C&l Energy Storage Cabinet
Jingye New Energy’s Commercial & Industrial (C&I) Energy Storage Cabinet is a purpose‑built energy storage solution engineered for business and industrial power demands. The 261kWh and 417kWh energy storage cabinets for industrial and commercial use adopt efficient composite cooling technology, achieving an energy efficiency of up to 90%. With maximum capacity per cabinet and optimized overall benefits, they deliver high energy density, high safety, and high-performance returns. The proprietary 'Four-Dimensional Protection System' (cell-module-cluster-cabinet) focuses on efficient safety, making it suitable for a variety of scenarios, including industrial parks and photovoltaic-storage charging stations, as a comprehensive energy storage solution.
Commercial & Industrial Energy Storage Cabinet is designed for a wide range of Commercial and Industrial applications, including industrial parks, manufacturing facilities, commercial buildings, data centers, and integrated solar-storage-charging systems. It provides a reliable and scalable energy storage solution for peak shaving, load shifting, demand management, and backup power supply.
Built with high-performance LFP battery technology, the system delivers an exceptional cycle life (typically 6,000–8,000+ cycles), ensuring long-term operational stability and significantly reducing the levelized cost of energy for Commercial & Industrial users.
The system achieves a high charge-discharge efficiency (up to 90%–95%), ensuring maximum energy utilization for Commercial and Industrial operations. Combined with advanced PCS and intelligent BMS coordination, it provides fast response, stable output, and optimized energy dispatch for dynamic industrial load conditions.
This high efficiency makes it ideal for Commercial & Industrial users seeking to maximize returns from energy arbitrage and demand charge reduction.
The C&I Energy Storage Cabinet adopts an advanced liquid cooling / hybrid thermal management system, ensuring optimal thermal performance under high-load operation:
Precise temperature control across battery modules
Improved cell consistency and safety
Reduced thermal stress for extended cycle life
Enhanced system stability in Commercial & Industrial environments
This cooling method is especially suitable for demanding Industrial and Commercial scenarios with high ambient temperatures and continuous operation.
The system integrates a multi-layer safety architecture (cell, module, rack, and cabinet-level protection), supported by:
Real-time Battery Management System (BMS) monitoring
Electrical and thermal runaway protection mechanisms
Integrated fire suppression system
High protection rating (e.g., IP55 or above)
The C&I Energy Storage Cabinet complies with international safety and industrial standards, including:
IEC 62619 (Industrial battery safety standard)
UN 38.3 (Transport safety certification)
CE certification (European conformity)
UL 1973 (Energy storage system safety standard)
1. High‑Energy Density LFP Battery Core: The C&I cabinet uses high‑energy density LFP cells that deliver stable performance and extended cycle life. These batteries provide long‑term reliability under frequent charging and discharging, supporting heavier operational workloads and cost‑effective energy use over time.
2. Precision Thermal Control: Advanced liquid cooling or optimized thermal management ensures that the system maintains safe operating temperatures, even under high load or in warm outdoor environments. Effective heat control reduces performance degradation and contributes to overall system durability.
3. Modular and Expandable Architecture: The cabinet’s modular design allows multiple units to be combined to achieve higher energy scales. This makes it straightforward to adapt the system for different capacity ranges, from medium‑size commercial deployments up to multi‑megawatt installations.
4. Intelligent Battery Management and Safety: Integrated Battery Management System (BMS) provides real‑time monitoring of voltage, temperature, and state of charge, with multiple levels of protection and automated safeguards. Such monitoring helps maintain operational safety and enables predictive maintenance planning.
5. Scalable Performance and Expandability: Our C&I cabinets can be arranged in series or parallel to fulfill specific energy and power needs. This flexibility supports tailored solutions for demand management or capacity expansion as project requirements evolve.
1. Peak Shaving and Load Management — Store electricity during off‑peak hours and discharge during peak periods to reduce electricity costs and manage demand charges.
2. Backup and Emergency Power — Provide uninterrupted power during grid outages to protect operations at factories, data centers, and critical facilities.
3. Renewable Integration — Work with solar PV, wind, or hybrid systems to smooth generation variability and increase renewable energy utilization.
4. Grid Services — Support load balancing, grid stabilization, and demand response through intelligent energy dispatching.
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Jingye New Energy Testing Laboratory is the core support platform of the company's quality management system. Its CNAS-accredited facility ranks among the industry’s top in total investment, with hardware and technical capabilities both reaching advanced domestic levels.
Equipped with over 100 sets of professional testing equipment, the laboratory features domestically leading key instruments, fully covering critical testing dimensions: physical and chemical analysis, electrochemical performance, safety and reliability, environmental adaptability, and precision dimension and appearance inspection. Among these, the automatic 2D optical measuring instrument—leveraging non-contact optical imaging technology—is widely applied to dimensional control of precision components, significantly improving testing accuracy and efficiency.
In the meantime, the laboratory has built a high-caliber testing team. Focusing on core links of the new energy industry chain, the team has established a full-lifecycle testing service system spanning incoming raw material inspection, in-process component testing, and end-product type testing. It delivers scientific, impartial and accurate technical support for a full range of products including energy storage battery systems, power battery systems and CCS integrated busbars, laying a solid foundation for the company’s product quality improvement and technological innovation.
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