Korean liquefied petroleum gas company enters the rapid charging market of all vanadium flow battery
2022-05-27
According to the report of Korea economic news on May 20, as a subsidiary of South Korea LS group, South Korea liquefied petroleum gas (LPG) circulation company E1 announced to enter the electric vehicle charging business.
Korean E1 company plans to build electric vehicle charging facilities connected to energy storage system (ESS) at E1 filling stations across the country. This is to get rid of the business structure relying on LPG circulation and ensure new growth momentum.
On May 18, Ju Donghui, the representative of the new growth business department of Korean E1 company, and Jin Fuji, the representative of Korean standard energy company, signed a cooperation agreement on the ultra fast electric vehicle charging business connected to the energy storage system (ESS) at the E1 headquarters in Longshan District, Seoul, South Korea.
South Korea E1 company plans to install ultra fast electric vehicle chargers at LPG filling stations in South Korea and connect them with the vanadium ion battery based energy storage system (ESS) of South Korea standard energy company to build charging infrastructure. Vanadium ion battery technology is the first technology developed by Korean standard energy company in the world. Because there is no ignition risk, it can be safely used in LPG filling station.
About News
- How to improve the activity of Vanadium Redox Battery electrode?
- VFB-1KW all-vanadium flow energy storage system
- What are the advantages of all-vanadium redox flow battery energy storage technology?
- Significance of vanadium flow battery energy storage
- World's largest lithium-vanadium hybrid energy storage system starts up at Oxford Energy Centre
- Sequoia materials company recycles 6gwh waste lithium batteries every year
- Smart Energy Storage System Micro-grid Monitoring System
- Current large-scale applications of vanadium redox flow batteries
- Swedish new research is committed to improving EV battery recycling process
- Focus on 315, the construction of lithium battery energy storage fire protection system behind the fire risk of new energy vehicles
Products








