Discover Next-Gen Energy Solutions: Huijue Group's Energy CabinetsHJ-ESS-372L(150KW/372KWh)
Huijue Group’s industrial and commercial energy storage system is based on integrated design, incorporating batteries, BMS, EMS, PCS, and fire protection systems. It has multiple functionalities such as grid regulation, load tracking, and peak shaving. This system is flexible for expansion and suitable for various application scenarios, providing businesses with green energy, reducing energy costs, and ensuring the safety and stability of system operation.
- 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
| Product model: HJ-ESS-372L (150KW/372KWh) | |||
|---|---|---|---|
| DC parameters | AC parameters | ||
| Battery Type | Lithium Iron Phosphate | AC side rated power | 150KW |
| Cell capacity | 3.2V/280Ah | Maximum power on AC side | 165KW |
| System battery configuration | 1P416S | Cable total harmonic distortion rate | <3% of rated power |
| Battery rated capacity | 372kWh | AC side rated voltage | 380VAC |
| Battery voltage range | DC1165-1500V | Communication access method | 3P+N+PE |
| Charge and discharge rate | 0.5C | Rated grid frequency | 50/60Hz |
| Discharge depth |
80% | Power factor range | 0.98 |
| Battery cooling method | liquid cooling | Off-grid operation | support |
| System parameters | |||
| size | 1400*1300*2350mm(reference) | Temperature control method | Liquid cooling unit |
| Protection level | IP55 | fire protection plan | Aerosol, perfluorohexanone |
| System communication protocol | Standard: Modbus | Communication Interface | RS485, RJ45 |