Brief: Looking for a straightforward way to solve large-scale energy storage challenges? This video provides a detailed walkthrough of the 5.016 MWh Utility Battery Storage System, showcasing its liquid cooling technology, 1500V platform design, and real-world applications in grid, PV, and wind power scenarios. You'll see how this containerized solution delivers enhanced safety, efficiency, and space savings for industrial and commercial use.
Related Product Features:
Integrated 5.016 MWh container system with easy installation, operation, and maintenance for reduced costs.
Liquid cooling and 1500V platform design achieve DC side efficiency up to 93% and maximum system efficiency over 89%.
Large module design offers 50% stronger performance compared to traditional energy sources.
Upgraded 20-ft container capacity saves over 30% space while increasing energy density.
Multiple safety measures include integrated fire extinguishing and C4H corrosion resistance for a 15+ year service life.
Cloud-based real-time monitoring and multi-dimensional analysis enable quick issue identification and seamless operation.
Comprehensive global certifications include UL 1973, UL 9540, IEC 62619, CE, TÜV, and DNV.
Smart energy management with iEMS and iBMS for platform connection, security, and charge/discharge control.
FAQs:
What are the primary applications for this 5.016 MWh battery storage system?
This system is designed for grid applications including PV power, wind power, power grid side, and industrial & commercial energy storage, providing reliable and efficient energy management.
How does the liquid cooling system enhance performance and safety?
The liquid cooling system maintains optimal battery temperature, ensuring consistent performance, extending battery life, and integrating with fire extinguishing measures for safety in extreme conditions.
What certifications does this utility battery storage system hold?
It is globally certified with standards including IEC 62619, UL 1973, UL 9540, CE Marking, TÜV, DNV, and NFPA69, ensuring compliance and safety for international deployments.
How does the system achieve space savings and increased capacity?
The 20-ft container is upgraded from 3.44MWh to 5.016MWh, utilizing a large module design that saves over 30% space while offering 50% stronger performance than traditional solutions.