Acheng provides battery cell technology standards for various application scenarios
Cell manufacturers strictly produce according to the requirements of Acheng
Fully Customized Battery Cells：Implementation Standards → Process → Result Full Factor Control
Standard Control
Process ControlThe quality control team is stationed at the factory to supervise the entire production process of battery cells
Full process digital traceability to ensure the safety and reliability of battery cells
Result ControlHaving one of the few domestically owned high standard laboratory testing and certification capabilities
From the source technology to ensure the safety of battery cells
Being the first to establish and fully implement a comprehensive battery lifecycle value assessment system: cell selection, performance mining, and residual value evaluation
Evaluation of the full lifecycle value of batteriesCell selection, performance mining, residual value evaluation
Battery performance miningBased on product requirements, improve testing and evaluation methods, explore battery characteristics, obtain accurate and reliable design parameters, and combine years of engineering application experience to develop control strategies that meet customer needs.
Battery selection evaluationEstablish a battery life value evaluation system, conduct in-depth battery selection value evaluation for different application scenarios, covering basic physical, electrochemical performance, lifespan, and safety aspects.
Excellent temperature control, suitable for all weather and regional temperature tests
Liquid cooled plate with profile and friction stir weldingGood reliability and load-bearing capacity
Good surface smoothness and good heat exchange effect
Reduce the design of supporting structural components
Reduce weight and overall costs
Intelligent cooling and leak prevention capabilityRefrigeration and heating functions
Leakage detection function
Fluid simulation technology
Thermal simulation technology
New Cold Plate Technology
Having multiple original technologies and intellectual property rights in the BMS field
The development process follows the requirements of IATF16949, ISO26262/IEC61508, ASPICE and other standards
Parameter measurement - precise sampling
Algorithm Strategy - Accurate Prediction of SOC and SOH
Thermal management - intelligent liquid cooling, low consumption, long service life
Fault diagnosis - self inspection, self diagnosis, self recovery
Security protection - multiple protection against threshold and change threshold
Big data - real-time synchronized cell level monitoring
Chips and wireless communication
Strictly control delivery quality - the most rigorous process testing and third-party certification in the industry
Development and verification of energy storage systemsBattery evaluation and functional safety analysis
Laboratory level self-test and system platform validation
Factory testing, system operation and maintenance
Energy storage system testingBased on the requirements of national and enterprise standards, more than ten categories and 176 manufacturing process inspections, including electrical thermal mechanical performance, component function, and safety performance, are carried out to ensure system safety, stability, and reliability.
Complete a comprehensive testing process for the entire system before leaving the factory to ensure product quality and reduce on-site debugging time.
System factory testing and inspectionSystem communication testing
System charging and discharging test
System protection testing
System insulation and voltage withstand test
System Rain Test
System failure and recovery testing
Air tightness test
Supported by three-layer fire protection technology, the level far exceeds that of similar products
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Cell
Lithium iron phosphate battery cells with strict selection and active warning matching
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PACK
Module level fire protection and composite detection, explosion-proof pressure relief, BMS high-precision management
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System
Fire linkage and explosion-proof pressure relief, module/cluster level fire control, perfluorohexane+water fire protection
Early warning of cell level units and real-time monitoring of operating conditions
Intelligent management platform
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Real time upload of energy storage system operation status;
The smallest unit with precision up to the cell level;
Timely detection of abnormal situations and early warning;
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Centralized monitoring of multiple locations and projects;
Intelligent adjustment of operational conditions using built-in economic model algorithms;
Improve the economic efficiency of energy storage systems and increase customer revenue;
MULTI-SCENCE APPLICATION
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Optional internal / external channels
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Container size selection10 foot to 45 foot containers selected according to the scene
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Air cooling / liquid cooling preferred
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Adapt to high altitude / high temperature environments
Intelligent power station operation and maintenance, AI brain
Intelligent centralized control center
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Data visualization
Power station distribution; Power station status; Electricity generation statistics; Revenue statistics;
Real time warning; Accurate positioning; Diagnostic analysis; Data analysis;
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Intelligent management of devices
Intelligent management of devices
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Warning and solutions
Monitoring hidden dangers
Accurate alarm location and cause, quick detection of power plant issues
Electricity consumption must be contested
Timely maintenance by the power station team to improve maintenance efficiency
Energy storage battery recycling and reuse
After the power station reaches its operational lifespan, the batteries are recycled and regenerated to achieve a closed loop of the entire industry chain, achieving true green environmental protection.
Residual value evaluationState of Health (SOH) assessment;
Remaining useful life (RUL) prediction;
Economic value assessment;
Cost assessment of recycling and remanufacturing;
Fine dismantlingSeparate positive and negative electrodes through special equipment
Independent materials such as shells.
Cascade utilizationHigh power applications: low-speed special vehicles;
Medium power applications: backup power sources, industrial equipment, etc;
Low power applications: portable devices, small electronic devices, lighting, etc;
Full factor upgrade and regenerationObtaining controllable positive and negative electrode materials through various environmentally friendly processes,
Once again, advanced technology has been used to make the materials ready for direct use.
