100KWh Energy Storage System 400 Volts High Voltage For Store
It supports a 40A rated charge and discharge current, up to 160A maximum continuous charge current and 200A maximum continuous discharge current, and is compatible with most available hybrid and off-grid inverters and charge controllers for commercial battery storage and solar energy storage systems.
The rack mounted solar system energy storage battery is safe and reliable, integrated with the Grade A LiFePo4 cells, offering 8000+ deep cycles. Meanwhile, because of the low self-discharge and no memory features, users can use it over a 15-year lifespan.
Charging this 100KWh energy storage system ESS lifepo4 battery pack from solar panels in the day or grid during the off-peak period will save more money. It requires no maintenance, simply connect with HV inverters, and we can conveniently check the data of solar systems from an APP in real-time.
This 100kWh/400V high-voltage energy storage system is a mature Commercial & Industrial (C&I) solution designed for retail stores, small warehouses, and various commercial outlets. It aims to meet needs regarding reliable backup power, peak demand management, and renewable energy integration. The system primarily utilizes Lithium Iron Phosphate (LiFePO4) technology, with a nominal voltage typically between 358V and 400V (operating voltage range generally 280–408V); it integrates efficiently with three-phase hybrid inverters and supports 380/400Vac grid connection.
Parameter
|
NO |
Model No. |
BP-HP-50KWH |
BP-HP-100KWH | BP-HP-150KWH | BP-HP-200KWH | |||
|
1 |
Rated Voltage |
256V |
358.4V | 512V | 716.8V | |||
|
3 |
Rated Capacity |
200Ah |
280Ah | 300Ah | 280Ah | |||
|
4 |
Rated Energy |
51.2KWh |
100.3KWh | 153.6KWh | 200.7KWh | |||
| 5 | Voltage Range | 200V～292V | 280V～408.8V | 400V～574V | 627.2V～817.6V | |||
|
6 |
Cycles(80% DOD) |
8000 cycles |
8000 cycles | 8000 cycles | 8000 cycles | |||
|
7 |
Depth of Discharge |
80% |
80% | 80% | 80% | |||
|
8 |
Charge Current |
40A |
40A | 40A | 40A | |||
|
9 |
Discharge Current |
40A | 40A | 40A | 40A | |||
|
10 |
Maximum Continuous Charge Current |
160A |
160A | 160A | 160A | |||
|
11 |
Maximum Continuous Discharge Current |
200A |
200A | 200A | 200A | |||
|
12 |
Operation Temperature |
Charge: 0℃~55℃,Discharge: -10~55℃ |
||||||
| 13 | Display | LCD | ||||||
| 14 | Cell Type | LiFePo4 Lithium Ion Phosphate Battery | ||||||
| 15 | Communication | RS485/CAN/RS232 | ||||||
| 16 | Compatibility | Compatible with most of available off-gird/hybird inverters and charge controllers | ||||||
| 17 | BMS | Intelligent battery mangement system | ||||||
Product Features
100kWh capacity, ideal for small-to-medium C&I applications
With a 100kWh capacity, the system meets needs such as peak shaving and valley filling, backup power, and PV energy storage for factories, commercial buildings, farms, telecom base stations, and data centers, striking an optimal balance between capacity and footprint.
01
High-voltage architecture reduces system current
Compared to low-voltage energy storage systems, high-voltage batteries operate at lower currents for the same power output. This minimizes energy loss and heat generation in the cabling, thereby enhancing overall system operational efficiency.
02
Rack-mounted design facilitates installation
Featuring an independent rack structure, the system allows for modular deployment tailored to the specific site. It eliminates the need for complex wall-mounting structures, making it particularly suitable for commercial environments such as factory floors, equipment rooms, and energy storage cabinet zones.
03
LiFePO4 cells balance safety and cycle life
Utilizing Lithium Iron Phosphate (LiFePO4) technology, the system offers superior thermal stability and cycle performance, making it well-suited for C&I energy storage projects that require frequent, long-term charge-discharge cycles.
04
Why choose a 400V high-voltage architecture over a low-voltage solution for a 100kWh energy storage system?
This 100kWh/400V high-voltage energy storage system can charge during off-peak hours or via on-site PV generation and discharge during periods of high electricity prices, thereby smoothing out load fluctuations. Paired with a 50kW Power Conversion System (PCS), it effectively offsets significant peak demand over several hours, depending on the load. This commercial and industrial Battery Energy Storage System (BESS) enables peak-valley arbitrage and reduces demand charges; its integration with PV systems further boosts the self-consumption rate of energy, reducing reliance on the grid during daytime and early-evening peak periods.
What standard safety and reliability features does the 100kWh/400V high-voltage energy storage system offer?
This energy storage unit is equipped with multi-level BMS protection to mitigate risks such as overcharge, over-discharge, overcurrent, and thermal runaway; these measures are complemented by aerosol or gas-based fire suppression systems, smoke and heat detectors, and isolation mechanisms. The system complies with certification standards including IEC 62619, UN38.3, and grid connection codes. These features not only address critical safety concerns associated with lithium-ion battery systems but also ensure consistent, stable operation in commercial applications. Real-world case studies demonstrate exceptional system reliability when the thermal management system effectively minimizes temperature differentials between cells.
Designed specifically for commercial outlets, this 100kWh/400V high-voltage energy storage system strikes an optimal balance between energy capacity, power performance, safety, and cost-effectiveness, meeting the needs of both commercial retail and light industrial sectors. When integrated with solar PV systems and an intelligent Energy Management System (EMS), the system helps reduce energy costs, enhance power supply resilience, and support sustainability goals.
It's more lightweight and compact than wall-mounted, and we support doing 4U or 3U design for different heights. It can be racked, installed in a cabinet, or just stacked up directly according to your requirement
Warranty Policy
For Energy storage batteries, we offer 10 years warranty to give customers peace of mind. Within 10 years, maintained for free. During use, if there has any technical questions, our technical team will give you the solutions soon. if need to replace any accessories and it is not caused by human factors, we will arrange to send the accessories as soon as possible within the warranty period. As for distributors or large-scale projects, if the problem cannot be solved online, our professional technicians will solve it on-site.
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