DIMENSIONS OF INNOVATION
Development of cutting-edge active safety architectures leveraging precise thermal-electric cell modeling and advanced BMS control strategies.
Breakthroughs in advanced topology control combining electrochemical energy storage with power electronics systems.
Pioneering energy management algorithms that seamlessly integrate digital technology with power electronics.
Advancements in flexible lithium-ion battery manufacturing processes driven by intelligent automation and digitalization.
Technical Expertise
Our R&D team is comprised of nearly 100 industry-leading experts specializing in both hardware and software innovation. Leveraging advanced research capabilities, we drive technological breakthroughs that set industry benchmarks. Our strength lies in seamlessly integrating BMS platforms with end-user applications, creating a unified health management ecosystem. This holistic approach ensures optimal system reliability, enhanced performance, and a forward-thinking edge in energy solutions.
Strategic Investment
In 2024, we allocated substantial capital, investing tens of millions of RMB into advancing research and development. This commitment underscores our dedication to driving innovation and maintaining a leading position in the energy solutions industry.
Fostering Innovation through Collaboration
We actively partner with Shenzhen University and Shenzhen Institute of Technology to establish joint research institutes. These collaborations bridge academia and industry, accelerating innovation and fostering the seamless integration of cutting-edge research into practical industrial applications.
Smart Manufacturing Technology
GreenEnergy employs cutting-edge equipment with stringent production standards, ensuring control over static electricity and humidity for precise manufacturing processes.
¡ñ Fault alarm and safety control technology
¡ñ PACK-level protection + full immersion coordinated fire protection technology
¡ñ Thermal runaway suppression technology
¡ñ Intelligent dual-cycle temperature control technology
Intelligent Battery Solutions
In-house developed Battery Management System (BMS) enables intelligent management, monitoring, and maintenance of battery units, ensuring safe and stable operation
¡ñ Precision thermal management control technology
¡ñ Active and passive balancing control technology
¡ñ Real-time battery status control technology
Proprietary Battery Innovations
Custom battery solutions feature advanced indicators and communication capabilities, showcasing our commitment to independent research and development in battery technology.
¡ñ Big data cloud platform service data collection, analysis and monitoring technology
¡ñ Remote operation and maintenance technology, to achieve fault warning, fault handling and data preservation
¡ñ Life prediction algorithm, online dynamic optimization technology
Modular Converter PCS
Cluster-level intelligent control voltage regulation and expansion technology
Multi-level modular design technology
Environmental testing
(Test items)
¡ñ Altitude simulation
¡ñ Thermal abuse
¡ñ Rain test
¡ñ Temperature cycling
¡ñ Temperature storage
¡ñ Salt spray test
¡ñ Temperature and humidity cycling
¡ñ High and low temperature shock
Electrical Testing
(Test items)
¡ñ Rated capacity
¡ñ Internal resistance
¡ñ Overcurrent test
¡ñ Protection delay
¡ñ Dynamic load
¡ñ BMS test
¡ñ Charge/discharge performance
¡ñ Constant power discharge
¡ñ Electrostatic discharge test
Battery Pack Safety Test
(Test items)
¡ñ Baking
¡ñ Heavy impact
¡ñ Flame test
¡ñ Overcharging
¡ñ Over-discharge
¡ñ Pinprick
¡ñ Crush text
¡ñ Short circuit test
Mechanical test
(Test items)
¡ñ Vibration test
¡ñ Free fall test
¡ñ Torque test
¡ñ Push-pull test
Equipment Name:
Battery Charging and Discharging System
Voltage range:
0~100V
Current range:
0~60A
Voltage accuracy:
¡À0.1%
Current Accuracy:
¡À0.1%
Sampling Frequency:
10ms/time
Equipment Name:
Programmable constant temperature and humidity box single and double layer
Temperature range£º
-40¡æ¡«150¡æ
Temperature stability£º
¡À0.5¡æ
Temperature uniformity :
¡À1¡æ
Temperature deviation:
¡À1¡æ
Heating rate:
3¡æ/min (average throughout)
Cooling rate:
1¡æ/min (average throughout)
Rapid temperature change:
5¡æ/min (average throughout)
