it contains 3440kWh of storage space that would fit the requirements of the most power-intensive operations.
liquid cooling ensures that the batteries always operate within their optimal temperature and performance ranges.
despite huge capacity, it fits into a 20-foot container for easy deployment.
supporting CAN2.0/ RJ45/RS485 protocols, it seamlessly integrates into various systems.
The newly developed liquid-cooled energy storage container from the Huijue Group is designed with a new philosophy and is integrated with a 280Ah lithium iron phosphate battery. Some of the privileged advantages of this product include intelligent liquid cooling, increased efficiency, safety at the highest order, and reliable smart operations. This all-innovative system offers efficient, integrated energy storage solutions. Moreover, it also applies to peak shaving, high-power grid extension, factory power backup, industrial and commercial energy security, emergency power supply, and expansion in AC charging stations.
1. Economical
Multi-scenario adaptive, supporting peak and valley arbitrage, auxiliary services, etc.
Reduce LCOE and intelligent algorithms improve system efficiency
Stable battery core temperature, sensing technology and big data support
2.Safe and Reliable
Comprehensive monitoring, cloud-edge collaboration, and rapid fault diagnosis
Intelligent management, AI support, improved thermal management capabilities
Fault isolation, hierarchical protection, coordination between components and system
3.Smart and Friendly
Grid-friendly, active support, quick response
Intelligent algorithm, efficient operation, extended lifespan
Access-friendly, diverse and flexible ways
4.Flexible and convenient
module design, easy installation, and maintenance
good compatibility, can expand arbitrarily in case of need.
It can support multi-parallel sets and cover wide capacity ranges.
1.Industrial and Commercial Areas:
Energy storage containers store electricity in low-price periods and release electricity during peak demand, which achieved the effect of "peak shaving and valley filling". Ensuring the demand for electricity effectively solves economic problems in industrial electricity consumption.
2.Power Grid Frequency Regulation Field:
The frequency regulation of traditional energy sources is slow, while energy storage containers can respond quickly to dispatching instructions in milliseconds to improve the quality of power and effectively improve the stability of the power grid.
3.Smart Charging Field:
The energy storage container effectively improves the transmission and distribution capability of power grids, prolongs the service life of original equipment, and solves the problems of huge expansion costs and difficult construction brought by the upgrading of power grids.
4. Shore Power of Ships:
The energy storage container can not only provide power to the ship to meet the requirement of solving environmental pollution caused by traditional energy sources, but also serve as the backup power when the ports and terminals have an unexpected power outage. The power supply requirements can be met.
5.Scenic spot consumption field:
It is difficult for such renewable energy to be consumed, and it is unattachable to the grid. Energy Storage Containers may be employed in generating systems of wind power and photovoltaic power for the purpose of avoiding "light abandonment and wind abandonment", and improving the dependability of power generation and grid-attaching.
