Our Outdoor Integrated Temperature Control Cabinet is a professional-grade enclosure solution engineered for high-performance battery storage and power equipment. Featuring a sophisticated internal architecture, the cabinet is strategically divided into two dedicated equipment compartments and a specialized battery compartment, ensuring an optimized layout that maximizes space efficiency while maintaining rigorous operational safety.
Designed for durability and precision, this integrated system offers a compact structure that simplifies installation and provides superior sealing performance against harsh outdoor environments. By combining advanced thermal insulation and active exhaust systems, it ensures that your lithium-ion battery assets remain within optimal temperature ranges while safely venting harmful gases, guaranteeing long-term reliability and stability.
Detailed Parameters
| Construction Materials | Hot-dip galvanized steel, cold plate steel, color steel insulation board | Standard Dimensions | 6506501400mm (Customizable) |
|---|---|---|---|
| Surface Treatment | Rust removal, antirust phosphating/galvanizing, PANTONE 428C spraying | Load Capacity | Cabinet load ≥ 500Kg |
| Protection Level | IP55 Body Protection | Flame Retardancy | Meets GB5169.7 Test A requirements |
| Insulation Resistance | Grounding bar to metal workpieces < 0.1Ω | Equipment Standard | Conforms to standard 19-inch setting |
| Thermal Management | Insulation cotton lining & active exhaust device | Configuration | Comprehensive/Separate Equipment & Battery cabinets |
Key Advantages
Industrial Grade IP55
High-level sealing performance ensures protection against dust and water splashes in outdoor settings.
Thermal Stability
Door panels are lined with thermal insulation cotton to maintain internal temperature consistency.
Safety Venting
Integrated exhaust systems actively release harmful gases produced by batteries to prevent buildup.
Modular Design
19-inch standard settings allow for seamless installation of various industrial power equipment.
Anti-Corrosive Finish
Hot-dip galvanizing and phosphating processes prevent rust in humid or salty environments.
Heavy Duty Build
Engineered to support loads exceeding 500Kg, providing extreme structural stability.
Product Gallery
Management Platforms
Space Optimization
Distinct separation of equipment and battery compartments for organized asset management.
Quick Deployment
Compact structure and standardized fittings enable rapid on-site installation and scaling.
Gas Monitoring
Equipped with dedicated exhaust pathways to manage hazardous emissions automatically.
Thermal Control
Insulation cotton layers reduce external heat transfer, lowering cooling energy costs.
Custom Scalability
Customizable dimensions to fit specific site requirements and battery capacities.
Electrical Safety
Low-resistance grounding ensuring all metal components are safely bonded.
Investment Return Comparison
| Comparison Metric | Standard Cabinets | Integrated Temp Control Cabinet |
|---|---|---|
| Maintenance Cycle | Frequent / High Cost | Extended / Low Cost |
| Battery Lifespan | Variable (Temp Sensitive) | Optimized (Stabilized Temp) |
| Installation Time | High (Manual Assembly) | Low (Integrated Design) |
| Safety Risk | Moderate (Poor Venting) | Minimal (Active Exhaust) |
| Operational ROI | Baseline | High (Reduced Downtime) |
Frequently Asked Questions
It combines thermal insulation cotton for temperature stability and an active exhaust device to vent hazardous gases, which are critical for the safety and longevity of lithium batteries.
Yes, while the standard dimension is 6506501400mm, we offer full customization to meet your specific space and equipment requirements.
The IP55 rating ensures that the cabinet is protected against dust ingress and low-pressure water jets from any direction, making it ideal for rugged outdoor deployments.
The cabinet is constructed from hot-dip galvanized and cold plate steel, supporting a maximum load of 500Kg or more to accommodate heavy battery racks and power modules.
Yes, the materials used meet the GB5169.7 Test A flame retardant requirements, ensuring high safety standards for energy storage applications.
We employ a rigorous process of rust removal, antirust phosphating or galvanizing, and a high-quality PANTONE 428C spray coating for maximum durability.
