Solution Design

Energy storage design, particularly for Battery Energy Storage Systems (BESS), involves integrating battery modules, inverters (PCS), management systems (BMS/EMS), and safety systems for efficient energy storage and dispatch. Key design steps include assessing load requirements, determining capacity (KWH) and power rating (KW), selecting battery technology (e.g., Lithium-ion), and optimizing thermal management to meet safety standards. 

Core Components of BESS Design

Battery Cells/Modules: Individual cells are arranged into modules, then strings, and finally racks to achieve desired DC voltage and storage capacity.

Power Conversion System (PCS): A 4-quadrant inverter that converts DC power from batteries to AC for grid or facility use, handling capacity and power rating demands.

Battery Management System (BMS): Ensures safety by monitoring cell voltages, temperatures, and balancing charge levels to optimize performance.

Energy Management System (EMS): Acts as the "brain" of the system, controlling energy flow, charging strategies, and interfacing with external grid controllers.

Thermal Management System: Keeps batteries within optimal temperature ranges, using cooling or heating to prevent thermal runaway.
Safety Systems: Includes fire detection, suppression, ventilation, and emergency shutdown mechanisms. 

Key Design Considerations

Energy Capacity & Power Output: Sizing based on daily consumption, peak loads, and required discharge duration.

Safety and Compliance: Implementing strict fire suppression and ventilation, especially in high-density installations.

System Efficiency: Ensuring high round-trip efficiency by choosing appropriate components.

Scalability: Utilizing modular designs that allow for future capacity increases.

Environmental Factors: Operating temperature limits and location considerations for cooling efficiency. 

JINGYE Custom Energy Storage Design Services

Based on the preliminary needs confirmed by the customer, JINGYE New Energy sets up a special scheme design team consisting of professionals in electrical design, structural design, thermal management, CCS R&D, cost accounting, and other fields. Combining the enterprise's large-scale production process standards and supply chain advantages, a comprehensive technical scheme is formulated.

During the solution output phase, detailed 3D engineering drawings, a bill of materials (including core component brands, specifications, and supply cycles), technical parameter specifications, and a cost quotation are provided, allowing customers to intuitively understand the scheme details and performance.