lithium-ion

The Chinese lithium-ion battery producer has taken significant stakes in two U.K. entities associated with a mine which could hold up to 8.8 million tons of the raw material in clay deposits.

The German battery manufacturer will make products for electric trucks and buses at the facility, which is expected to employ 200 workers and produce 400 megawatt-hours of batteries annually.

Belgian research institute imec this week said it has set a performance record of 400 watt-hours per liter – at a charge rate of 0.5 – for a solid state lithium metal battery. The institute says it is working with the University of Hasselt to scale up production of solid state cells on a pilot line in Belgium.

Initially, the company will construct a 16 GWh factory plus a joint venture fab with Volkswagen in Germany, which will also have a throughput of 16 GWh. Both factories could be extended to tap further into the large market for battery cells in Europe.

Scientists say they have observed how the instability of vanadium disulfide in lithium-ion batteries occurs and claim to have solved the problem by applying a nanolayered titanium disulfide coating.

The “E-Magic” research project is set to receive over €6.7 million from the EU Horizon project. The aim is to develop new batteries the are more powerful, cheaper and safer than lithium-ion ones; and it could pave the way for the establishment of a competitive battery cell production landscape in Europe.

Lithium-ion prices are jolting upwards, it’s time to take a second generation storage solution seriously. Craig Irwin of ROTH Capital Partners says his company has been a long-term skeptic on both the lithium-ion battery cost curves shared by major OEMs and price forecasts presented by industry consultants.

The ASX-listed company which aspires to ‘close the loop’ on the energy-metal cycle has successfully produced lithium-ion batteries from tri-lithium phosphate sourced directly from a mine dump. It has also reported outstanding results in lithium recovery in excess of 90%, using its SiLeach process at the ANSTO Minerals pilot plant in New South Wales.

Testing lithium-ion, redox flow, and sodium-sulfur technologies, EPC provider CMI Energy wants to establish which types of system, or which combinations, are most suitable for different applications using the 4.2 MWh facility.

Sydney Water’s Bondi sewage pumping station will soon be storing solar energy through the use of 30 kWh of sodium-ion batteries, a cheaper alternative to the traditional lithium-ion batteries.