GCE High Voltag BMS 70S224V 100A Integrated BMS Lifepo4 BMS for BESS UPS LFP System UPS lithium battery Storage Solution

The HV 70S 224V 100A BMS is designed for home energy storage systems and can be effectively combined with an inverter to create an efficient setup. The BMS, which stands for Battery Management System, typically collaborates with other devices such as inverters, chargers, UPS, or PCS to ensure optimal performance. In certain cases, specific communication protocols may be necessary to facilitate communication between the master BMS and other devices. By working in tandem, the BMS and the inverter enable features like peak shaving and valley filling, effectively managing energy storage.
A complete set of the HV 70S 224V 100A BMS includes the following components:
Master BMS (Model: RBMS09-S70S-100A): This serves as the central control unit for the system. It comes with its corresponding wire accessories, which consist of 6p temperature sensing wires and 16p voltage sensing wires.
Additionally, there are two variations available for the integrated BMS. One is a standalone model, while the other can be paralleled with other systems, albeit at a slightly higher cost.

Summary:

The RBMS09 Integrated BMS is designed for applications such as home storage, micro-grid applications, UPS power supply, and power systems with a 220V DC power supply. It consists of multiple components integrated into a compact structure, including the BMS main control board, BMU sampling board, high-voltage board, switch power supply, Hall sensor, DC contactor, micro-breaker, fuse (optional), power terminal, structural enclosure, and harness.

70S224V 100A BMS Features:

1. Integration of the main control board, sampling board, and power components. The main control board, sampling board, and power components are seamlessly integrated.    

2. Compact structure and flexible installation. Compact design allows for flexible installation.

3. Suitable for integration with small-capacity batteries, specifically lithium iron phosphate (LFP) batteries. Specifically designed for seamless integration with small-capacity batteries, particularly lithium iron phosphate (LFP) batteries.

4. Supports 60-series or 75-series battery configurations. Supports battery configurations of either 60-series or 75-series.

5. Temperature and current sensing using reliable and heat-free Hall sensors. Temperature and current are sensed using reliable and heat-free Hall sensors.

6. SOC estimation accuracy ≤5%. Provides state-of-charge (SOC) estimation accuracy of ≤5%.

7. Address setting through a 3-bit DIP switch. Address settings can be easily configured using a 3-bit DIP switch.

8. 2-channel relay dry contact outputs. Equipped with 2-channel relay dry contact outputs.

9. 4-channel contactor expansion with auxiliary contact detection. Allows for expansion with a 4-channel contactor and auxiliary contact detection.

10. Provides software for battery system debugging and parameter modification via PC. Software is available for battery system debugging and parameter modification through a PC.

11. Supports parallel operation (up to 7 units). Supports parallel operation of up to 7 units.

12. Stores up to 5000 detailed records. Capable of storing up to 5000 detailed records.

13. Supports HMI display screen. Supports integration with an HMI display screen.

BMS technical parameters:

FAQ(Frequently Asked Questions):

Q1: What are the applications suitable for RBMS09 Integrated BMS Component?

RBMS09 Integrated BMS Component is suitable for applications such as home storage, micro-grid applications, UPS power supply, and power systems with a 220V DC power supply.

Q2: What battery configurations does RBMS09 support?

RBMS09 supports two battery configurations: 60-series and 75-series.

Q3: How many voltage and temperature sensing points are available for 60-series and 75-series batteries?

For 60-series batteries, there are a total of 12 voltage and temperature sensing points. For 75-series batteries, there are a total of 15 voltage and temperature sensing points.

Q4: What type of sensor is used for current sensing in RBMS09?

RBMS09 uses Hall sensors for current sensing. These sensors provide reliable and heat-free current measurements.

Q5: What is the estimation accuracy of the State of Charge (SOC) in RBMS09?

The estimation accuracy of State of Charge (SOC) in RBMS09 is ≤5%.

Q6: How is the BMS address set in RBMS09?

The BMS address in RBMS09 is set using a 3-bit DIP switch.

Q7: Can RBMS09 support parallel operation?

Yes, RBMS09 supports parallel operation.

Q8: What is the maximum number of units that can be paralleled?

The maximum number of units that can be paralleled with RBMS09 is 7.

Q9: How many detailed records can RBMS09 store?

RBMS09 can store up to 5000 detailed records.

Q10: Does RBMS09 support an HMI display screen?

Yes, RBMS09 supports an optional HMI display screen.

GCE BMS operation guide.pdf