DJENERGY FACTORY-CELLS-TO-SYSTEVENERGY STORAGE MANUFACTURING
Key Manufacturing Highlights
LiFePO4 Safety &
Deep-Cycle Performance
Scalable High-Voltage Architecture
Automated Test Equipment (ATE) & QC Verification
About our
Our Factory
Cells-to-System manufacturing for LiFePO4 prismatic cells, battery modules/packs, HV racks, and C&I BESS solutions.
Pioneering the Future of Solar Energy Storage
DJENERGY is a cells-to-system manufacturer for energy storage applications. We deliver LFP prismatic cells, battery modules & packs, HV racks, and complete C&I BESS solutions. Our production workflow focuses on safety verification, performance consistency, and engineering-ready documentation for project deployment.
SOLAR ENERGY STORAGE:DJENERGY
DJENERGY factory team of passionate engineers and solar energy enthusiasts dedicated to bringing the future of solar energy storage to your doorstep. With 10+ years of manufacturing experience，we have established ourselves as a leading manufacturer of high-performance HV Battery Systems and LiFePO4 batteries, empowering individuals and businesses to embrace energy independence and a sustainable lifestyle.
Innovating Solar Energy Storage of HV Battery Systems
Our HV battery systems are engineered for solar + storage, backup power, and hybrid microgrid applications, enabling stable output and scalable energy capacity:
- High-Voltage Efficiency: Streamlined system architecture for efficient power conversion and simplified integration.
- Modular Scalability: Expand capacity with modular battery blocks as project demand grows.
- Safety & Protection: Verified protection logic, insulation design, and BMS monitoring to reduce operational risk.
The Role of Energy Storage in Solar Systems
Solar energy, while abundant and clean, is inherently intermittent. The sun doesn’t shine all day, and weather conditions can affect solar panel output. To mitigate these issues, efficient energy storage systems are essential. They store excess energy generated during sunny periods and release it when production is low, ensuring a consistent and reliable power supply.
Why Energy Storage Matters in Solar Systems
Solar generation is intermittent. Energy storage captures excess PV output and delivers power when production drops, improving reliability for residential, C&I and hybrid systems.
LiFePO4-based storage offers strong safety characteristics and stable cycling behavior, making it suitable for long-term ESS operation when paired with proper BMS protection and QC verification.
LiFePO4 Deep-Cycle Advantage
Designed for deep discharge cycles and daily cycling scenarios in solar + storage systems. (Design life depends on application, temperature and operating profile.)
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