Product Center
You are here: Home » Products » Vanadium Redox FLow Battery » Home use » China 2.5KW Vanadium Flow Battery VRFB System - China CEC VRFB

loading

Share to:
facebook sharing button
twitter sharing button
line sharing button
wechat sharing button
linkedin sharing button
pinterest sharing button
sharethis sharing button

China 2.5KW Vanadium Flow Battery VRFB System - China CEC VRFB

The new generation of household energy storage products developed by Jiurong adopt high-safety and long-life Vanadium Redox flow Battery solution.

System integrates battery stack, electrolyte tanks, circulation system, battery management systems (BMS), and other subsystems.

The electricity generated by household PV system can be stored in batteries for self-use, and the excess electricity can be fed back to the grid through grid connection to realize comprehensive energy management.

It  can be used  in  small  commercial,  household,  communication  base  stations  and  other scenarios.

Availability:
Quantity:
  • VRB-2.5

  • VCEC

Product Features:

  •     The system is highly integrated, small footprint and short construction period.

  •     Adopt vanadium Redox flow battery energy storage system, which is high safety and long cycle life; The electrolyte can be recycled.

  •     Battery system can be deeply charged and discharged.

  •     Advanced energy management system provides the most economic operation strategy for PV system, energy storage system and loads.

  •     System support parallel connection.

  •     The working mode is dynamically adjustable, with the function of switching between on-grid and off-grid, and the MPPT function of PV system to improve energy efficiency.


Previous: 
Next: 
Home
Sales Office:  Eurasian Plaza, No. 73 Sunshine New Road, Shizhong District, Jinan City, China   WhatsApp: +86-13805318726
Emailjrchina@aliyun.com 
                  richard@vcecenergy.com
    Tel: +86-18660157588 / +86-531-67811857
    
​Copyright © 2021 CEC Science & Technology Co., Ltd. Support by sdzhidian