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Pimpex@RPM - Xiamen RPM Imp.&Exp. Co.Ltd.

 

       Pimpex@RPM supplies energy storage battery cells, energy storage battery cores, energy storage battery boxes, energy storage battery modules, clusters of energy storage batteries, containerized energy storage system, energy storage power station, plus digital energy management platform and fire protection plans, which include optional functions of temperature detection, smoke detection, gas detection, gas fire extinguishing and water fire fighting. Hereinafter is the intro of the manufacturer:

       Our company was established in 2019. The headquarters and R&D center are located in Xiamen, Fujian Province. Our company specializes in the development, production and sales of lithium attery cell core materials, lithium iron phosphate energy storage batteries and energy storage systems, and lithium iron phosphate commercial power batteries and systems, with core technology intellectual property rights.
       Our company is committed to continuing to be customer-centric, creating the ultimate green energy storage technology products, and providing safe, efficient, clean and sustainable green energy solutions for the global energy supply.


01 Energy Storage Battery Core 280Ah 173x71x207mm Long Cycle High Efficiency High Safety
01 Energy Storage Battery Cell Core
280Ah 173x71x207mm
Long Cycle, High Efficiency, High Safety

<<< Advantages of Energy Storage Battery Cell Core 280Ah:

  • -30℃-60℃ Ultra Wide Temperature Range Discharge
  • Energy Density ≥160Wh/kg
  • No Fire, No Explosion under Large Scale Nail Penetration & Press/Extrusion
  • Cycle Life≥10000cls(@70%)
ITEMS SPECIFICATION WORKING CONDITION
Cell Capacity (Ah) 280Ah 25℃ @0.5P/0.5P
Rated Voltage 3.2V  
Operating Voltage 2.5-3.65V
2.0-3.65V
T>0℃
T≤0℃
Battery Internal Resistance 0.18±0.05mΩ 40% SOC
Shipping Capacity 112±3Ah 40% SOC
Energy Density ≥160Wh/kg 25℃ @0.5P/0.5P
Net Weight 5.43±0.20kg  
Cycle Life ≥10000cls(@70%) 100%DOD/25℃ @0.5P/0.5P
Dimension (L*W*H) 173*71*207mm  

02 Cycle Life of Energy Storage Battery Core 280Ah
02 Cycle Life of
Energy Storage Battery Cell Core
280Ah
<<< Cycle Life

Test Conditions: 25℃, 2.5-3.65V(100%DOD), 0.5C/0.5C or 1C/1C, Cycles

Conclusion: After predictive analysis, when the reversible capacity retention rate of the battery is 70%, the cycle times of 0.5C/0.5C are ≥10000 times, and the number of 1C/1C cycles ≥8000 times.
 
03 Energy Efficiency of Energy Storage Battery Core 280Ah
03 Energy Efficiency of
Energy Storage Battery Cell Core
280Ah

<<< Energy Efficiency

Test Conditions: 25℃, 2.5-3.65V (100%DOD), 0.5C/0.5C&1C/1C, Cycles.
(Energy efficiency=charging energy/discharging energy*l00%)

Conclusion:
0.5C/0.5C charge and discharge cycle, energy efficiency ≥95% after the cell is stable;
1C/1C charge and discharge cycle, energy efficiency ≥93% after the cell is stable.

 
04 Tests Certificates and Certification Standards of Energy Storage Battery Core 280Ah
04 Tests Certificates and
Certification Standards of
Energy Storage Battery Cell Core 280Ah

<<< Test Certification

Test Conditions: Reference Standard GB/T 36276-2018 and GB/T 31485-2015

# Index Name Test Method Test Result
1 Overcharge GB/T 36276-2018 5.2.3.1 No Explosion, No Fire
2 Over-Discharge GB/T 36276-2018 5.2.3.2 No Explosion, No Fire
3 Short Circuit GB/T 36276-2018 5.2.3.3 No Explosion, No Fire
4 Press/Extrusion GB/T 36276-2018 5.2.3.4 No Explosion, No Fire
5 Fall GB/T 36276-2018 5.2.3.5 No Explosion, No Fire
6 Low Air Pressure GB/T 36276-2018 5.2.3.6 No Explosion, No Fire
7 Heating GB/T 36276-2018 5.2.3.7 No Explosion, No Fire
8 Thermal Runaway GB/T 36276-2018 5.2.3.8 No Explosion, No Fire
9 Acupuncture GB/T 31485-2015 6.2.8 No Explosion, No Fire

05 Standard Battery Module Specially Designed for Energy Storage System and Communication Base Station
05 Standard Battery Module
Specially Designed for Energy Storage Syste
and Communication Base Station

<<< Standard Battery Module

Product Description:
Designed for scenarios such as energy storage systems and communication base stations. Standardized modules can be produced on fully automated production lines. At the same time, different numbers of standard battery modules can be selected to adapt to the system according to the actual needs of the project.

Performance Characteristics:

  • Integration and standardization
  • High energy density
  • Flexible system configuration
  • Good battery consistency and stable performance

# ITEMS SPECIFICATION
Basic
Specifications
Rated Voltage 51.2V
Nominal Range DC40~58.4V
Group Way 1P16S
Rated Capacity 280Ah
Rated Power @25℃, 0.5C 14.336kWh
Rated Charge and Discharge Rate 0.5C/0.5C
Size (L*W*H) 752.8(±5)*464(±3)*230(±3)mm
Net Weight 108kgs
Cooling Method Wind Cooling
Energy Density 173.43Wh/L
BMS Size (L*W*H) 188*125*22.5mm
Communication CAN/RS485
Voltage Range DC9~32V
SOC Accuracy ≤5%
Balance Current Passive Balance≤100mA
Active Balance<2000mA
Others IP Rating IP20
Storage Temperature -20~45℃
Storage Humidity 5%~95%
Charge/Discharge Temperature Range 0℃~55℃/-20℃~55℃

06 Structure of Energy Storage Battery Module
06 Structure of
Energy Storage Battery Module
-

<<< Modular Design

  • High Assembly Efficiency: The module adopts modular design, A, B and front panel modules are assembled separately and then integrated to improve assembly efficiency;
  • Good Versatility of Components: 90% of the components of A and B modules are shared; module end plates, over-current bars and output terminals adopt 280 series common components;
  • Wide Applicability: the battery cluster can meet the design of 10000V and 1500V systems at the same time;
  • Strong Structure: The overall outer envelope adopts a steel structure with high structural rigidity, which meets the structural strength requirements of GBT 36276-2018;
  • High Thermal Management Efficiency: the module air duct adopts a series-parallel combination design scheme, the maximum temperature rise of the battery cell is <8℃, and the temperature difference is <1.5℃
 
07 Thermal Simulation of Simulation Performances Temperature Rise Curve of Battery Module
07 Thermal Simulation of
Simulation Performances
Temperature Rise Curve of Battery Module
-
08 Thermal Simulation of Simulation Performances Cloud Map of Temperature Distribution of Battery Module
08 Thermal Simulation of
Simulation Performances
Cloud Map of Temperature Distribution
of Battery Module
09 Structure Simulation of Simulation Performances Extrusion Simulation Module Extrusion Simulation Passed
09 Structure Simulation of
Simulation Performances
Press/Extrusion Simulation
Module Extrusion Simulation, Passed
10 Structure Simulation of Simulation Performances Drop Simulation Module Drop Simulation Passed
10 Structure Simulation of
Simulation Performances
Drop Simulation
Module Drop Simulation. Passed
   

11 Schematic Diagram of Cluster Products of Energy Storage Batteries
11 Schematic Diagram of
Cluster Products of
Energy Storage Batteries
-

<<< Battery Cluster

Product Description:

  • The battery cluster is composed of 15 battery modules connected in series, which are fixed on the bracket through structural parts;
  • Equipped with a high-voltage distribution box, CBMU conducts data test and analysis on the battery cluster and protects the main circuit through the relays, fuses, power resistors and other components inside the high-voltage box;

Performance Characteristics:

  • High Energy Density
  • Low Power Consumption
  • High Security

# Parameter Specification
1 Group Way 1P240S
2 Rated Capacity 280Ah
3 Rated Voltage 768V
4 Rated Energy 215KWh
5 Operating Voltage 600-876V
6 Discharge Temperature Range -20~45℃
7 Charging Temperature Range 0~45℃
8 Cooling Method Forced Air Cooling
9 IP Rating IP20
10 Dimensions (L*W*H) 1060*763*2360mm
11 Weight 1700±10kgs

12 Schematic Diagram of Standard Cluster of Energy Storage Batteries
12 Schematic Diagram of
Standard Cluster of
Energy Storage Batteries
-

<<< Battery Cluster

Product Description:

  • The battery cluster is composed of 25 battery modules connected in series, which are fixed on the bracket through structural parts;
  • Equipped with a high-voltage distribution box, CBMU conducts data test and analysis on the battery cluster and protects the main circuit through the relays, fuses, power resistors and other components inside the high-voltage box;

Performance Characteristics:

  • High Energy Density
  • Low Power Consumption
  • High Security

# Parameter Specification
1 Group Way 1P400S
2 Rated Capacity 280Ah
3 Rated Voltage 1280V
4 Rated Energy 358.4KWh
5 Operating Voltage 1080-1460V
6 Discharge Temperature Range -20~45℃
7 Charging Temperature Range 0~50℃
8 Cooling Method Forced Air Cooling
9 IP Rating IP20
10 Dimensions (L*W*H) 1517.5*776*2282mm
11 Weight 2720±10kgs

13 Schematic Diagram of Products of Containerized Energy Storage System
13 Schematic Diagram of
Products of
Containerized Energy Storage System

<<< Containerized Energy Storage Products

Product Description:
The containerized energy storage system is an energy storage device that meets the megawatt-level power output requirements and integrates an energy storage battery system, an energy management system, a monitoring system, a temperature control system, and a fire protection system.

Features:

  • Easy and Fast Installation
  • Simple and Efficient Maintenance and Upgrade
  • Flexible Configuration of the Number of Containers

Application Range:

  • Large Energy Storage Power Station
  • Distributed Energy System
  • Microgrid System
# Parameter Specification
1 Rated Energy 3.584MWh
2 DC Side Voltage Range 1000~1456V
3 AC Voltage Level 0.69kV/10KV/35kV
4 Rated Frequency 50/60Hz
5 Dimensions (L*W*H) 12192*2438*2896mm
6 Temperature Control Method Industrial Grade Air Conditioner
7 Fire-Fighting Measures Heptafluoropropane Fire Extinguishing System
8 Altitude 4500M
9 Protection Level IP54
10 Communication Method CAN, RS485
11 Weight <45T

14 Thermal Simulation of Simulation Performances of Products of Containerized Energy Storage System
14 Thermal Simulation of
Simulation Performances of Products of
Containerized Energy Storage System

<<< Thermal Simulation of Simulation Performances

Simulation Input:

  • Environmental Temperature Outside Container: 45℃
  • Initial Temperature Inside Container: 25℃
  • Simulation Conditions: 0.5C Full Charge-0.5C Full Discharge
  • Air Conditioning Temperature: 15℃

Container Thermal Simulation: Max. Temperature of Module is 35.5℃, Temperature Difference between Modules is 4.3℃, Max. Temperature Difference of System is 60℃

 
15 Stress Cloud Graph of Bracket of Energy Storage Battery Cluster
15 Stress Cloud Graph of
Bracket of
Energy Storage Battery Cluster
16 Displacement Cloud Graph of Bracket of Energy Storage Battery Cluster
16 Displacement Cloud Graph of
Bracket of
Energy Storage Battery Cluster
-

<<< Structure Simulation
of Simulation Performances

  • Stress Cloud Graph of Bracket of Energy-Storage-Battery Cluster (Result within Safe Range)
  • Displacement Cloud Graph of Bracket of Energy Storage Battery Cluster (Result within Safe Range)

17 Cloud Platform of Energy Storage Power Station Digital Energy Management Platform
17 Cloud Platform of
Energy Storage Power Station
Digital Energy Management Platform
Webpage

<<< Cloud Platform of Energy Storage Power Station

Cloud Platform:

  • Combine big data analysis and mining technology to generate battery characteristic curves to realize battery state prediction and early warning;
  • Provide a rich variety of UI, such as monitoring large screen, workstation computer web, mobile phone UI, etc.
 
18 Cloud Platform of Energy Storage Power Station Digital Energy Management Platform SCADA Station Management Platform EMS
18 Cloud Platform of
Energy Storage Power Station
Digital Energy Management Platform
SCADA Station Management Platform EMS

<<< SCADA Station Management Platform EMS

SCADA Station-Level EMS:

  • Intelligent platform, supporting alarm push, operation and maintenance management, energy management, visual monitoring, remote fault diagnosis, remote operation and maintenance;
  • Support storage of massive energy storage datas;
  • 1s/time high-density data collection and storage, real-time data push, support remote and local monitoring linkage
 
19 High Reliability Design Energy Storage System
19 High Reliability Design
Energy Storage System
-
-

<<< System with High Reliability Design

  • Four-level protection, through the corresponding calculation and the comparison of components' characteristic curves, can achieve mutual cooperation of multi-level protection, hierarchical current limiting and step-by-step protection, reduce the risk of arcing and device damage caused by short circuits, ensure that the fault can be quickly removed, isolated to protect the equipments, and reduce the impact of failure.
  • Optimize the internal layout, increase the electrical clearance and creepage distance (with 1.5 times redundant design), reduce the impacts on the electrical insulation performance of the equipments from environmental accumulation and extreme weather.
 
20 Fire Protection Plan for Equipments of Energy Storage System Temperature Detection Smoke Detection Optional Gas Detection
20 Fire Protection Plan for
Equipments of Energy Storage System
Temperature Detection, Smoke Detection
Optional Gas Detection

<<< Equipment Fire Protection Plan

<<< Temperature Detection, Smoke Detection, Optional: Gas Detection

  • Detection of Flammable and Explosive Gases: In the initial stage of thermal runaway, gas will be generated in the initial stage of LEP batteries, and the system will automatically detect the gas concentration and provide timely warning
  • System Ambient Temperature Detection: Early identification and warning on changes at battery cell and system temperature
  • Smoke Detection inside the Cabinet: Detect the concentration of smoke in real time, if find out in advance that the heat is out of control, the operation and maintenance personnel can immediately start the fire fighting system
 
21 Fire Protection Plan for Equipments of Energy Storage System Gas Fire Extinguishing Optional Water Fire Fighting
21 Fire Protection Plan for
Equipments of Energy Storage System
Gas Fire Extinguishing
Optional Water Fire Fighting

<<< Equipment Fire Protection Plan

<<< Gas Fire Fighting, Optional: Water Fire Fighting

  • Gas Fire Fighting: Immersion at fire smoldering and initial stage of combustion, rapid cooling and isolation of combustibles
  • Water Fire-Fighting System: When the pre-warning of thermal runaway is issued, the top of the cabinet is manually opened for continuous spraying to extinguish the fire in time to prevent re-ignition

201 Team Size 1000 Employees 400 R&D Engineers
201 Team Size
1000 Employees, 400 R&D Engineers
202 Land Area 58000 Square Meters
202 Land Area
58000 Square Meters
203 Plant Area 450,000 Square Meters
203 Plant Area
450,000 Square Meters
204 Investment Quota of 7.7 Billion RMB CNY
204 Investment Quota of
7.7 Billion RMB/CNY
       At the beginning of our business, our company aimed at the market of energy storage's trillion-of-CNY industry, won the support of large fund companies, three major state-owned banks and joint-stock banks, and formed a mature supply chain with upstream and downstream industries to complement each other.
       Our company was established in 2019 and is located in Xiamen City, Fujian Province. It specializes in the research and development, production and sales of lithium battery cell core materials, lithium iron phosphate energy storage batteries and systems, and lithium iron phosphate commercial power batteries and systems, surely our company has core technology intellectual property rights.
Our company is committed to continuing to be customer-centric and providing safe, efficient, clean and sustainable green energy solutions to the world.

Mission:
-Let Green Energy Benefit All Mankind
-Help Strugglers Realize Their Dreams

Vision:
-Create Ultimate Product
-A Career That Makes Life Valued

Values:
Freedom, Innovation, Sharing and Love
 
205 Application Scenarios of Energy Storage Batteries
205 Application Scenarios of
Energy Storage Batteries

<<< Power Generation:
Peak Shaving and Frequency Modulation
Black Start
Smooth Output of Renewable Energy

<<< Transmission & Distribution:
Alleviate Grid Congestion (Power Flow)
Dynamic Expansion of Power Grid
Reactive Power Support

<<< Power End Side:
Peak-to-Valley Spread Arbitrage
Demand Electricity Bill Management
Improve Power Supply Reliability
Smart Microgrid System


206 Energy Storage Battery 280Ah
206 Energy Storage
Battery 280Ah
207 Energy Storage Battery Module
207 Energy Storage
Battery Module
208 Energy Storage Battery Cluster
208 Energy Storage
Battery Cluster
209 Containerized Energy Storage Products
209 Containerized
Energy Storage Products
  • -30-60℃ Ultra-Wide Temperature Discharge
  • Over 10000cls Cycle Life
  • Energy Efficiency ≥95%
  • Integration and Standardization
  • High Energy Density
  • Flexible Configuration
  • High Energy Density
  • Low Power Consumption
  • High Security
  • Highly Integrated
  • Intelligent Platform, Local and Cloud Monitoring, Unattended
  • Multi-Level Monitoring and Chain Protection to Fully Guarantee System's Safety
Key Items Specification Key Items Specification Key Items Specification Key Items Specifications
(40GP)
Rated Capacity 280Ah Rated Voltage 51.2V Rated Voltage 1280V DC Rated Voltage 1280V
Charge/Discharge Rate 0.5P or 0.5C Rated Power
(@25℃,0.5C)
14.336kWh Rated Power
(@25℃,0.5C)
358.4kWh Rated Power
(@25℃,0.5C)
3.584MWh
Size (L*W*H) 173*71*207mm Size (L*W*H) 750*424*230mm Size (L*W*H) 750*1517*2282mm Rated Grid Voltage AC 0.69/10/35kV
Energy Density ≥160Wh/kg Energy Density ≥132.7Wh/kg IP Rating IP20 Fire Fighting Method Heptafluoropropane
Cycle Life
(25℃, @70%)
10000cls
(0.5P or 0.5C)
Cooling Method Air-Cooled Cooling Method Air-Cooled Cooling Method Air-Cooled

206 Energy Storage Cylindrical Battery
206 Energy Storage
Cylindrical Battery
206 Energy Storage Battery 50Ah
206 Energy Storage
Battery 50Ah
207 Energy Storage Battery Box
207 Energy Storage
Battery Box
  • -30~60℃ Ultra-Wide Temperature Discharge
  • Full Needle Punching & Large Area Press/Extrusion, No Fire Nor Explosion
  • Over 8,000cls Cycle Life
  • -30~60℃ Ultra-Wide Temperature Discharge
  • Full Needle Punching & Large Area Press/Extrusion, No Fire Nor Explosion
  • Over 10,000cls Cycle Life
  • Integration and Standardization
  • High Reliability, High Safety
  • Support Multiple Batteries in Parallel
Key Items Spec.I Spec.II Key Items Spec.I Spec.II Key Items Spec.
Rated Capacity 18Ah 50Ah Rated Capacity 50Ah Rated Voltage 48V
Charge/Discharge Rate 0.5C 0.5C Charge/Discharge Rate 0.5C Rated Power
(@25℃, 0.5C)
4.8kWh
Size (L*W*H) D46*120mm D46*274mm Size (L*W*H) 39.7*149.1*100.6mm Size (L*W*H) 550.5*483*127mm
Energy Density ≥150Wh/kg ≥155Wh/kg Energy Density ≥136.7Wh/kg Energy Density ≥100Wh/kg
Cycle Life (25℃) 8,000cls
(0.5C@70%)
8,000cls
(0.5C@70%)
Cycle Life (25℃) 4000cls
(1C@80%)
10000cls
(0.5C@70%)
Cooling Method Natural Cooling

208 Product Certification System of Energy Storage Batteries
208 Product Certification System
of
Energy Storage Batteries

Video of Over Squeeze Test
1-Hour
No Explosion No Fire

Video of Puncture Test
1-Hour, Simulate Short-Circuit Failure
within Battery Limit
  ↑↑↑ Safety Test
↑↑↑ Over Squeeze
Press and Extrusion
Test Conditions:
R=75mm, 5mm/s, OV/deformation 30%/(13±0.78)kN,
10min, 1h
Test Results:
No Explosion, No Fire
↑↑↑ Safety Test
↑↑↑ Acupuncture
Simulate short circuit failure within the battery limit.
Test Conditions:
D8mm, 25mm/s, 1h
Test Results:
No Explosion, No Fire

209 Intellectual Property Layout and Intellectual Property Risk Control
209
Intellectual Property Layout
and
Intellectual Property Risk Control
<<< Intellectual Property
All-Round

Intellectual Property Layout:
  • Advanced Materials
  • Cell Structure
  • Module Pack
  • Advanced Equipment Technology
  • Control System
Intellectual Property Risk Control:
  • Battery Product Risk Management and Control Platform
  • System Product Risk Management and Control Platform
1000+Intellectual Property Layout,
950+Patents Application, 260+Patents

210 Materials Technology Next Generation Current Collector Technology Functional Copper Metal Layer Supporting Polymer Layer Functional Copper Metal Layer
210 Materials Technology
Next Generation Current Collector Technology
Functional Copper Metal Layer
Supporting Polymer Layer
Functional Copper Metal Layer
211 Materials Technology Integrated Injection Technology for Top Cover of Box for Energy Storage Battery Cores
211 Materials Technology
Integrated Injection Technology
for
Top Cover of Box
for
Energy Storage Battery Cell Cores
212 Materials Technology Graphite Coating Technology for Energy Storage Battery Cores
212 Materials Technology
Graphite Coating Technology
for
Energy Storage Battery Cell Cores
-
-
213 Materials Technology PFN Interface Generation Technology for Energy Storage Battery Cores
213 Materials Technology
PFN
Interface Generation Technology
for
Energy Storage Battery Cell Cores
-

↑↑↑ Next-Generation Current Collector Technology

  • Stable Interface Fit
  • Enhanced Adaptability of Battery Expansion
  • Interruption of Internal Short-Circuit Failure

↑↑↑ Integrated Injection Technology for Top Cover

  • Insulation Promoted 1 Level
  • 30% Increase in Reliability & Consistency
  • Compact Manufacturing Process

↑↑↑ Graphite Coating Technology

  • Expansion force is greatly reduced, and cycle life is increased by 30%
  • In-situ polymerization reaction to form a net-like protective layer
  • Low-cost uniform coating, excellent conductivity

↑↑↑ PFN Interface Generation Technology

  • Low tension fluctuation technology
  • Interface stress relief
  • The fold ratio has dropped drastically

214 Closed Loop Design of Ecological Chain for Environmental Protection
214 Closed Loop Design of
Ecological Chain for
Environmental Protection

<<< Closed Loop Design of Ecological Chain for Environmental Protection

  • Provider of Ultimate Energy Storage Battery Cell Cores
  • Contributor to Solution of Environmental Protection
  • Builder of Closed-Loop Industry on Ecological Chain

1. Material Repair Technology
2. Implant Recycling Technology at Design Stage
3. Predict Life When in Use
4. Algorithm Model Laboratory (use data to determine status)
4.1. Battery Recycling and Preliminary Screening
4.1.1. Electrochemical Test Analysis (High-Throughput Electrochemical Experiment and Theoretical Calculation)
4.1.2. Cell Structure Detection (Physical Defects, Dynamic Structure Evolution)
4.2. Machine Learning
4.3. Algorithm Model
4.4. State Prediction Consistency?
4.4.1. Residual Power?
4.4.2. Residual Life?
4.5. Pack Reorganization
5. Non-Destructive Testing Technology
5.1. CT Scan
5.2. Ultrasonic Online Monitoring
6. Dismantling Technology for Environmental Protection
7. Recycle to Raw Materials



215 Test Center for Energy Storage Battery Cores
215
Test Center for
Energy Storage Battery Cell Cores
-

<<< Test Center
Investment Amount: 150 Million CNY
Laboratory Area: 8000m2

<<< Future Plan

  • July 2021: Test Platform
  • End of 2021: Operating the Platform
  • Mid-2022: National Laboratory CNAS Qualification
  • End of 2022: TVC Digital Cloud Platform
↓↓↓ Material Testing Laboratory

- More Than 40 Physical and Chemical Analysis and Testing Instruments
- 20 High-End Instruments Such as SEM, XRD, ICP, etc.
216 Test Center for Energy Storage Battery Cores Material Testing Laboratory Electrochemical Workstation
216 Test Center for
Energy Storage Battery Cell Cores
Material Testing Laboratory
Electrochemical Workstation
217 Test Center for Energy Storage Battery Cores Material Testing Laboratory SEM
217 Test Center for
Energy Storage Battery Cell Cores
Material Testing Laboratory
SEM
218 Test Center for Energy Storage Battery Cores Material Testing Laboratory Infrared Spectrometer
218 Test Center for
Energy Storage Battery Cell Cores
Material Testing Laboratory
Infrared Spectrometer

219 Test Center for Energy Storage Battery Cores Electrical Performance Laboratory PACK Test Cabinet
219 Test Center for
Energy Storage Battery Cell Cores
Electrical Performance Laboratory
PACK Test Cabinet
220 Test Center for Energy Storage Battery Cores Electrical Performance Laboratory High and Low Temperature Environment Box
220 Test Center for
Energy Storage Battery Cell Cores
Electrical Performance Laboratory
High and Low Temperature Environment Box
<<< Electrical Performance Laboratory

- Electrical Performance Self-Test Ability 100%
- 1300 Battery Charge and Discharge Channels

221 Test Center for Energy Storage Battery Cores
221
Test Center for
Energy Storage Battery Cell Cores
222 Test Center for Energy Storage Battery Cores Safety Laboratory Vibration Table
222 Test Center for
Energy Storage Battery Cell Cores
Safety Laboratory Vibration Table
<<< Safety Laboratory

- More Than 30 Safety Test Equipments
- Detection Capability: Overcharge, Overdischarge, Drop, Short Circuit, Squeeze/Press/Extrusion, Acupuncture, Thermal Runaway, etc.

223 Test Center for Energy Storage Battery Cores Energy Storage Joint Debugging Laboratory Lithium Battery Group Feedback Type Charging and Discharging Test System
223 Test Center for
Energy Storage Battery Cell Cores
Energy Storage Joint Debugging Laboratory
Lithium Battery Group Feedback Type
Charging and Discharging Test System
224 Test Center for Energy Storage Battery Cores Energy Storage Joint Debugging Laboratory Lithium Battery Group Feedback Type Charging and Discharging Test System
224 Test Center for
Energy Storage Battery Cell Cores
Energy Storage Joint Debugging Laboratory
Lithium Battery Group Feedback Type
Charging and Discharging Test System
<<< Energy Storage Joint Debugging Laboratory

- 40 Modules and About 160 Pack Channels


↓↓↓ Manufacturing Capability

  • 7 modules: data acquisition, quality, production, equipments, planning, storage, process
  • 46 process: from feeding to shipping, the whole process traceability on products' datas
  • 91 products: special features
  • 500+ process control points: online real-time monitoring
  • 70+ reports: online management of reports on quality, production, equipment, and technology

225 Energy Storage Battery Manufacturing Capability Advanced MES Intelligent System Full Data Traceability in Manufacturing Process
225 Energy Storage Battery
Manufacturing Capability
Advanced MES Intelligent System
Full Data Traceability
in Manufacturing Process
226 Energy Storage Battery Manufacturing Capabilities Industry Leading Manufacturing Equipments
226 Energy Storage Battery
Manufacturing Capabilities
Industry Leading
Manufacturing Equipments
-
227 Energy Storage Battery Manufacturing Capacity Simplify Process and Reduce Difficulty of Manufacturing
227 Energy Storage Battery
Manufacturing Capacity
Simplify Process and
Reduce Difficulty of Manufacturing
228 Energy Storage Battery Manufacturing Capacity IATF16949 Quality System Management with 1202 Process Control Points
228 Energy Storage Battery
Manufacturing Capacity
IATF16949 Quality System Management
with 1202 Process Control Points

229 Project Planning for Energy Storage Battery Cores Manufacturing
229 Project Planning
for
Energy Storage Battery Cell Cores
Manufacturing

<<< Project Planning for Energy Storage Battery Cell Cores Manufacturing

#1 Phase Plant for New Materials
Covers Area of 56,666m2
Started Production in July 2021

#2 Phase Lithium Battery R&D and Intelligent Manufacturing Project
Covers Area of 60,000m2
Started Production in July 2021
Capacity 15GWh

#3 Phase Plant
Lithium Battery
Covers Area of 141,333m2
Completed in 2023
Capacity 30GWh


229 Release of Production Capacity GWh, 280Ah, 50Ah, 100Ah, Large Cylinder D46
230
Partners on
Energy Storage Battery Cell Cores
Year 2021 2022 2023 2024
Product 280Ah 280Ah 50&100Ah Large
Cylinder
(D46)
280Ah 50&100Ah Large
Cylinder
(D46)
280Ah 50&100Ah Large
Cylinder
(D46)
Annual Production Capacity 8.4GWh 11GWh 2GWh 2GWh 35GWh 4GWh 6GWh 35GWh 4GWh 6GWh
Total 8.4GWh 15GWh 45GWh 45GWh

230 Partners on Energy Storage Battery Cores
230 >>>
Partners on
Energy Storage Battery Cell Cores

  • China Resources Power
  • Huaneng Group
  • China Energy Construction Gezhouba
  • China Power Construction
  • China Southern Power Grid
  • State Power Investment SPIC

  • SDIC Power
  • China Guangdong Nuclear Power CGN
  • China Energy Conservation & Environmental Protection Group CECEP
  • Hebei Construction Investment
  • Three Gorges New Energy
  • CDB New Energy


Social Responsibility

- Our company is a people-oriented, environment-friendly new energy company.
- To be an excellent corporate citizen, so that society, the environment, and the economy can develop in a coordinated and stable manner. We work tirelessly for it.

231 Social Responsibility Talent Development Concepts Share with Love Diversified Growth
231 Social Responsibility
Talent Development Concepts
Share with Love
Diversified Growth
233 Social Responsibility Community Development Concept Give Back to Society Progress Together
233 Social Responsibility
Community Development Concept
Give Back to Society
Progress Together
232 Social Responsibility Responsible Supply Chain Concepts Fair and Just Win Win
232 Social Responsibility
Responsible Supply Chain Concepts
Fair and
Just Win Win
234 Social Responsibility Sustainable Development Concepts Green Technology Low Carbon Cycle
234 Social Responsibility
Sustainable Development Concepts
Green Technology
Low Carbon Cycle


300 Employees Engineers Patents Industry Base Headquarter Offices
300 Employees Engineers
Patents
Industry Base, Headquarter, Offices
301 Applications of Energy Storage
301 Applications of Energy Storage
       Our company was established in 2019, the headquarter and R&D center are located in Xiamen City, Fujian Province, specialized in the R&D, production and sales of lithium iron phosphate core materials, lithium iron phosphate energy storage batteries and energy storage systems, and lithium iron phosphate commercial power batteries and systems. We grasp core technology intellectual property rights.

       Our company is committed to continuing to be customer-centric, creating the ultimate green energy storage technology products, and providing safe, efficient, clean and sustainable green energy solutions for the global energy supply.

Long Life:
Interface improvement and breakthrough on SEI film stabilization technology
Selection of long-cycle materials, strict selection of materials and the ultimate craftsmanship

High Security:
Integrated design of the top cover
Positive electrode high-safety LFP material system, negative electrode passivation film technology

High Efficiency:
Special electrode design, customized electrolyte application

302 Energy Storage Battery Core 280Ah
302 Energy Storage Battery Cell Core
280Ah

<<< Application Scenarios:
Wind Power Generation Side, PhotoVoltaic Power Generation Side, Power Grid Side, Industrial and Commercial Energy Storages, Base Stations
302 Energy Storage Battery Core 280Ah Application Scenarios

  • -30℃~60℃ ultra-wide temperature discharge
  • Minimum energy density 160Wh/kg
  • Full needle punching & large area press and extrusion, no fire nor explosion
  • Over 10,000 cls cycle life
ITEMS SPECIFICATION WORKING CONDITION
Cell Capacity (Ah) 280Ah 25℃ @0.5P/0.5P
Rated Voltage 3.2V  
Operating Voltage 2.5-3.65V
2.0-3.65V
T>0℃
T≤0℃
Battery Internal Resistance 0.18±0.05mΩ 40% SOC
Shipping Capacity 112±3Ah 40% SOC
Energy Density ≥160Wh/kg 25℃ @0.5P/0.5P
Net Weight 5.43±0.20kg  
Cycle Life ≥10000cls(@70%) 100%DOD/25℃ @0.5P/0.5P
Dimension (L*W*H) 173*71*207mm  

303 Energy Storage Battery Cores 18Ah 50Ah
303 Energy Storage Battery Cell Cores
18Ah, 50Ah

<<< Application Scenarios:
Portable Energy Storages, Household Energy Storages, Base Stations, Smart Travel Vehicles
303 Energy Storage Battery Cores, 18Ah, 50Ah, Application Scenarios

  • -30℃~60℃ ultra-wide temperature discharge
  • Full needle punching & large area press and extrusion, no fire nor explosion
  • Over 8,000 cls cycle life
ITEMS SPEC. I SPEC. II WORKING CONDITION
Cell Capacity (Ah) 18Ah 50Ah 25℃ @0.5C/0.5C
Rated Voltage 3.2V  
Operating Voltage 2.5-3.65V
2.0-3.65V
T>0℃
T≤0℃
Battery Internal Resistance ≤1.0mΩ ≤0.7mΩ  
Shipping Capacity 7.2±0.2Ah 20±0.2Ah  
Energy Density ≥150Wh/kg ≥155Wh/kg  
Net Weight 0.38±0.02kg 1.03±0.05kg  
Cycle Life ≥8000cls(@70%) 100%DOD/25℃ @0.5C/0.5C
Dimension (L*W*H) D46*120mm D46*274mm  

304 Energy Storage Battery Core 50Ah
304 Energy Storage Battery Cell Core
50Ah

<<< Application Scenarios:
Household Energy Storages, Base Stations
304 Energy Storage Battery Core, 50Ah, Application Scenarios

  • -30℃~60℃ ultra-wide temperature discharge
  • Full needle punching & large area press and extrusion, no fire nor explosion
  • Over 10,000 cls cycle life
ITEMS SPEC. I WORKING
CONDITION
SPEC. II WORKING
CONDITION
Cell Capacity (Ah) 50Ah   50Ah  
Rated Voltage 3.2V   3.2V  
Operating Voltage 2.5-3.65V
2.0-3.65V
T>0℃
T≤0℃
2.5-3.65V
2.0-3.65V
T>0℃
T≤0℃
Rated Energy 160Wh   160Wh  
Net Weight ≤1.17kg   ≤1.17kg  
Energy Density
136.7Wh/kg
 
136.7Wh/kg
 
Rated Charge/
Discharge Rate
0.5C   0.5C  
Max. Continuous
Charge/Discharge
Rate
1C/2C 25±2℃ 1C/2C 25±2℃
Cycle Life 4,000 cls 25℃@
1C/1C
100%DOD
80%SOH
10,000 cls 25℃@
0.5C/0.5C
100%DOD
70%SOH
Charge/Discharge
Temperature Range
0~60℃
-30~60℃
  0~60℃
-30~60℃
 
Storage
Temperature Range
-20~45℃   -20~45℃  
Dimension (L*W*H) 39.7*149.1*100.6mm 39.7*149.1*100.6mm

305 Energy Storage Battery Box 3U Chassis 48V 100Ah
305 Energy Storage Battery Box
3U Chassis, 48V 100Ah

<<< Application Scenarios:
Household Energy Storages, Base Stations
305 Energy Storage Battery Box, 3U Chassis, 48V 100Ah, Application Scenarios

  • Integration and Standardization
  • High Reliability, High Safety
  • Support Multiple Batteries in Parallel
ITEMS SPECIFICATION
Cell Capacity (Ah) 100Ah
Rated Voltage 48V
Group Way 2P15S
Rated Energy 4.8kWh
Cell Rated Capacity 50Ah
Energy Density ≥136.7Wh/kg
Rated Charge/Discharge Current 50A
Max. Continuous Charge/Discharge Current 100A
Cooling Method Natural Cooling
Charge/Discharge Temperature Range 0~55℃
-20~55℃
Storage Temperature Range -20~45℃
Energy Density 100Wh/kg
Net Weight 48kgs
Dimension (L*W*H) 550.5*483*127mm

306 Energy Storage Battery Module 51.2V 280Ah
306 Energy Storage Battery Module
51.2V 280Ah

<<< Application Scenarios:
Wind Power Generation Side, PhotoVoltaic Power Generation Side, Power Grid Side, Industrial and Commercial Energy Storages
306 Energy Storage Battery Module, 51.2V 280Ah, Application Scenarios

  • Integration and Standardization
  • High Energy Density
  • Flexible System Configuration
# ITEMS SPECIFICATION
Basic
Specifications
Rated Voltage 51.2V
Nominal Range DC40~58.4V
Group Way 1P16S
Rated Capacity 280Ah
Rated Power @25℃, 0.5C 14.336kWh
Rated Charge and Discharge Rate 0.5C/0.5C
Size (L*W*H) 741*464*240mm
Net Weight 108kgs
Cooling Method Wind Cooling
Energy Density 173.7Wh/L
BMS Size (L*W*H) 188*125*22.5mm
Communication CAN/RS485
Voltage Range DC9~32V
SOC Accuracy ≤5%
Balance Current Passive Balance≤100mA
Active Balance<2000mA
Others IP Rating IP20
Storage Temperature -20~45℃
Storage Humidity 5%~95%
Charge/Discharge Temperature Range 0~55℃/-20~55℃

307 Containerized Energy Storage System 20GP 1.2MWh 40GP 3.58MWh
307 Containerized Energy Storage System
20GP 1.2MWh, 40GP 3.58MWh

<<< Application Scenarios:
Distributed Energy System, Industrial and Commercial Office Building, Industrial and Mining Enterprises, Peak Shaving Power Station, Power Grid Side, Microgrid System

The containerized energy storage system is an energy storage device that meets the megawatt-level power output requirements and integrates energy storage battery systems, energy management systems, monitoring systems, temperature control systems and fire protection systems.

  • Integrated high system integration, easy to transport and install, operation and maintenance
  • Battery modular design, easy system expansion
  • Intelligent platform, unattended, local and cloud monitoring
  • Multiple working modes: peak shaving, peak shaving and valley filling, demand response, anti-backflow operation, backup power supply, command response, etc.
  • Multi-level monitoring and chain protection to fully guarantee system safety
  • Intelligent temperature control, automatic balance management, improve battery efficiency and cycle life
ITEMS SPEC. 20GP SPEC. 40GP
Rated Capacity 1.2MWh 3.58MWh
Rated Power 630kW 1725/2500/3450kW
Rated Grid Voltage AC380V AC0.69/10/35kV
Output Wiring Method 3P/3P+N 3P
Rated Frequency 50Hz
50Hz
DC Rated Voltage 768V 1280V
DC Voltage Range DC600~876V DC1000~1460V
THDi ≤3% ≤3%
Converter Container Size (L*W*H) 6.058*2.438*2.896m 6.058*2.438*2.896m
Battery Container Size (L*W*H) 12.192*2.438*2.896m
Temperature Control Method Air Conditioning + Forced Air Cooling
Fire-Fighting Measures Heptafluoropropane Fire Extinguishing System
Altitude <3000m
IP Rating IP54
Operating Temperature -20~55℃
Relative Humidity 0~95% Non-Condensing
Communication Method RS485, CAN, Ethernet


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