TAE Technologies Highlights

Part of our mission is to spark curiosity in young minds and empower students to explore careers in #STEM –  laying a strong foundation for their personal growth and the future of innovation

Today, we’re delighted to unveil a new, dedicated digital space to advance education in science, technology, education, and math, with a special focus on the potential of fusion power. 

This space, combined with the local work of our STEM outreach team, is designed to support schools and organizations in guiding the next generation of creative thinkers and inspire students to imagine, explore, and lead the way into a new era of energy solutions

As you can see from this year’s Girl Scouts of Orange County STEM Expo, our demos can be an electric good time! Visit TAE.com/STEM to learn more

Advanced materials and additive manufacturing (AM) – also known as 3Dprinting – are some of the best tools in our toolbox to accelerate our progress toward commercial fusion power.

As TAE Project Engineer Vincent Pilard shared at this year’s Global AM Summit, our successful integration of AM has been key to solving fusion engineering challenges quickly and sustainably.

“The global energy demand is on course to double by 2050 – fusion is capable of sustaining the planet for thousands of years, safely delivering environmentally responsible baseload power,” Pilard presented at the NAMIC Singapore event. “Leveraging AM optimizes our capability to build components with complex geometries and develop engineering solutions with high-performance materials.”

No tricks over here, just a treat! The next installment in our “Fusion Future” poster series is now available!

This custom artwork takes inspiration from TAE’s vision for greener, fusion-powered communities. With access to hydrogen-boron fusion power plants, the world’s neighborhoods could thrive with increased electrification of transportation, homes, schools and businesses – as well as future-focused innovations like vertical farming for a climate-resilient local food supply.

As the world’s energy consumption continues to climb, we’re going to need an abundant, carbon-free, reliable power source to match that need. Fusion is the solution.

Another successful APS Division of Plasma Physics conference is in the books!

The TAE team headed to Atlanta this month to present 13 new posters and a contributed talk highlighting our advanced plasma performance and stability with optimized neutral beam injection; new diagnostic tools; and enhanced modeling frameworks.

That’s just the tip of the research iceberg – to see the results of our hard work in the lab this year, visit TAE.com/research for more 

The latest release in our “Fusion Future” poster series is here!

“The Path to Fusion Power” is inspired by TAE’s vision for compact, aneutronic fusion power plants fueled with hydrogen-boron. 

Hydrogen-boron is the safest possible fuel for fusion, with zero carbon emissions, no long-lived radioactive waste, and more than 100,000 years of supply accessible all around the world. 

Using this approach, TAE Fusion Power energy plants would be safe enough to be placed even in the middle of a bustling city – no high-voltage transmission lines, deep mining, or miles of acreage required