It provides an excellent price-performance balance for medium and large industrial and commercial users. It ensures significant energy savings in the long run while sustaining a high quality standard.
It contains advanced safety protection, including overcharge and short-circuit protection that makes its performance highly stable and reliable always.
Provides real-time intelligent energy management and optimization, enhancing efficiency and allowing precise operation control.
With modular design, maintenance will be easy, and upgrades in the future will reduce downtime while allowing easy expansion of energy needs.
Huijue Group manufactures prefabricated container energy storage solutions in sizes including 10, 20, and 40 feet. These are applied in megawatt-class power demand requirements. Each integrated structure is made up of an energy storage battery, energy management, monitoring, temperature control, and fire protection systems. The system can start with a cluster of batteries that can be integrated seamlessly with renewable sources like solar, wind, and thermal energy. It can achieve diversified voltage and capacity requirements, permit new energy absorption, smoothen power output, shave peaks, regulate frequency, and conduct grid support. The energy storage solution covers generation, transmission, and distribution to consumption stages.
(1) Rapid Power Response: Virtual power plants, grid-tied island operations, and other advanced applications supported.
(2) Compact Design: Transportation and installation cost minimized to reduce set-up time by a large margin.
(3) Intelligent Monitoring: Real-time data acquisition of site, intelligent monitoring, remote operation & maintenance allowed.
(4) Scalable Capacity: Standard parallel interface allows for flexible capacity expansion. Seamless scalability and efficient mass production ensured.
(5) Simplified Operations: Intelligent on-site installation, adaptive node support, and fault indication reduce operational workload by 70%.
(6) High-Efficiency Design: No-isolation structure improves overall efficiency. Independent battery clusters avoid loop current and reduce losses to a minimum.
(7) Super Safety: Six-layer security design, multi-information fusion for best protection.
(8) Efficient Upgrade: The system supports both local and remote upgrades; broadcast upgrade is over 90% faster compared with traditional ways.
(1).Peak Shaving & Load Shifting: Using stored energy during peak hours saves high costs on electricity.
(2).Power Stability: During changes in power generation from renewable sources, utilize reserve capacity for stability.
(3).Reliable Backup: Provide dependable backup power during outages or continuous power in off-grid areas.
(4).Peak & Off-peak Efficiency: Save energy by utilizing stored energy at peak demand times and recharging at low-demand hours.
(5).Maximize Renewable Energy: Make the most out of your solar or wind energy generation by utilizing the stored power when generation is at its peak and storing excess energy for later use.
(6).Lower Grid Upgrade Costs: Minimize expensive grid upgrades by integrating distributed energy systems into your setup.
