Who’s shaping the future of clean tech? 🌎⚡
Nominate them for the 2026 CleanTech Alliance Awards and help spotlight the leaders, innovators, and advocates making a difference.
Don’t wait—submit your nominations today!
https://t.co/ZOqgetdyZq
See what’s next in fusion. Join Washington Fusion Week—bringing together companies, researchers, and leaders advancing fusion energy.
Early bird pricing ends this Sunday—register now!
Join us June 10 in Seattle for our next Data Center Series event featuring speakers Greg Cullen from Energy Northwest & Ahlmahz Negash from Tacoma Public Utilities.
Data Center Energy & Transmission Needs
📅 June 10 | Seattle
👉 https://t.co/2FK5D7kYUD
#CleanTech#Energy
Data centers are growing fast—policy & permitting are critical.
Join us May 13 in Seattle for our next Data Center Series event featuring Microsoft speakers Lauren McDonald & Mikaela Winter.
Let’s talk what’s shaping the future. https://t.co/KZjumxR9Bp
WSU engineering students are helping power the future of Washington State Ferries with a student-designed system that will enable hybrid-electric vessels to charge efficiently at Seattle’s Colman Dock. https://t.co/J89OyYnEuA #WSU#GoCougs
Day 3 of #FusionEnergyWeek2026 is here! Help spread the word about the science and technology that will make fusion the energy solution of tomorrow. Visit https://t.co/n5bESSKUBn for a list of virtual and in-person events around the US and beyond. #FusionEnergyWeek
Join @INL and Outpost Taphouse in Idaho Falls for Fusion Trivia Night in celebration of #FusionEnergyWeek! We’ll have multiple rounds designed to engage both scientific and nonscientific audiences. Visit https://t.co/n5bESSKUBn to learn more. #FusionEnergyWeek2026
This #FusionEnergyWeek, join us for a virtual tour inside the National Ignition Facility. With 192 laser beams and the world’s most energetic laser system, @lasers_llnl is a cornerstone of fusion and high energy density science research. https://t.co/8DcCRCjfKq
To celebrate Fusion Energy Week, the UK Atomic Energy Authority is hosting a virtual open evening, featuring a tour of our facilities
📅 6 May 2026
⏰ 8pm–9.30pm
📍 Online (Microsoft Teams)
➡️ You must register for this event in advance https://t.co/inC5jB3g6u
#fusionenergyweek
The U.S. #battery industry built strong cell and module capacity. Employment is at a 50-year high. 180+ facilities commissioned across 38 states.
The materials layer — where import dependency actually lives — hasn't scaled at the same pace.
That's the gap we're working on.
More from @CSIS: https://t.co/Bgrz3F3Ieu
#BatteryTech #Manufacturing #MadeInUSA
As part of @PPPLab’s #AI4Fusion Colloquium Series, this #FusionEnergyWeek seminar will focus on the development of interpretable Machine Learning (ML) driven solutions for critical challenges in magnetic confinement fusion. Visit https://t.co/n5bESSKUBn to learn more.
Only a few days left to submit for the 2026 Grid Innovator of the Year Awards!
These awards celebrate an electric utility, tech solution provider and an individual who have made strides to bring grid modernization to life.
Submit nominations by May 8. https://t.co/NBFrXLNkYs
Hello fusioneers! #FusionEnergyWeek2026 is officially here! Please share with your family, friends, coworkers, and local communities! This is a great chance to learn, connect, and be part of the growing global #fusionenergy community. https://t.co/n5bESSKUBn
Today we announced a third-party analysis of our Magnetized Target Fusion (MTF) fuel cycle design by Savannah River National Laboratory has been peer-reviewed and published in the scientific journal, Fusion Science and Technology. This publication supports the feasibility of our commercial fuel cycle design for General Fusion’s MTF power plant.
The study was completed under the U.S. Department of Energy’s INFUSE program and evaluated key parameters of our MTF approach. The researchers at SRNL examined the tritium fuel required to start up and operate a General Fusion power plant, as well as the doubling time needed to breed enough tritium to fuel a second plant. When compared with publicly available data for traditional fusion approaches such as tokamaks and stellarators, the SRNL study found that General Fusion’s MTF commercial design:
👉 Requires less tritium for the start-up of a commercial fusion power plant;
👉 Achieves a significantly shorter doubling time—the amount of time needed to breed enough tritium to fuel a second power plant; and
👉 Indicates an MTF power plant will produce enough tritium to ensure a self-sustaining fuel source based on the higher tritium breeding ratio.
Read more: https://t.co/fsP4LF19KJ
We invented and scaled a silicon anode that replaces a 34-year-old graphite standard — delivering more energy, faster charging, and lighter #batteries across EVs, consumer electronics, and beyond.
The transition from graphite to silicon is underway, and we're building it in the U.S.
Proud to be recognized on by @SFTribune.
https://t.co/U51ZWCi0Wi
We’ve made TIME’s list of the 100 Most Influential Companies of 2026!
Energy innovation has never mattered more, and this moment reflects the extraordinary Helion team building with urgency toward the world’s first fusion power plant.
#TIME100Companies