Lightning-In-A-Bottle: New Fusion Tech Gets US$160M Funding Lightning-In-A-Bottle: New Fusion Tech Gets US$160M Funding

Lightning-In-A-Bottle: New Fusion Tech Gets US$160M Funding

Nuclear fusion start-up Zap Energy has completed a successful test on a prototype of its Z-pinch fusion technology. The company also raised US$160 million in Series C funding to further commercialize its technology.

Nuclear fusion, the energy process that powers the Sun, has the potential to provide unlimited sustainable and safe energy. Researchers have been developing fusion projects by generating high pressure and temperatures or using lasers. US-based Zap Energy is taking a different approach that has been called “lightning-in-a-bottle”.

Z-pinch technology is a type of plasma confinement system that “pinches” the plasma in a relatively short column by its own magnetic fields until it becomes hot and dense enough to produce nuclear fusion. Zap Energy reached a technical milestone by creating the first plasma in the company’s new prototype reactor named FuZE-Q. FuZE-Q is designed to surpass energy breakeven, which means the device can produce more energy than it consumes. The breakeven point could come “within a year”, according to a statement by Zap Energy.

Meanwhile, the company has also reached another milestone by closing a US$160 million Series C round. With the new funding, the company aims to bring its Z-pinch technology to market by producing garage-size small fusion reactors that could be used to power remote communities. They can also be combined to provide energy to cities.

“We can design, build and test systems at a much faster pace than other approaches, and we are working on technology in parallel that we are going to need on the other side of breakeven,” said Zap Energy President Benj Conway.

Did you enjoy this article?
You can find more on our Supertrends Pro app. Sign up for a 30-day free trial and find all the innovations and scientific discoveries relevant to you and your organization in one place.

Image: Laboratory scale Z-pinch showing glow from an expanded hydrogen plasma. Credit: Sandpiper at English Wikipedia


Jiqing Hansen

Having worked passionately for 15+ years in Medicine, I felt that I yearned to do something a little bit different, something that satisfies my curiosity and creativity, maybe something that helps to inform me and others what our world will look like in the future. That's when I took on the challenge of being the editor & expert relationship manager at Supertrends. I love the fact that I can still be in touch with my academic background when I am trying to understand and reach out to the experts in the most exciting fields. I also love the diverse and enthusiastic team at Supertrends. The best of all, I get to have a peek into the future, and I am at the position of helping many others to get the opportunity to look into the future.

Leave a Reply

Join us

    

Sign up for our Newsletter

Subscribe

Supertrends AG, Erlenstrasse 16, 6300 Zug