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Company Profile
Founded in 2018, Xi’an JD Energy Co., Ltd. is a cutting-edge energy company established in collaboration with Xi’an Jiaotong University. The company was co-founded by renowned experts in power electronics and a team of senior engineers with over a decade of development experience. It focuses on core technological research and product development in advanced energy storage systems, driving large-scale integration of clean energy and contributing high-quality solutions to global carbon neutrality efforts.
With the mission to “Deliver reliable clean power to everyone”, the company is committed to leveraging innovations in power electronics and IoT technologies to scale the application of energy storage, making energy utilization cleaner and more user-friendly. By advancing high-efficiency power storage and conversion technologies, alongside IoT and big data research, the company propels global energy transformation, increases the share of clean energy, and brings sustainable light and power to regions with electricity shortages. It aims to improve human living conditions and the environment with stable and friendly clean energy solutions.
Ranked No. 1 in China’s Commercial and Industrial Energy Storage Market for the User Side in 2023
Significant Installation Milestones to Lead the Industry
Over 1.5 GWh of capacity installed on the power or grid side
Up to 1 GWh on the user side
The system has operated safely and reliably for over 1,321 days, setting a benchmark for the industry
Pioneering Innovation through R&D
Recognized for technical excellence with 40+ authoritative certifications and testing reports
Secured over 100 patents, driving innovation-led growth
Maintains high R&D investment, exceeding 10% of annual revenue, to explore and push the boundaries of cutting-edge technology
Collaborative Partnerships for Mutual Growth
Cooperates with 100+ strategic partners around the world to establish an extensive business network;
In-depth cooperation with 10+ financial institutions to financial support;
Strategic cooperation with 10+ leading design and research institutes;
Joint efforts to build a solid foundation for technological innovation and project implementation.
Commitment to Sustainability
Contributed to CO₂ emissions reductions exceeding 110,000 tons,
equivalent to preserving over 60,000 trees.
Saved more than 380,000 tons of standard coal,
significantly reducing reliance on fossil fuels, lowering environmental pollution, and enhancing the efficiency and cleanliness of energy use.
Honors and Awards
Top 10 Energy Storage Brands of 2023
Innovative Energy Storage Enterprise in China of 2023
Star Commercial & Industrial Energy Storage System Integrator
Energy Storage Innovation Enterprise Award
China Energy Storage System Integrator of 2022
Distributed Energy Block Smart Energy Storage System
Patents
Distributed Energy Storage System and Control Method
An SOC Balancing Control Method for Cascaded Energy Storage Systems
Lithium-ion Battery Thermal Runaway Suppression Circuit and Method
Modeling Method, Device and Storage Medium for Cascaded Multilevel Energy Storage Systems
A Fault Detection Method for Abnormal Power in Energy Storage Cabinets
A Dynamic SOC and Rated Capacity Correction Method for Energy Storage Batteries
Calculation Method, Device, Electronic Equipment and Readable Storage Medium for Grid Frequency
Operation Control Method, System, Device, and Storage Medium for Photovoltaic Energy Storage Charging Stations
An Energy Storage Battery Protection Device and Method Based on Energy Storage Systems
A PCS-BMS Synchronized SOC Calculation Method and System
An H-Bridge Based Detection Method for Insulation Impedance and Faulty or Short-Circuited Battery Packs in Energy Storage Systems
A Charge-Discharge Balancing Control Method for Series-Connected Battery Packs
An Energy Balancing Early Warning Control System for Series-Connected Lithium Battery Packs
A DC Bus Control System for Household Energy Storage under All Operating Conditions
An SOC End Calibration Method for Battery Energy Storage Systems
An Early Suppression Device for Thermal Runaway in Energy Storage Battery Packs
An Energy Storage Battery Protection Device and Method Based on Energy Storage Systems
Fire Protection Method, Device, Storage Medium and Electronic Equipment for Electrochemical Energy Storage Systems
Inter-phase SOC Balancing Control Method and System for Cascaded H-Bridge Energy Storage Systems
A Cascaded Energy Storage Converter System and Control Method with Leakage Current Suppression
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