Product Details
Place of Origin: Changsha China
Brand Name: GCE
Certification: CE UL
Model Number: RBMS-S20-250A-750
Payment & Shipping Terms
Minimum Order Quantity: 1 set
Price: negotiate with cara@hngce.com
Packaging Details: Carton, Wooden Frame
Delivery Time: 20 days after the payment received
Payment Terms: T/T,L/C
Supply Ability: 1000 sets per month
Short Circuit Protection: |
Circuit Breaker(6KA)+Fuse (20KA) |
Warranty: |
3 Years |
Consumption: |
≤15W |
Type: |
Master And Slave BMS |
Safety Standards: |
UL/CE/CCC |
Isolation Voltage: |
2800VDC 1mA 1min |
Protection Level: |
IP20 |
Voltage: |
350V.750V.1000V（Use According To Rated Voltage Match） |
Short Circuit Protection: |
Circuit Breaker(6KA)+Fuse (20KA) |
Warranty: |
3 Years |
Consumption: |
≤15W |
Type: |
Master And Slave BMS |
Safety Standards: |
UL/CE/CCC |
Isolation Voltage: |
2800VDC 1mA 1min |
Protection Level: |
IP20 |
Voltage: |
350V.750V.1000V（Use According To Rated Voltage Match） |
For ref, a complete of our BMS includes master RBMS, slave BMU and wire harness, if the application with multiple racks in parallel, there will be SBMS demand.
The highly integrated battery management system offers seamless monitoring capabilities for optimal performance.
With a perfect self-checking and running status function, along with an HMI display screen, all system running information is easily visible and understandable.
Complete and reliable system control and protection strategies ensure battery safety and extend the overall life of battery packs.
Featuring a modular design, the system is configurable and expandable, allowing for flexible combination and expansion of multiple energy storage units to create a larger energy storage system. It can support up to 256 batteries in series (400 for lead-carbon batteries).
Abundant communication interfaces, including multiple RS485, CAN, Ethernet, dry contact input and output ports, enable easy communication with most PCS and monitoring servers on the market.
The communication interface protocol is flexible, as the system comes with the company's own protocol and can even be adapted to work with different manufacturers' PCS upon customer request.
A built-in large-capacity memory chip stores essential operating data, while an SD card can be added for historical battery data storage.
Automatic circulation control and automatic parallel/offline control make it easy to parallel connect battery packs for added convenience.
| Technical Parameters | ESS BMS |
|---|---|
| Humidity | 5%-75%RH |
| Isolation Voltage | 2800VDC 1mA 1min |
| Packs In Series Numbers | Max 26 Packs |
| Safety Standards | UL/CE/CCC |
| System Data Setting | Available |
| Battery Pack Strings | 192S |
| Battery Type | LifePo4/NMC/LTO |
| Protection Level | IP20 |
| Voltage | 350V, 750V, 1000V (Use According To Rated Voltage Match) |
| Communication | CAN/RS485/LAN |
| RS485/CAN | Supported |
| Manufacturer | GCE BMS |
| Features | Stackable high voltage bms |
| current | 125A,160A,250A |
| Communication port | CAN/RS485/LAN |
| Installation method | Suitable for standard 19-inch cabinet installation |
Commercial and industrial energy storage is a vital component in achieving energy efficiency, reducing costs, and enhancing energy resiliency. One effective way of storing the solar energy generated by extensive PV power plants is through PV power plant storage. This type of storage system helps to balance the discrepancies between energy supply and demand, making it feasible to use solar energy even during periods when the sun is not shining.
For islands and other off-grid regions, energy storage is essential for providing dependable and sustainable energy. Island off-grid energy storage systems are capable of storing excess energy produced during the day and using it during periods of low production or high demand, minimizing reliance on expensive and polluting diesel generators for electricity.
Along with traditional battery storage solutions, advancements in technology have led to the development of optical storage charge integration applications. This type of storage integrates a battery with an optical energy storage system, allowing for efficient capture and storage of solar energy. This is particularly useful in high-temperature environments where traditional batteries may not perform as well.
Micro-grid systems benefit significantly from energy storage solutions, which help to enhance grid reliability and stability. These systems can store excess energy, providing a backup power supply during peak demand or emergency situations. They also allow for seamless integration of renewable energy sources, such as solar or wind, into the micro-grid.
Energy storage is crucial for UPS power supply applications, where uninterrupted power is critical. UPS systems utilize stored energy to provide a backup power supply in the event of a power outage. This is vital for critical facilities like hospitals, data centers, and telecommunications networks, where even a momentary power interruption can have severe consequences.
In some cases, energy storage is used for direct power supply. For example, there are Power System 220V DC power supply systems that utilize stored energy to power essential devices or appliances directly. This eliminates the need for additional equipment, such as inverters, and increases overall efficiency.
In conclusion, energy storage technologies are crucial for effective energy management and promoting the use of renewable energy sources. From large-scale PV power plants to small micro-grid systems, storage plays a significant role in ensuring a reliable and sustainable energy supply.
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