GCE RS485 CAN Protocol Solar Battery System ESS BMS 204.8V50A 64S High Voltage 2U BMS

GCE RS485 CAN Protocol ESS BMS 204.8V50A 64S High Voltage 2U BMS

Product Features:

※ Advanced battery management system---The highly integrated battery management system can realize seamless monitoring.

※ Perfect self-checking and running status checking function, with HMI display screen, system running information is clear at a glance.

※ Complete and reliable system control and protection strategies, comprehensively guarantee battery safety and escort to extend the life of battery packs.

※ Modular design, configurable and expandable---multiple energy storage units can be flexibly combined and expanded into a larger energy storage system.

※ Abundant communication interfaces---multiple RS485, CAN, Ethernet, dry contact input and output interfaces, supporting communication with most PCS and monitoring servers on the market.

※ The communication interface protocol is flexible---the factory comes with the company's communication protocol, and it can also be adapted to the PCS of different manufacturers according to customer needs.

※ The built-in large-capacity memory chip can store a large amount of key operating data, and an SD card can be added to realize battery historical data storage

※ Automatic circulation control and automatic parallel/offline control can easily realize the parallel connection of battery packs.

Application:

◎ Photovoltaic power station energy storage

◎ Island off-grid energy storage

◎ ESS

◎ Micro-grid

◎ UPS power supply

◎ Power System 220V DC power supply

Product Specifications:

RBMS Accessories List:

Precautions For Use:

1)There is a high voltage inside the energy storage system. It is strictly forbidden to open the case for disassembly,

assembly and maintenance without the company or its authorized technicians, otherwise the electric shock will be released and the warranty rights will be lost.

2)It is strictly prohibited for any wire or connector in the BMS to overlap the positive and negative poles of the battery,

otherwise there may be a danger of short circuits and damage to the circuit board.

3)it is strictly prohibited to be close to the water source or fire source to avoid the fire of the battery due to a short circuit or overheating.

4)after the secondary protection is triggered, the circuit breaker is controlled by BMS. After disconnection, the system must be powered off to eliminate the fault,

and can be powered on and started again after an interval of at least 1 minute, otherwise, it may cause damage to the shunt coil of the circuit breaker because it is too late to emit heat.

5)If you need to cold start the UPS/PCS from the battery, you must first close the battery switch on the UPS/PCS side before starting the battery.

If you start the battery first, and then close the battery switch on the UPS/PCS side, since the DC side of the UPS/PCS side generally has a large capacitance,

the instantaneous capacitance is equivalent to a short circuit. At this time, the current charged by the battery to the capacitor will be much higher than that of the RBMS machine.

The rated value of the contactor is very easy to cause ablation and adhesion of the contactor's contact.

The contact resistance of the contactor's contact increases and heats up or the contact cannot be disconnected, which triggers the secondary protection

Safety Precautions:

1)The tools used by installation and commissioning personnel must have insulation protection.

2)During installation, debugging and maintenance, you must wear insulated rubber gloves, goggles, and insulated rubber boots as appropriate to avoid safety accidents as much as possible.

3)If the metal of the wire ends during the installation, debugging and maintenance process falls into the battery room, be sure to use an insulated tool to take it out, and do not leave the sundries.

4)When maintenance is required, the main circuit breaker of the RBMS must be disconnected, and the connection between the battery pack and the PCS DC bus must be cut off.

5)According to different project requirements, the parameters such as the charge and discharge current and charge and discharge voltage of the battery management system have been set during the initial installation and commissioning.

The parameters must not be changed without authorization, otherwise, the battery life may be shortened, and the battery may be affected more seriously. Cause serious harm and cause safety accidents.

6)In case of fire around the energy storage cabinet, please use a dry powder fire extinguisher or fire sand to extinguish the fire. Using liquid to extinguish the fire may cause electric shock.

7)If the system is not used for a long time, be sure to disconnect the main circuit breaker of the battery cabinet.

8)Try to avoid long-term use in the following working environment:

◎Places that exceed the temperature or humidity range specified in the specification

◎Places subject to strong vibration or susceptible to impact

◎Places exposed to direct sunlight or close to heat sources

◎Places with dust, strong corrosive substances, flammable and explosive materials, and high salt spray

Hunan group control energy technology Co., Ltd. (GCE) is a high-tech company specializing in the research and development of BMS and lithium battery peripheral equipment.

working in the factory:

The high-performance intelligent lithium battery management system produced by our company adopts the international leading technology, which greatly improves the battery management efficiency and prolongs the service life of lithium battery. The advanced BMS control strategy avoids the difficulties and instability faced by most competitors for our BMS.

4S to 24s low voltage software BMS has a wide range of uses, rich product interfaces, strong scalability and secondary development compatibility; 30s to 75s BMS adopts master-slave integrated design and relay solution to meet the lithium battery demand of multiple strings of small capacity batteries. Greatly reduce the use cost of users; 60s-270s adopts master-slave three-level architecture, which can meet the series and parallel requirements of high-capacity single lithium batteries within 1000V.

By mastering the core technology of BMS and inventing on this basis, our company has developed a variety of lithium battery peripherals to meet the high-quality needs of the market.