Richard Wang, CEO of Voya Energy, discusses the advantages of electrochemical metal fuel conversion compared to traditional thermal combustion on Catalyst with Shayle Kann.
Assertion Open · timeframe Aug 2029
Wang: Voya achieves direct fully delivered cost parity with diesel
“With U.S. Scrap, you're already at diesel parity when it comes to fuel costs. Which is a critical thing for us. We're not commanding a green premium or any other sort of premium. Direct cost parity with diesel for fully delivered cost, including all the proces…”
Disclosure
Wang: Voya's generator runs indefinitely via continuous aluminum refueling
“And so with this, you can basically continuously refuel the cell as frequently as you need. So if you need to run continuously for a hundred hours or a thousand hours, you could do that with this design because it's a continuously refuelable system.”
Assertion Supported
Wang: Aluminum fuel is twice as energy-dense by volume as diesel
“In fact, is from a volume basis, about twice as energy dense as diesel on an as-converted basis. So come at the amount of electricity you're getting out per, you know, liter per gallon of fuel. And then even on a weight basis, you are a little bit better than …”
Assertion Supported
Wang: Voya achieves 100 MW per acre, quadrupling diesel density
“Per in terms of megawatts per acre, the power density, how much power you can pack in per acre, we are approximately a hundred megawatts per acre in our high density configuration, which is about four times higher than a diesel generator installation”
Assertion Open · timeframe Aug 2029
Wang: Voya cuts front-line fuel shipping volume by roughly 70%
“And then in terms of fuel logistics, especially for the military use cases where they're using the fuel so inefficiently, we have a substantial energy density benefit, about 20 to 30% Less mass and about 70% less volume shipped to the front lines for a typical…”
Assertion Not checkable as stated
Wang: Impurities in low-grade aluminum scrap improve Voya's electrolyte stability
“We just had a nice breakthrough a couple days ago, I don't think you've heard about this yet, where some of the common impurities found in the lowest grades of scrap actually have a significant beneficial impact on the stability of our electrolyte.”