Clean power and fusion

Electronics, energy & space11 Oct, 2:53 pm · 6 min read

India's green hydrogen plants run far behind announced capacity

India has about 65 to 70 MW of electrolysers running against 25 GW announced, as weak demand and high costs slow big projects.

For you: Nepal has often discussed using surplus monsoon hydropower to make green hydrogen for fertiliser or transport. India's experience shows the bottleneck is cost and buyers, not only technology. An electrolyser is a large power-electronics load, so engineers who understand rectifiers, grid connection and the economics of running on cheap off-peak power will matter if Nepal tries it. Students writing a project or thesis on hydrogen should start from the cost gap these figures show.

Read the storyBEIBCE

Electronics, energy & space11 Oct, 2:41 pm · 6 min read

General Fusion heats plasma past 1 keV by squeezing it with metal

General Fusion's LM26 machine pushed plasma electrons above 12 million degrees Celsius using slow mechanical compression instead of lasers or magnets.

For you: Fusion experiments run on electronics. LM26 depends on pulsed-power circuits that dump huge currents in milliseconds, fast data acquisition and plasma diagnostics like Thomson scattering, which needed custom optics and timing to fit a cramped machine. These are instrumentation, power electronics and signal processing problems taught in BEI. Students should treat company timelines for net energy with caution; the measurable result here is the temperature, confirmed by two instruments and a national lab partner.

Read the storyBEI

Electronics, energy & space11 Oct, 2:35 pm · 5 min read

US approves construction of its first commercial small modular reactor

The NRC gave TVA a permit to build a 300 MW BWRX-300 small modular reactor in Tennessee after a 14-month review.

For you: Small modular reactors are being pitched to countries and industries that need steady power without building a gigawatt plant. Nepal has no nuclear plans, but the same story drives demand for engineers in instrumentation and control, grid protection and plant electrical design, fields that BEI and electrical graduates enter abroad. Civil engineers see it in containment and seismic structural work. The main lesson for students is that licensing, safety cases and standards take as long as the engineering, and that documentation skills matter.

Read the storyBEIBCE

Electronics, energy & space11 Oct, 1:40 pm · 5 min read

Proxima Fusion plans a superconducting tape factory in Germany

A deal with Lower Saxony targets Europe's first large-scale plant for fusion-grade HTS tape, a material made mostly in Asia today.

For you: The story shows how a new technology creates demand for a materials and manufacturing supply chain, not just for physicists. Making kilometres of thin superconducting tape needs thin-film deposition, process control and quality testing, skills shared with semiconductor fabs. For students, it shows that knowing how a component is made and tested at scale is valuable. Grids, motors and quantum computers are other users of the same tape, so the skills are not tied to fusion alone.

Read the storyBEI

Electronics, energy & space11 Oct, 1:34 pm · 5 min read

Clean hydrogen investment passes $130 billion, Hydrogen Council says

Committed projects now cover 6.9 million tonnes a year of capacity, but developers are cancelling others as costs stay high and demand stays weak.

For you: Hydrogen is often presented to students as the next big energy job market. These numbers suggest a slower and more uneven path, with China far ahead. The electrical side of an electrolyser plant, large rectifiers, grid connection and control, is BEI work, and the plant and pipework are civil and mechanical work. For Nepal, the useful question is whether surplus monsoon hydropower could make hydrogen cheaply enough to compete, and students can test that with the cost figures in these reports.

Read the storyBEIBCE

Electronics, energy & space11 Oct, 1:28 pm · 5 min read

Tokamak Energy runs superconducting fusion magnets at 13.7 tesla

A 14-month test of 44 high-temperature superconducting coils reached 13.7 tesla and logged about 10,000 hours of operation.

For you: HTS magnets are moving out of fusion labs into power cables, motors, MRI and grid fault-current limiters. Running them safely means cryogenics, quench detection, current control and protection circuits, which combine electromagnetics with power electronics. BEI students meet the foundations in electromagnetic theory and electrical machines. A forced-discharge test at 12.5 tesla is a reminder that protecting a system when it fails is as much engineering work as making it reach a record.

Read the storyBEI