2 bay --CY12501400850
cytech
Telecom, Battery, Integrated
IP 55, NEMA 4
Floor Mount
3500W/11945BTU
19inch
23U
Video
An outdoor battery cabinet is a protective enclosure designed to safely house lithium-ion or lead-acid batteries used in energy storage systems. It provides a controlled environment with proper ventilation, thermal management, and electrical protection to ensure stable battery performance.
The cabinet shields the batteries from dust, water, temperature fluctuations, and external damage, making it ideal for telecom sites, renewable energy systems, UPS backup, and industrial power storage applications.
▼Watch the video how to design a Outdoor Battery Cabinet▼
Product Description
1.5–2.0mm wall thickness ensures high load-bearing capability and vibration resistance.
Integrated cooling systems ensure batteries operate within safe temperature limits.
Tested safety features reduce risks associated with lithium-ion energy storage.
IP-rated enclosure with anti-corrosion coating, ensuring reliable operation in extreme environments.
Temperature & humidity sensors
Door open detection
Smoke sensors
Battery BMS communication
Remote monitoring capability
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| Structure Overview |
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| Environmental Ratings |
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| Battery Compatibility |
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| Cooling Options |
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| Typical Accessories |
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| Category | Standard Battery Storage Cabinet | Outdoor Battery Storage Cabinet (IP65) | Lithium-Ion Safety Cabinet (Fire-Proof) | Integrated ESS Battery Cabinet (With Cooling & BMS) |
| Best For | Indoor battery rooms, UPS systems | Telecom sites, outdoor solar storage | High-risk lithium-ion applications | Energy storage systems (ESS), microgrids |
| Battery Type Supported | Lead-acid / VRLA / AGM | Lead-acid & lithium | Mainly lithium (LFP / NCM) | Lithium (LFP) |
| Structure Material | Steel | Galvanized steel / Aluminum | Fire-resistant steel, insulated | Steel + internal ESS racks |
| Protection Level | IP20–IP40 | IP55–IP65 | IP54–IP65 | IP55–IP65 |
| Environmental Resistance | Low | High (sun, rain, dust) | Medium–High | High |
| Fire Protection | None or basic | None | Smoke vents, thermal insulation, fire suppression | Smoke sensors, BMS alarms, optional fire suppression |
| Cooling Method | Natural ventilation / fans | Fans / heat exchangers | Fans or air conditioning (optional) | Heat exchanger / air conditioning (for ESS) |
| Temperature Control | Limited | Good | Good–Excellent | Excellent |
| Safety Level | Basic | Medium | High | Very High |
| Battery Capacity Options | 1–4 strings of VRLA | 1–6 strings | 1–4 strings of LFP lithium | High-voltage ESS packs 200–1000V |
| Monitoring System | Optional | Optional | Optional | Integrated BMS + sensors |
| Installation Location | Indoor | Outdoor | Indoor/Outdoor | Indoor/Outdoor |
| Cost Level | Low | Medium | Medium–High | High |
| Typical Applications | UPS rooms, server rooms | Telecom BTS, solar energy storage | Lithium backup systems, safety-critical areas | ESS, micro-grid storage, commercial energy systems |
Choose natural convection for low-power or small-capacity battery systems with minimal heat generation.
Use ventilation fans when moderate cooling is needed and the ambient temperature is stable.
Select an air-to-air heat exchanger for outdoor environments with dust, humidity, or harsh conditions where closed-loop cooling is required.
Choose an enclosure air conditioner for high-capacity lithium battery systems or hot climates where precise temperature control is critical.
Consider the battery chemistry—lithium batteries require tighter thermal management compared to lead-acid batteries.
Evaluate ambient temperature and expected heat load to ensure the cooling system can maintain safe operating ranges.
For extreme climates or high safety demands, combine cooling + temperature monitoring for advanced protection.
By carefully considering these factors, you can select a cabinet cooling system that meets the specific needs of your equipment and environmental conditions
Options
Model | Space | IP rate | Color | Dimension | Thermal Management |
| CY700650650 | 12U | IP55 | RAL7035 light grey | 700x650x650mm / 27.56 x 25.59 x 25.59inch | DC48V fan |
CY800650650 | IP55 | RAL7035 light grey | 800x650x650mm / 31.50 x 25.59 x 25.59inch | Air conditioner 500W DC48V fan | |
CY1050650650 | IP55 | RAL7035 light grey | 1050x650x650mm / 41.34 x 25.59 x 25.59inch | Air conditioner 500W DC48V fan | |
CY1400800800 | IP55 | RAL7035 light grey | 1400x800x800mm / 55.12 x 31.50 x 31.50inch | Air conditioner 500W DC48V fan | |
CY1600800800 | IP55 | RAL7035 light grey | 1600x800x800mm / 63.00 x 31.50 x 31.50inch | Air conditioner 1000W DC48V fan | |
CY1700750750 | IP55 | RAL7035 light grey | 1700x700x700mm / 66.93 x 27.56 x 27.56inch | Air conditioner 1000W DC48V fan | |
| CY2100900900 | IP55 | RAL7035 light grey | 2100x900x900mm / 82.68 x 35.43 x 35.43inch | Air conditioner 1500W DC48V fan |
To be continued
Name | Specification |
AC220V 50HZ | |
AC220V 60HZ | |
AC110V 60HZ / DC48V | |
Cooling capacity from 300W-5000W | |
DC48V | |
40W/K-200W/K | |
AC220V 50HZ & DC48V | |
1500W&80W/K | |
DC48V | |
200W-1200W | |
AC220V 50HZ | |
AC220V 60HZ | |
AC110V 60HZ / DC48V |
Application
Reliable outdoor backup power for base stations, 5G small cells, and remote telecom sites.
Used in solar ESS systems, wind-solar hybrid storage, microgrid backup, and off-grid power stations.
Provides stable housing for VRLA or lithium UPS batteries in mission-critical environments.
Ideal for factories, EV charging stations, peak shaving systems, and emergency standby facilities.
Used for community energy storage, distributed energy resources (DER), and grid balancing nodes.
Benefits&Why?
Extends battery lifespan through stable thermal control
Enhances safety with fire protection and monitoring
Improves environmental resistance for outdoor installations
Provides organized, clean, and professional project layouts
Low maintenance and long operational life
Our cabinets are manufactured using galvanized steel ,stainless steel ,or aluminum alloy, offering excellent corrosion resistance and long-term durability. Powder-coated finishes ensure protection against UV, humidity, rain, and salt-mist environments.
Each cabinet is designed with multiple layers of safety protection:
Fire-resistant internal insulation
Smoke and pressure relief vents
Temperature and humidity sensors
Secure locking system
These features help minimize thermal runaway risks and ensure stable battery operation.
To ensure that batteries perform at their best, our cabinets support multiple cooling solutions:
Natural ventilation
Forced-air fan cooling
Air-to-air heat exchangers
High-efficiency enclosure air conditioners
The selected cooling method depends on your battery type, heat generation, and installation environment.
Our cabinets support:
48V battery strings
Multiple battery modules in parallel
Lithium iron phosphate (LiFePO4) & VRLA batteries
High-voltage ESS battery packs (200–1000V DC)
Internal layout and rack systems are fully customizable.
With IP55–IP65 protection levels, the cabinet ensures resistance to dust, water, and environmental contaminants.
Modular cable management
Removable panels
Hinged access doors
Clear internal layout for quick maintenance
We offer OEM/ODM customization for system integrators, telecom operators, renewable energy companies, and industrial engineering firms.
Contact us for detailed specifications, drawings, and project pricing.
