energy

The work establishes a direct link between material composition and degradation pathways.

The new cathode design suppresses c-collapse without lowering energy capacity.

The Austin-based company plans sealed small modular reactors, starting with a 5-megawatt DOE-backed pilot using off-the-shelf components.

Unit 5 is projected to enter commercial operation in 2029, followed by Unit 6 in 2030.

GyroSwin learns 5D plasma dynamics using AI, then delivers accurate fusion simulation results in seconds instead of days.

The floating reactor is a modified version of Korea’s SMART -the first ever SMR to receive a design approval in the world.

The structure pairs recycled turbine blades with pollinator-friendly plants across its façade.

The technology could recycle energy normally lost from industrial exhausts.

Helios uses 12 large magnets and 324 smaller magnets to confine the plasma for nuclear fusion.

The technique avoids uses explosive gases during manufacturing process increasing safety of Li-ion batteries.

The US automaker plans to invest roughly $2 billion to scale this business in the two years.

Built with Encory, the Bavarian center will reuse battery production scrap using lower-energy recycling.

Researchers say bidirectional EV charging could turn car batteries into valuable energy assets for homes.

RMJs are part of a fusion machine’s toroidal field coils, which confine the plasma.

FULCRA will create integrated component test facilities to validate commercial designs, qualify supply chains, and demonstrate industrial-scale reliability.

Inlyte is moving its iron-sodium battery technology into real-world operation.

The initial three campuses under this new accord are now in the active development phase.

BWRX-300 completed Step 1 of the GDA process in December 2024.

Modern lithium-ion batteries use layered nickel-rich oxide cathodes to store more energy.

By removing electricity from the equation, researchers found lithium behaves very differently inside charged membranes.