About Outdoor Air-cooled On-grid ESS Cabinet
280Ah large-capacity cells, with an 8000-cycles long lifespan, ensuring a durable and stable power supply .Effectively reduces battery temperature, enhancing battery performance and lifespan. Requires minimal space, easy to deploy, and suitable for various spatial environments.
Robust Outdoor PerformanceBuilt to withstand tough outdoor conditions, the ESS Cabinet is housed in powder coated galvanized steel or high-grade aluminum alloy for durability. Its IP55 rating and anti-corrosive finish make it reliable in high humidity (up to 95% RH) and at altitudes up to 3000 meters. The intelligent air-cooled system with variable speed fans ensures optimal thermal management, while noise levels stay below 65dB, supporting installations across busy commercial or industrial locations.
Unmatched Safety and ComplianceSafety is engineered into every aspect: the system integrates multi-level BMS safety, fire suppression, and an emergency stop switch. Certified to IEC 62619, IEC 60730, UN38.3, and CE standards, the ESS cabinet is designed for peace of mind and regulatory compliance. With front-access maintenance and low service requirements, it provides reliable, long-lasting energy storage for critical infrastructure and renewable integration.
Flexible Communication and ControlSeamlessly monitor and manage your energy storage using the 7-inch touchscreen HMI or remote options. The system supports multiple communication protocols: RS485, Ethernet, CAN, Modbus, as well as 4G/5G connectivity, ensuring integration with diverse grid and monitoring systems. Its automatic/manual switch mode and modular design allow for custom configuration to specific power and capacity needs, fitting a wide array of commercial, industrial, and microgrid solutions.
FAQ's of Outdoor Air-cooled On-grid ESS Cabinet:
Q: How does the intelligent air-cooled system enhance the cabinet's reliability?
A: The intelligent air-cooled system utilizes variable speed fans to optimize temperature control, ensuring stable operation across a wide temperature range (-20C to +55C), while maintaining energy efficiency and longevity-even under demanding, fluctuating climatic conditions.
Q: What types of projects benefit most from this ESS cabinet?
A: This modular, scalable ESS cabinet is best suited for commercial, industrial, microgrid, and renewable energy storage projects requiring robust outdoor performance, seamless grid support, high safety standards, and efficient remote monitoring.
Q: Where can the ESS cabinet be installed, and what are its environmental limitations?
A: The cabinet is designed for secure floor-mounted outdoor installation. It performs reliably in harsh environments, including high humidity (0-95% RH), at altitudes up to 3000 meters, and temperatures from -20C to +55C, thanks to its IP55 protection and anti-corrosive finish.
Q: What is the process for maintaining the ESS cabinet, and how often is it required?
A: Maintenance is minimal due to front-access components and the robust design. Routine inspections, cleaning of air filters, and monitoring via the HMI or remote system are recommended for optimal performance. The system's BMS helps predict and prevent issues, reducing manual intervention.
Q: How does the ESS cabinet handle grid transitions and emergency situations?
A: The system offers seamless on-grid and off-grid transitions through its intelligent control features. In emergencies, it is equipped with an integrated E-stop switch and fire suppression, safeguarding users and connected infrastructure.
Q: When should you use the remote monitoring functions?
A: Remote monitoring should be used for real-time performance tracking, early fault detection, and optimizing energy use. It is especially valuable for sites with limited on-site personnel or distributed installations requiring centralized supervision.
Q: What are the direct benefits of using this modular ESS cabinet?
A: Key benefits include scalable energy storage (100-1000 kWh), customizable power output (30-250 kW), efficient air-cooled operation, enhanced safety, support for various communication protocols, compliance with international certifications, and low maintenance needs-delivering reliable, flexible energy storage for diverse applications.