Revolutionize Energy Storage with Huijue Group's Advanced Energy Cabinets HJ-ESS-100A(50KW/100KWh)
Huijue Group’s energy cabinet is a vital component of distributed energy storage. Its intelligent installation and operation greatly reduce on-site and maintenance workload, achieving a 70% efficiency improvement. Utilizing non-isolation design enhances system efficiency, while independent cell clustering eliminates circulating current, reducing power loss. A six-layer security protection design ensures system safety. Additionally, the energy cabinet supports multi-information integration, enabling local and remote upgrades, with broadcast-style program upgrade efficiency exceeding 90%, making it more efficient than traditional point-to-point upgrades.
- Swift power response, compatible with virtual power plant, grid-connected, off-grid, and other operational modes.
- All-encompassing design drastically reduces transportation time, on-site installation costs, and duration.
- Local data gathering, intelligent monitoring, and remote operation and maintenance capabilities.
- Standardized interfaces enable parallel connection of multiple units, facilitating seamless expansion and ensuring streamlined batch manufacturing processes.
- Intelligent installation and operation, featuring node adaptability, fault indication, and more, reducing on-site and operational maintenance workload by 70%.
- Non-isolation design enhances system efficiency; each battery operates independently within a single cluster, minimizing power loss without circulation.
- Six-layer security protection design incorporating multi-information integration.
- Local and remote upgrade options, supporting broadcast program upgrades, improving efficiency by over 90% compared to traditional point-to-point upgrades.
- Peak-valley electricity regulation
Utilizing energy storage devices to discharge electricity during peak electricity demand, thereby reducing high electricity bills.
- Enhance the stability of the power system
By storing energy and releasing it when needed, stabilize the intermittent output of renewable energy, thereby enhancing the stability of the power system.
- Emergency backup power supply
Provide power to the load in the event of a power grid outage or lack of power supply, or serve as backup power.
- Peak-valley electricity price utilization
Utilize the high and low electricity prices in different time periods for electricity trading to gain profits.
- Optimize the utilization of renewable energy
Maximize the use of photovoltaic power during the day, while storing excess electricity for use at night, thereby optimizing energy utilization efficiency.
- Reduce investment costs in power grid upgrades and transformations
In distributed power system scenarios, reduce the initial investment costs of power grid construction.
Parameters
| HJ-ESS-100A（50KW/100KWh） | |||
|---|---|---|---|
| DC Parameters | AC Parameters | ||
| Battery Type | Lithium Iron Phosphate | AC Side Rated Power | 50KW |
| Cell Capacity | 3.2V/280Ah | AC Side Maximum Power | 55KW |
| System Battery Configuration | 1P112S | Cable Total Harmonic Distortion Rate | At rated power <3% |
| Rated Battery Capacity | 100KWh | Rated AC Side Voltage | 380V AC |
| Battery Voltage Range | DC280-403V | AC Connection Method | 3P+N+PE |
| Charging And Discharging Rate | 0.5C | Rated Grid Frequency | 50/60Hz |
| Discharge depth | 80% | Power Factor Range | 0.98 |
| Battery Cooling Method | Forced Air Cooling | Off-Grid Operation | Support |
| System Parameters | |||
| Size W*D*H | 2000mm*800mm*900mm | Temperature Control Method | Natural Heat Dissipation |
| IP Code | IP20 | Fire Protection Plan | Aerosol |
| System Communication Protocol | Standard: Modbus | Communication Interface | RS485、RJ45 |