration of full-stack digital simulation and physical verification, created a full-lifecycle intelligent verification system covering cells, modules, systems and scenarios, providing critical support for next-generation energy storage technologies.
Our products have successfully passed multiple domestic and international authoritative certifications, including IEC 61000, IEC 62477, IEC 62619, VDE 4110, IEC 60730 and GB/T 34120.
Core Matrix
Multi-level Battery Verification System
An integrated testing system combining cells, PACKs and BMS, ensuring the comprehensive performance of battery systems reaches industry-leading standards.
In-depth Power Electronics Verification
High-precision grid simulation system enables full-performance testing across all scenario conditions, safeguarding efficient power conversion of energy storage systems.
Scenario-based Energy Storage System Evaluation
A BLM test matrix built with eBlock, eLink and eMind provides comprehensive testing and evaluation for the safety and economic efficiency of energy storage systems in complex engineering scenarios.
Digital Twin Power Grid Simulation
Digital twin models significantly shorten R&D cycles, reduce empirical risks, and lead the digital R&D transformation of energy storage systems.
Total R&D Expenditure
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Professional R&D Team
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Intellectual Property Rights
Core Technologies
Through revolutionary battery technology innovation, we aim to reduce humanity's dependence on fossil fuels and achieve a shared vision of global sustainable development.
AC/DC Integration : Plug-and-play smart energy module, reduces installation and O&M costs and accelerates market adoption.
4S Integration : 4-in-1 integrated technology foundation, empowers comprehensive upgrades in energy storage safety, efficiency, stability and intelligence.
AI Operation : Full lifecycle operation empowerment, facilitates the accumulation of long-term value for energy storage assets.
“ALL IN ONE” Design Concept
This innovative approach integrates the Battery Management System (BMS), the Power Conversion System (PCS), and the Energy Management System (EMS) into a single standardized cabinet. Compared to traditional solutions, this improves control precision and response speed, eliminating blind spots in control and protection, and achieving an optimal balance between the safety and economy of the energy storage system.