EE - NEWS

POWER SYSTEMS

NEWS

EVENTS

BOOKS

LINKS

NEWS EEE EEE NEXT >

Apr 30, 2026 - How Does Italy Balance Agriculture and Solar Energy in Agrivoltaic Projects?

Apr 29, 2026 - Oil Chaos Is Triggering an EV Boom!

Apr 28, 2026 - Solar Saturation & Grid Collapse: Spain`s BESS Opportunity

Apr 26, 2026 - Why Electric Trucks matter MORE than Electric Cars!

Apr 25, 2026 - Fusion reactors now work, but how close are they to rollout?

Apr 24, 2026 - Two Harvests. One Field. California`s Smarter Solar: Agrivoltaics

Apr 24, 2026 - China`s solar exports double in a month to hit record highs

EEEEEE NEXT >

Showing 1 to 7 from 1912 news

In order to extend the content of this website, we invite you to contribute any information, including news, events, books, blog posts, universities, links, etc., you find helpful about power system engineering.

Apr 1, 2026 - 1,000+ Seconds of Stability! This Shanghai Startup is Winning the Global Fusion Race

Shanghai-based fusion startup Energy Singularity announced that its HH70 high-temperature superconducting (HTS) tokamak has set a global milestone for a commercially built nuclear fusion device -- sustaining a steady-state, long-pulse plasma current for 1,337 seconds.
Founded in 2021 as China`s first private fusion energy company, Energy Singularity completed and commissioned the world`s first HTS tokamak, the HH70, in June 2024.
The device has conducted 5,755 experiments, with the latest round achieving the thousand-second-level pulse.
Nuclear fusion, which simulates the sun`s thermonuclear reaction and is commonly known as "artificial sun," is regarded as the ultimate solution to humanity`s energy and carbon emission challenges.
High-temperature superconducting materials, with zero resistance, generate strong magnetic fields to hold the "fireball" in place for sustained ultra-high-temperature combustion.
The R&D team uses AI to control the system in real time, precisely capturing thousands of key parameters such as temperature and density.
The HH70 device boasts independent intellectual property rights, with a localization rate exceeding 96 percent.
Building on this key experimental platform, the company is now accelerating development of its next-generation device, the HH170, with the goal of achieving net energy gain from fusion, the company revealed.