Our R&D Team
Powering the
Future of Solar Energy
R&D Team
Innovating for
a Sustainable Future
100%
DESIGN
CELL-TO-PACK ENGINEERING
Matching, thermal design, and protection strategy
100%
VALIDATION
RELIABILITY & SAFETY TEST
Functional, insulation, and protection checks
100%
INTEGRATION
PCS/EMS COMMISSIONING
Data points, modes, and site integration
R&D Team
Research and Development
001
Our dedicated team of solar energy experts is committed to pushing the boundaries of solar technology. Through extensive research and experimentation, we continually strive to enhance the efficiency, reliability, and affordability of solar energy solutions. From improving solar panel design to optimizing solar system integration, our R&D efforts aim to revolutionize the way we harness the power of the sun.
Solar Energy Research
002
At DJENERGY Inc., we recognize the importance of energy storage in maximizing the benefits of solar power. Our R&D team focuses on developing cutting-edge lifepo4 lithium batteries that offer exceptional performance, longevity, and safety. Through rigorous testing and innovation, we aim to deliver battery solutions that meet the evolving needs of our customers and contribute to a more sustainable energy future
Lifepo4 Battery Development
003
Our R&D team engineers LiFePO4 energy storage from cells to complete systems. We focus on cell screening and matching, pack and HV architecture design, and safety-first protection strategies to ensure stable long-life performance. With BMS/EMS integration readiness—protocol mapping, alarms, and operating modes—we support grid-connected, off-grid, and PV–Diesel–BESS hybrid applications. Every solution is validated and factory-tested for reliable deployment and measurable ROI.
CELLS-TO-SYSTEM R&D
004
In addition to solar panels and batteries, our R&D efforts extend to inverters and Battery Management Systems (BMS). We continuously refine and optimize these critical components to maximize energy conversion efficiency, system reliability, and safety. Through advanced modeling, simulation, and testing, we strive to deliver inverters and BMS solutions that exceed industry standards and customer expectations
Inverter and BMS Research
R&D Team
Powering the Future
of Solar Energy
We push energy storage engineering forward—from LiFePO4 cells to complete ESS solutions. DJENERGY’s R&D team works across cell selection, module/pack design, HV rack systems, and C&I all-in-one / containerized BESS integration. Our goal is simple: safer systems, longer service life, easier maintenance, and stable performance in real projects—grid-connected, off-grid, and PV–Diesel–BESS hybrid sites.
Our Focus Areas:
CELL SCREENING & MATCHING
OCV/IR screening and matching rules to improve pack consistency and lifetime. (Deliverables: matching report, binning strategy, pack consistency criteria.)
PACK & HV SYSTEM ENGINEERING
Module/pack structures and HV architectures with thermal optimization and serviceability. (Deliverables: pack/HV architecture, protection design, thermal concept.)
BMS & COMMUNICATION INTEGRATION
Protection logic, alarm definitions, protocol mapping and data points for PCS/EMS integration. (Deliverables: register map, alarms list, comm checklist.)
EMS-READY CONTROLS & OPERATING MODES
Peak shaving, TOU shifting, backup, and hybrid microgrid modes—control readiness for commissioning. (Deliverables: mode logic, setpoints, commissioning checklist.)
SAFETY & RELIABILITY VALIDATION
Protection verification, insulation checks (HV), comm verification, FAT-ready procedures. (Deliverables: test plan, FAT report, acceptance checklist.)
Benefits of Our R&D Efforts
Project-Ready Deployment
Clear documentation and integration readiness help reduce commissioning time and deployment risk.
Higher System Performance
Optimized architecture and controls improve usable energy, efficiency, and operational stability.
Enhanced Reliability & Safety
Safety-first design and validation focus on fault handling, protection behavior, and long-life operation.
Better Lifecycle Value
Serviceable design and stable performance support measurable ROI for C&I and hybrid projects.
Work With Our R&D Team
Need OEM/ODM packs, HV racks, or a complete C&I ESS solution?
Please share:
- Country / grid voltage & frequency
- Target kW (PCS) + target kWh/MWh
- Application mode (peak shaving / backup / microgrid / PV-diesel hybrid)
- Inverter/PCS/EMS requirements (if any)
- Delivery terms and project timeline
—our engineers will recommend the right configuration and architecture for your site.