Offers an outstanding price-to-performance ratio, perfect for medium to large users in industrial and commercial sectors. Ensures long-term energy savings without sacrificing quality in any way.
Equipped with multiple safety features like overcharge protection and short-circuit prevention, providing reliable and stable performance assurance.
Features real-time intelligent management and optimization, maximizing energy efficiency while maintaining precise operational control.
Designed with a modular structure for easy maintenance and upgrades, ensuring minimal downtime while meeting growing energy demands seamlessly.
Energy Storage Container System by Huijue Group Prefabrication of container in size options of 10/20/40 feet. These are the solutions to megawatt-class power output needs. This energy storage unit is of an integrated structure that includes energy storage batteries, energy management systems, monitoring systems, temperature control system, and fire protection system. Starting from the smallest unit of a battery cluster, by smoothing inter-connection with photovoltaic power, wind power, thermal power, and so on, a supply meets the demands of different voltages and capacities, accesses new energy absorption, smoothes output of power, peaks shaving, frequency modulation, peak-load shifting, and auxiliary services to the grid. Energy storage thus finds application in the wide range from generation itself to transmission and distribution, right up to consumption.
(1) Rapid Power Response function supports virtual power plants, grid tie island operations, and other applications.
(2) Compact packaging can greatly reduce the cost and time of transport and installation in the field.
(3) Site data acquisition, intelligent monitoring, and remote O&M.
(4) Standard parallel interface; several units can be combined for free capacity expansion. Meanwhile, batch manufacturing is easier to guarantee.
(5) Realize in-situ intelligent installation and operation/maintenance, node adaptive support, fault indication, etc., and reduce the workload by 70%.
(6) No isolation design, high efficiency, improve the efficiency of the whole system; the battery is independently in one cluster, no loop current, reduces losses.
(7) Design of six-layer security protection and multi-info fusion.
(8) Realize local/remote upgrade, support broadcast program upgrade, more than 90% increased efficiency than the traditional point-to-point upgrade.
(1). Peak Shaving and Load Shifting
Utilize stored energy during peak hours to significantly cut down on high electricity bills.
(2). Power System Stability
Ensure stable power output by using stored energy to complement the variability of renewable energy sources.
(3). Reliable Backup
Provide backup power during grid outages or deliver uninterrupted power to areas without grid access.
(4). Peak and Off-Peak Optimization
Maximize savings by using stored energy during peak demand and charging during low-demand periods.
(5). Renewable Energy Utilization
Optimize solar energy by using it for daytime loads and storing excess energy for nighttime consumption.
(6).Reduced Grid Upgrade Costs
Minimize upfront grid expansion costs by integrating distributed power systems into your energy solution.
