624V 160A High Voltage BMS Communicate with Rs485 protocol For Lifepo4 Battery Storage

GCE 624V 160A High Voltage BMS Communicate with Rs485 protocol For Lifepo4 Battery Storage

Model no.: RBMS07S20-160A624V	Contents
	Number of moudel strings: 195S (15S*13) 1set Master BMS, 13sets 15S Slave BMU 13sets 15S Wire Harness * 4U standard 19inch case * Efficient, stable and reliable
	12S-24S BMU(Slave) 12S-24S BMU has 8pcs of temperature sensors, Fan voltage 48V(17S-24S 12V), voltage detection range 0-5V,12V power supply,consumption less 20mA, CAN2.0 B communication
	Wire harness-Signal acquisition wire 18 Pin+20Pin wire, standard length is 600mm,900mm,1200mmtempreture sensor wire: standard length is 600mm,900mm,1200mm Fan wire: 600mm
	Wire harness-communication wire Communication wire is connecting from the master BMS to each BMU with a cascade connection, the last port is for terminal resistance
Communication protocol: Rs485, CAN, LAN	W482*H180*D500mm

The company comes with the company's
communication protocol, but also according to customer needs to adapt to PCS of different manufacturers.

Specification

Product Name	BMS
Model no.	RBMS07S2-0-160A624V
protecting method	MCCB+Contactor
Rated Current range	-250A~250A
Voltage Range	384V-1000V
Current Sampling Accuracy	1.0%FSR
Communication interface with PCs	RS485/CAN
Communication interface with BMU	CAN
Communication interface with RBMS	RS485/CAN
Communication with monitoring software/EMS	Ethernet
Support IAP upgrade	Yes
Support HMI display and parameter	No(Optional plug in)
Insulation detection	Yes(Optional)
High voltage power module	Support DC start (optional)
Dry contact output (normally open)	No
Maximum qty of BMUs	20
Power	24VDC(18~28V)
Power consumption	≤20W
Size(W*H*D)mm	4U (440*178*500)
Way out	Front
Center Tap	Support(Optional)
Net weight	23kg

Application

UPS BMS

ESS BMS

Off-grid Solar System

Hybrid Solar System

Grid-Tie Solar System

Telecom Base Station

HomeESS

Energy Storage system

Packing

Why Choose Us

GCE BMS is a valuable ally for BMS design, particularly when applied to exploring and addressing design challenges within hardware development, prototyping, and testing. With an accurate lithium-ion cell model in play, the model of the BMS architecture is the executable specification recognized as the virtual prototype. In addition, simulation permits painless investigation of variants of BMS oversight functions against different battery and environmental operation scenarios. Implementation issues can be discovered and investigated very early, which allows performance and functional safety improvements to be verified before implementation on the real hardware prototype. This reduces development time and helps ensure that the first hardware prototype will be robust. In addition, many authentication tests, including worst case scenarios, can be conducted of the BMS and battery pack when exercised in physically realistic embedded system applications.

Contact me

Jojoling Weng

Whatsapp me: +86 15570747076

Wechat: +86 15570747076

Email: wenglin@hngce.com

Linkedin: https://www.linkedin.com/in/jojoling-weng-74b47b220/

Facebook: https://www.facebook.com/GCEjojoling/

Youtube: https://www.youtube.com/channel/UCm5HlGPOAZyF8nIkAVhN73Q

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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.