Clean energy Solutions

While the majority of current vanadium demand underwritten by the steel industry as an additive to strengthen various grades of steel, a small, yet increasing amount of vanadium demand is being taken up by the global renewable energy market for its use in energy storage batteries.

as climate change leads to more extreme weather and related outages, backup and resilience only grow in value and importance

as climate change leads to more extreme weather and related outages, backup and resilience only grow in value and importance

technology metals rises on signing mou with leading vanadium redox flow battery company

Increasingly cost-effective batteries use “beautiful” metal to offer greener solution for renewable energy storage applications.

Flow batteries are a class of rechargeable battery with many desirable characteristics.

CENELEST, a joint research venture between the Fraunhofer Institute for Chemical Technology and the University of New South Wales, examines the potential of vanadium redox flow batteries in the future energy system.

Vanadium battery technology looks to be critical in terms of the capital cost of energy storage, due to its high efficiency, superior energy density, and most importantly, lengthy lifespan.

Transmission and distribution network operator Hokkaido Electric Power has contracted Sumitomo Electric Industries to supply a grid-scale flow battery energy storage system for a wind farm in northern Japan.

Utilities and onsite generators are using energy storage to harness electricity during the day and release electrons at night

A battery storage system can feed from the grid during low demand and release power to charge an EV during peak demand time

Flow batteries have been around since the 1980s and use liquid electrolyte in external tanks. What makes flow batteries unique is that their power and energy are entirely decoupled. To increase energy size, the system simply requires a larger tank and more electrolyte.

It is about the size of a small fridge and uses vanadium redox-flow technology to store energy, rather than the lithium-ion batteries that are used for powering laptops and electric cars. NASA is in fact exploring the same technology for future Mars missions, due to its long life, safety, and affordability.

Enabling the grid of the future requires more than one energy storage technology in the toolkit

The European Commission’s unveiling of a €750bn ($872bn) “green” infrastructure investment package this week is fuelling hopes of a demand revival for vanadium, bringing with it the potential to boost ferrovanadium prices and restore balance to converters’ profitability measures.

Flow batteries are a class of rechargeable battery with many desirable characteristics.

Increasingly cost-effective batteries use “beautiful” metal to offer greener solution for renewable energy storage applications.

While the majority of current vanadium demand underwritten by the steel industry as an additive to strengthen various grades of steel, a small, yet increasing amount of vanadium demand is being taken up by the global renewable energy market for its use in energy storage batteries.

While the majority of current vanadium demand underwritten by the steel industry as an additive to strengthen various grades of steel, a small, yet increasing amount of vanadium demand is being taken up by the global renewable energy market for its use in energy storage batteries.

By  Rod Walton for Power Engineering Flow battery technology in energy storage could eventually replace or compete with diesel generation and lithium-ion as part of a microgrid package but needs to…

By Eva Holland for Wired Sometimes the sun just shines too brightly on California. The state is such a glutton for solar energy —a million solar-paneled rooftops, hundreds of enormous solar stations—that…

While lithium batteries have taken center stage for energy storage, vanadium redox flow batteries could gain considerable traction in 2020.