30.72kWh - 61.44kWh Industrial Energy Storage Bess Battery LFP Battery IP20

Heavy-duty Indoor Solution for Industrial Energy Management

• Product Line: Industrial Rack-mounted ICHES (30.72kWh / 61.44kWh)
• Battery Technology: Industrial-grade Lithium Iron Phosphate (LFP)
• Rated Energy: 30.72kWh (6 industrial modules) / 61.44kWh (12 industrial modules); Expandable to 184.32kWh (3 units parallel)
• Industrial Rated Voltage: 307.2Vdc (6 modules) / 614.4Vdc (12 modules)
• Continuous Charge/Discharge Current: 50A (Industrial Load-rated)
• Protection Standard: IP20 (Industrial Indoor Use)
• Industrial Communication: CAN/RS485/Wi-Fi (Support Mobile APP & Industrial Platform Monitoring)
• Industrial Warranty: 5 years (Extendable to 10 years for Industrial Applications)
• Certifications: CE, IEC 62619 (Industrial Compliance)
• Dimensions: 580*2042*460mm (WHD)
• Industrial Weight: 340kg (30.72kWh) / 600kg (61.44kWh)
• Installation: Removable Industrial Rack Mount (Indoor Industrial Facilities)

Camel Energy’s ICHES Series Industrial Rack-mounted Energy Storage System is a rugged, high-reliability indoor energy storage solution engineered exclusively for industrial scenarios. Built with industrial-grade lithium iron phosphate (LFP) cells and a reinforced modular architecture, this system is designed to withstand the rigorous demands of industrial environments—supporting configurations from 30.72kWh (6 industrial modules) to 61.44kWh (12 industrial modules), with parallel connection of up to 3 units for a maximum capacity of 184.32kWh.

Tailored for industrial indoor installation (IP20 protection), the rack-mounted design optimizes space in industrial workshops, control rooms, data centers, and off-site industrial facilities. Equipped with an advanced industrial-grade Battery Management System (BMS), it delivers real-time data acquisition, 24/7 status monitoring, and multi-layered safety protections (over-voltage/under-voltage/over-current/over-temperature/short-circuit)—critical for mitigating risks in industrial settings. The system features seamless compatibility with most industrial PCS brands via CAN/RS485/Wi-Fi communication, enabling remote monitoring and control through dedicated mobile APPs or industrial energy management platforms.

Backed by a 5-year industrial warranty (extendable to 10 years) and compliance with CE and IEC 62619 industrial standards, the ICHES Industrial Rack-mounted System ensures long-term stable operation under continuous industrial loads. Its modular design simplifies on-site maintenance and replacement of components, while the LFP cells’ inherent durability and deep-cycle performance make it an ideal choice for industrial energy storage needs—including load smoothing, emergency backup, and renewable energy integration in manufacturing, processing, and industrial processing facilities.

Charging overvoltage protection, Discharging undervoltage protection, Overcurrent protection (Industrial Load-rated), Overtemperature protection, Low temperature protection, Short circuit protection, Cell voltage/temperature difference protection (Industrial-grade Precision), Insulation resistance protection (Industrial Safety Standard).

The ICHES Industrial Rack-mounted Energy Storage System is purpose-built for industrial indoor energy storage scenarios, delivering reliable performance for critical industrial operations:

1. Industrial Load Smoothing & Peak Shaving

   Stabilizes power consumption for manufacturing plants, industrial workshops, and processing facilities by storing energy during low-load periods and discharging during peak production—reducing industrial electricity costs and avoiding peak demand penalties.

2. Critical Industrial Backup Power

   Provides uninterrupted power for industrial control systems, precision manufacturing equipment, and safety-critical industrial processes—preventing costly production downtime during grid outages or power fluctuations.

3. Industrial Renewable Energy Integration

   Stores surplus energy from on-site industrial photovoltaic (PV) systems, enabling spontaneous self-use of clean energy, reducing reliance on the public grid, and lowering carbon emissions for industrial facilities.

4. Industrial Microgrid Support

   Integrates with diesel generators, industrial loads, and renewable energy sources to form indoor industrial microgrids—ensuring stable power supply for remote industrial sites, off-grid workshops, and industrial parks.

5. Industrial Process Energy Optimization

   Optimizes energy delivery for intermittent industrial processes (e.g., welding, pumping, machining), smoothing power fluctuations and protecting industrial equipment from voltage surges or drops.

1. Industrial-grade Ruggedized Modular Design

   Reinforced industrial battery modules and control unit withstand continuous industrial operation, vibration, and temperature fluctuations—ensuring reliability in harsh industrial indoor environments.

2. Scalable Capacity for Industrial Expansion

   6/12 industrial module configurations (30.72/61.44kWh) and parallel connection of up to 3 units support step-by-step capacity expansion, matching the growing energy needs of industrial facilities without system overhauls.

3. Industrial BMS with 24/7 Monitoring

   Advanced industrial-grade BMS provides real-time monitoring of voltage, current, temperature, and SOC—with remote access via mobile APP or industrial energy platforms, enabling proactive maintenance and fault diagnosis.

4. Wide Industrial PCS Compatibility

   Plug-and-play design compatible with most industrial PCS brands through standard CAN/RS485 communication interfaces—eliminating integration issues in existing industrial energy systems.

5. Industrial LFP Core Advantages

   Adopts industrial-grade LFP cells with inherent safety, long cycle life, and stable performance under continuous industrial loads—minimizing maintenance and replacement costs.

6. Simplified Industrial Installation & Maintenance

   Modular components and clear wiring guidelines simplify on-site installation in industrial facilities; individual industrial modules are removable for convenient maintenance, reducing downtime.

7. IP20 Industrial Indoor Protection

   Tailored for industrial indoor use, the IP20 protection grade prevents dust intrusion and accidental contact—ensuring safe operation in enclosed industrial spaces such as control rooms and workshops.

8. Long Industrial Warranty & Certified Compliance

   5-year standard industrial warranty (extendable to 10 years) and compliance with CE, IEC 62619 industrial standards—guaranteeing long-term performance and global industrial market access.

1. Industrial Reliability & Durability

   Built with industrial-grade components and reinforced modules to withstand continuous operation, temperature fluctuations, and harsh industrial indoor conditions—delivering consistent performance for critical industrial processes.

2. Flexible Industrial Capacity Scaling

   Modular design and parallel expansion capability enable industrial users to start with the required capacity and expand incrementally as production scales—avoiding over-investment in initial energy storage infrastructure.

3. Comprehensive Industrial Safety

   Multi-layered safety protections (industrial-grade BMS + LFP cell intrinsic safety + IP20 protection) mitigate risks such as fire, leakage, and electric shock—protecting industrial personnel, equipment, and production processes.

4. Intelligent Industrial Energy Management

   Wi-Fi connectivity and industrial platform integration enable real-time status monitoring, remote control, and data analysis—optimizing energy use, reducing operational costs, and supporting data-driven industrial decision-making.

5. Easy Integration with Industrial Systems

   Wide PCS compatibility and simplified installation steps minimize disruption to existing industrial energy infrastructure—enabling quick commissioning and use in manufacturing, processing, and industrial facilities.

6. Low Industrial Life-cycle Cost

   Long cycle life of LFP cells, minimal maintenance requirements, and extendable industrial warranty reduce replacement and operational costs—delivering high return on investment for industrial energy storage projects.

7. Global Industrial Compliance

   Certified to CE and IEC 62619 industrial standards, ensuring compatibility with industrial regulations worldwide—facilitating cross-border deployment for multinational industrial enterprises.

A: The industrial-focused system offers two standard configurations: 30.72kWh (6 industrial modules) and 61.44kWh (12 industrial modules). It supports parallel connection of up to 3 units, expanding the maximum capacity to 184.32kWh—ideal for industrial facilities with growing energy needs.

A: No, the system has an IP20 protection grade and is specifically designed for industrial indoor use. It should be installed in dry, well-ventilated industrial spaces such as workshops, control rooms, or data centers—avoiding outdoor exposure to dust, rain, or extreme temperatures.

A: It supports industrial-grade communication via CAN, RS485, and Wi-Fi. You can monitor and control the system remotely through a dedicated mobile APP or industrial energy management platform, accessing real-time SOC, operating status, and fault alerts.

A: It adopts a removable industrial rack mount design. Installation requires industrial tools such as an impact drill, torque wrench, level ruler, and electric batch (detailed in the user manual). Professional industrial electricians are recommended for installation to ensure compliance with industrial safety standards.

A: The system features comprehensive industrial safety protections, including charging overvoltage, discharging undervoltage, overcurrent (industrial load-rated), overtemperature, low temperature, short circuit, cell voltage/temperature difference, and insulation resistance protection—fully safeguarding industrial personnel and equipment.

A: Yes, the system is designed to be compatible with most mainstream industrial PCS brands through standard CAN/RS485 communication interfaces. It is recommended to confirm the specific industrial PCS model with our technical team before purchase.

A: The standard industrial warranty is 5 years, and it can be extended to 10 years to meet the long-term operation needs of industrial facilities—providing peace of mind for your industrial energy storage investment.

A: Routine industrial maintenance includes: ① Supplementary charging every 6 months (from the factory shipment date); ② If not used for a long time, disconnect the output and keep the SOC at 45%-55%; ③ Regularly clean dust with a soft dry brush (avoid corrosive industrial cleaning agents); ④ Periodically inspect wiring connections and module status for industrial safety.

A: The system displays industrial-specific fault codes (e.g., code 4 for over-temperature protection, code 6 for communication failure). Industrial users can check the fault type via the display or industrial platform; for simple faults (e.g., loose wiring), follow the manual to troubleshoot; for complex industrial faults, contact our industrial after-sales team for on-site support.

A: The charging temperature range is 0~55°C, and the discharging range is -20~60°C—adapting to the temperature fluctuations of most industrial indoor environments, from cold warehouses to hot workshops.

A: The system dimensions are 580*2042*460mm (WHD). For industrial installation and maintenance, it is recommended to reserve at least 3 feet of clearance from industrial equipment, doors, and windows, and keep it away from industrial heat sources and corrosive substances.

A: Store the system in a clean, dry, and ventilated industrial warehouse with a temperature of 25°C±5°C and relative humidity ≤75%; keep the SOC at 45%-55%, avoid contact with industrial corrosive substances, and keep it at least 2 meters away from industrial fire and heat sources.

A: Yes, the modular design allows individual industrial battery modules to be removed and replaced—reducing maintenance costs and minimizing downtime for critical industrial processes if a single module malfunctions.

A: Yes, when paired with a compatible industrial inverter, it can operate in off-grid mode—providing reliable emergency backup power for critical industrial processes, control systems, and equipment during grid outages.