Camel Energy ICHES Series Rack-mounted Energy Storage System
Plug-and-Play Modular Solution for Indoor Energy Storage Needs
Quick Detail
- Product Series: ICHES Rack-mounted (30.72kWh / 61.44kWh)
- Cell Type: Lithium Iron Phosphate (LFP)
- Rated Energy: 30.72kWh (6 modules) / 61.44kWh (12 modules); Expandable to 184.32kWh (3 units parallel)
- Rated Voltage: 307.2Vdc (6 modules) / 614.4Vdc (12 modules)
- Rated Charge/Discharge Current: 50A
- Protection Grade: IP20 (Indoor use)
- Communication: CAN/RS485/Wi-Fi (supports Mobile APP monitoring)
- Cycle Life: Reliable deep-cycle performance (LFP core advantage)
- Warranty: 5 years (extendable to 10 years)
- Certifications: CE, IEC 62619
- Dimensions: 580*2042*460mm (WHD)
- Weight: 340kg (30.72kWh) / 600kg (61.44kWh)
- Installation: Removable rack mount (indoor dedicated)
Product Description
Camel Energy’s ICHES Series Rack-mounted Energy Storage System is a highly flexible, plug-and-play indoor energy storage solution built with lithium iron phosphate (LFP) technology. Designed for seamless integration and easy expansion, this system features a modular architecture—comprising interchangeable battery modules and an intelligent control module—that supports configurations from 30.72kWh (6 modules) to 61.44kWh (12 modules), with parallel connection of up to 3 units for a maximum capacity of 184.32kWh.
Engineered for indoor environments (IP20 protection grade), the rack-mounted design optimizes space utilization, fitting seamlessly into data centers, equipment rooms, residential basements, and small commercial facilities. Equipped with an advanced Battery Management System (BMS), it provides real-time data acquisition, status monitoring, and multi-layered protection (over-voltage/under-voltage/over-current/over-temperature/short-circuit), ensuring safe and reliable operation. The system is compatible with most mainstream PCS brands, featuring CAN/RS485/Wi-Fi communication—enabling remote monitoring and control via a dedicated mobile APP or energy storage platform.
With a 5-year standard warranty (extendable to 10 years) and compliance with CE and IEC 62619 certifications, the ICHES Rack-mounted System delivers long-lasting performance and peace of mind. Its plug-in design simplifies installation and maintenance, while the LFP battery’s inherent safety and deep-cycle capabilities make it an ideal choice for indoor energy storage scenarios requiring stability, scalability, and intelligent management.
Product Specification
Core System Parameters
| Item |
30.72kWh (6 Modules) |
61.44kWh (12 Modules) |
| Number of Battery Modules |
6 |
12 |
| Rated Energy |
30.72kWh |
61.44kWh |
| Rated Voltage |
307.2Vdc |
614.4Vdc |
| Voltage Range |
268.8~350.4Vdc |
537.6~700.8Vdc |
| Rated Charge/Discharge Current |
50A |
50A |
| Communication Interfaces |
CAN/RS485/Wi-Fi (Mobile APP compatible) |
|
| Expandability |
Up to 3 units parallel (max 184.32kWh) |
|
| Warranty |
5 years (extendable to 10 years) |
|
| Certifications |
CE, IEC 62619 |
|
Battery Module & Control Module Parameters
| Component |
Specification |
| Battery Module |
Rated energy: 5.12kWh; Rated voltage: 51.2Vdc; Dimensions: 450*135*410mm; Weight: 42.7kg |
| Control Module |
Rated voltage: 1000Vdc; Rated current: 100A; Dimensions: 450135410mm; Weight: 13.6kg |
Mechanical & Environmental Parameters
| Category |
Parameter |
| System Dimensions (WHD) |
580*2042*460mm |
| System Weight |
340kg (6 modules) / 600kg (12 modules) |
| Protection Grade |
IP20 (indoor use only) |
| Installation Type |
Removable rack mount |
| Operating Temperature |
Charging: 0~55°C; Discharging: -20~60°C |
| Storage Temperature |
-10°C~35°C |
| Operating Humidity |
5%~90% (no condensation) |
| Operating Altitude |
≤2000m (derating above 2000m) |
Safety Protection Functions
Charging overvoltage protection, Discharging undervoltage protection, Overcurrent protection, Overtemperature protection, Low temperature protection, Short circuit protection, Cell voltage/temperature difference protection, Insulation resistance protection.
Product Application
The ICHES Rack-mounted Energy Storage System is tailored for indoor energy storage scenarios requiring space efficiency, scalability, and reliable performance, including:
- Residential Indoor Energy Storage
Installed in basements or equipment rooms, it pairs with rooftop solar systems to store surplus clean energy for self-use, peak shaving, and emergency backup—reducing household electricity costs and enhancing energy independence.
- Small Commercial & Office Buildings
Provides on-site energy storage for small shops, offices, and clinics, supporting peak load management, backup power for critical equipment (POS systems, medical devices), and integration with distributed PV.
- Data Centers & Server Rooms
Delivers reliable backup power to prevent data loss during grid outages, while optimizing energy consumption through peak shaving and load balancing.
- Indoor Microgrid Systems
Integrates with small-scale renewable energy sources (rooftop PV, small wind) and diesel generators to form indoor microgrids for remote offices, research facilities, or off-grid residential complexes.
- Industrial Auxiliary Indoor Storage
Serves as auxiliary energy storage for indoor industrial equipment, smoothing power fluctuations and providing emergency power for control systems in factories and manufacturing facilities.
Product Features
- Modular & Expandable Design
6/12 battery modules form standard configurations (30.72/61.44kWh); supports parallel connection of up to 3 units for capacity expansion to 184.32kWh, adapting to growing energy storage needs.
- Rack-mounted Space Optimization
Removable rack mount design fits standard indoor spaces (equipment rooms, basements), maximizing space utilization and enabling easy integration with existing infrastructure.
- Advanced BMS with Intelligent Monitoring
Built-in BMS provides real-time data acquisition (voltage, current, temperature, SOC) and multi-layered safety protection; supports CAN/RS485/Wi-Fi communication for remote monitoring via mobile APP or energy storage platform.
- Wide PCS Compatibility
Plug-and-play design compatible with most mainstream PCS brands, eliminating compatibility issues and simplifying system integration.
- LFP Core Advantages
Adopts lithium iron phosphate cells with inherent safety (no thermal runaway risk under normal use), long cycle life, and stable performance in indoor temperature environments.
- Easy Installation & Maintenance
Modular components and clear wiring guidelines simplify on-site installation; individual battery modules and control modules are removable for convenient maintenance and replacement.
- IP20 Indoor Protection
Tailored for indoor use, the IP20 protection grade effectively prevents dust intrusion and accidental contact, ensuring safe operation in enclosed spaces.
- Long Warranty & Certified Reliability
5-year standard warranty (extendable to 10 years) and compliance with CE, IEC 62619 certifications, guaranteeing long-term performance and global market access.
Product Advantage
- Flexible Capacity Matching
Multiple standard configurations and parallel expansion capability allow users to select the exact capacity needed, avoiding over-investment and supporting step-by-step scaling as energy demands grow.
- Space-saving Indoor Deployment
Rack-mounted design optimizes vertical space, making it ideal for indoor environments with limited floor space—no need for dedicated outdoor enclosures or large installation areas.
- Safe & Stable Operation
LFP cells’ intrinsic safety + BMS multi-dimensional protection + IP20 indoor-focused design form a triple safety barrier, eliminating risks such as fire, leakage, and electric shock in enclosed spaces.
- Intelligent Management & Remote Control
Wi-Fi connectivity and mobile APP support enable real-time status monitoring, fault alerts, and remote control—reducing on-site inspection frequency and lowering operation and maintenance costs.
- Easy Integration & Low Deployment Cost
Plug-and-play design, wide PCS compatibility, and simplified installation steps minimize on-site construction time and labor costs, enabling quick commissioning and use.
- Long Service Life & Low Life-cycle Cost
LFP cells’ excellent cycle performance and 5-10 year warranty ensure long-term stable operation, reducing battery replacement frequency and lowering the total cost of ownership.
- Global Certification Compliance
CE and IEC 62619 certifications meet international safety and performance standards, supporting cross-border sales and deployment in global markets.
FAQ
Q1: What capacity configurations are available for the ICHES Rack-mounted System?
A: The standard configurations are 30.72kWh (6 battery modules) and 61.44kWh (12 battery modules). It also supports parallel connection of up to 3 units, expanding the maximum capacity to 184.32kWh.
Q2: Is this system suitable for outdoor installation?
A: No, the system has an IP20 protection grade and is specifically designed for indoor use. It should be installed in dry, well-ventilated indoor spaces (e.g., basements, equipment rooms) to avoid dust, rain, or direct sunlight.
Q3: What communication methods does the system support, and can it be monitored remotely?
A: It supports CAN, RS485, and Wi-Fi communication. You can monitor the system remotely via a dedicated mobile APP or energy storage platform, checking real-time SOC, operating status, and fault alerts.
Q4: How is the system installed, and what tools are required?
A: It adopts a removable rack mount design. Installation requires tools such as an impact drill, torque wrench, level ruler, and electric batch (detailed in the user manual). Professional personnel are recommended for installation to ensure safety and correctness.
Q5: What safety protection functions does the system have?
A: It is equipped with comprehensive safety protections, including charging overvoltage, discharging undervoltage, overcurrent, overtemperature, low temperature, short circuit, cell voltage/temperature difference, and insulation resistance protection—fully safeguarding system and personnel safety.
Q6: Is the system compatible with my existing PCS?
A: Yes, the system is designed to be compatible with most mainstream PCS brands through standard CAN/RS485 communication interfaces. It is recommended to confirm the specific PCS model with our technical team before purchase.
Q7: What is the warranty period, and can it be extended?
A: The standard warranty is 5 years, and it can be extended to 10 years according to your needs—providing long-term guarantee for your energy storage investment.
Q8: What are the routine maintenance requirements?
A: Routine maintenance mainly 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 cleaning agents); ④ Check wiring connections and module status periodically.
Q9: What should I do if the system displays a fault code?
A: The system has a fault code display function (e.g., code 4 for over-temperature protection, code 6 for communication failure). You can check the fault type via the display or mobile APP; for simple faults (e.g., loose wiring), follow the manual to troubleshoot; for complex faults, contact our after-sales team for support.
Q10: What is the operating temperature range of the system?
A: The charging temperature range is 0~55°C, and the discharging range is -20~60°C—adapting to the temperature fluctuations of most indoor environments.
Q11: How much space is required for installation?
A: The system dimensions are 5802042460mm (WHD). For installation and maintenance, it is recommended to reserve at least 3 feet of clearance from doors, windows, and other equipment, and keep it away from heating sources and corrosive substances.
Q12: What is the storage requirement if the system is not used for a long time?
A: Store it in a clean, dry, and ventilated indoor room with a temperature of 25°C±5°C and relative humidity ≤75%; keep the SOC at 45%-55%, avoid contact with corrosive substances, and keep it at least 2 meters away from fire and heat sources.
Q13: Can the battery modules be replaced individually?
A: Yes, the modular design allows individual battery modules to be removed and replaced—reducing maintenance costs and minimizing downtime if a single module malfunctions.
Q14: Does the system support off-grid operation?
A: Yes, when paired with a compatible inverter, it can operate in off-grid mode, providing reliable emergency backup power for indoor loads during grid outages.
