Competitive strength
-
Product experienceProduct experience
-
16000+On site operation of inverter
-
>10 yearsProduct experience
-
-
Excellent teamExcellent team
-
500+R&D Engineer
-
>70%Employees obtain a master's degree
-
-
quality assurancequality assurance
-
IS09002015 Quality Management System
-
>20+Professional testing platform
-
-
Capacity guaranteeCapacity guarantee
-
16GWhProduction capacity
-
-
Sales networkSales network
-
domestic
Full coverage -
>30+countries and regions
-
Core technology
-
01Battery management system
- Real-time monitoring: Comprehensively monitor the battery's voltage, current, temperature, SOC and SOH parameters, timely send fault detection and alarm information to ensure the safety, stability and performance of the battery, so as to achieve the best effect of the energy storage system.
- Effective protection: effectively control battery charging and discharging to prevent battery short circuit, overcurrent and other problems; Improve the service life and reliability of energy storage systems, reduce maintenance costs and operational risks, and provide more flexible and reliable energy storage solutions
-
02Energy management system
- Energy management: Energy storage strategies can be configured according to the situation to meet the requirements of commissioning, overhaul, daily operation, maintenance and other scenarios.
- System management: It can monitor the basic information of the power station, equipment management, electricity price period management, operation log, account management and other functions.
- Operation income: Show the income and electricity information of energy storage, and improve economic benefits for owners
-
03Energy storage converter system
- Electric energy conversion and storage: The effective conversion and storage of electric energy generated by power stations, so that unstable direct current can be stably input into the grid, when needed from the grid to absorb electric energy for storage.
- Energy balance control: According to the needs of the power grid and energy storage equipment, the energy balance control can be achieved to ensure the stable operation of the system.
- Frequency and capacity modulation: When the frequency of the power grid fluctuates or the load changes, the charge and discharge rate of the energy storage device can be adjusted to balance the power grid load and maintain the frequency stability of the power grid.
-
04Energy storage temperature control management
- Safeguarding energy storage safety: Maintaining the cell temperature within the normal range through thermal management devices can greatly reduce the risk of thermal runaway.
- Improved energy storage performance: Air-cooled or liquid-cooled temperature control management can effectively reduce the temperature difference between battery packs and improve system life.
-
05Intelligent management platform
- Advanced Early Warning: Establishing a big data analysis model to track and analyze the status of each battery cell throughout its lifecycle, identifying weak cells, and enabling advanced early warnings to enhance system safety.;
- Efficient Operations: Flexibly adjusting the operation mode of energy storage systems according to operational needs, improving overall system efficiency, and increasing power plant revenue.;
- Precision Management: Automatically identifying faults and alarm information, intelligently issuing and distributing work orders via App/SMS based on fault classification, significantly reducing maintenance costs..
- Safety and Reliability: Utilizing a leading cloud computing platform to ensure network security and data security effectively, achieving system reliability exceeding 99.99%.
quality assurance
Laboratory Accreditation Certificate of China National Accreditation Service for Conformity Assessment
CNAS
Laboratory certification
