wonder what the energy density they achieved.. Li-Ion is 0.90-2.23 MJ/L and Gasoline is 35 MJ/L. Liquid natural gas is 25 MJ/L. E85 is 31 MJ/L with ~35% ICE efficiency you figure it has to be 15-25MJ/L range to be comparable
cool tech with future potential. Semi-Solid Lithium Rechargeable Flow Battery - Duduta - 2011 - Advanced Energy Materials - Wiley Online Library This allows the anode and cathode to be scaled for the power needed in the battery, but the energy is in solution and can be stored in a tank. You can charge the semi-solid energy carrier on-board or off board. This seems like it has huge potential for cars and electrical buffering on the grid. It sounds like it will be a while before it is commercialized.
yeah it has the potential to solve current EV shortcomings: long charge time and range. Given that pumping in/out would take minutes/not hours and 5-20 time density would give 350-1400mi range in current packaging.