"Because of the density of wave energy, the technology has a relatively small footprint, generating around 50 times more power than solar panels would in the same area. On a breakwater that’s a kilometer long (six-tenths of a mile), for example, it’s possible to produce between three and five megawatts of electricity at any given time, enough to power between 3,000 and 5,000 households. The pilot in L.A. will be around 85 feet long, enough to generate 100 kilowatts. 'Most breakwaters are much larger,' says Braverman. The Port of L.A.’s extra-long breakwater could potentially generate power for as many as 60,000 households."

"Oklo’s flagship reactor technology is the Aurora Powerhouse, a vertically oriented compact passive fast-spectrum reactor derived from the Experimental Breeder Reactor-II (EBR-II) that features a hexagonal fuel element with a sealed heat pipe and a passive air-cooling system. While the company has so far marketed a 1.5-MWe microreactor version of the Aurora, it has now expanded its capacity offerings from 15 MWe to 100 MWe. The design is simplified with more affordable and simpler components, and it is modular, which allows the company to achieve cost competitiveness, the company says."

"Engineers for decades have chased the promise of fusion energy — a potentially limitless source of carbon-free power. There are demonstration fusion reactors running or under construction around the world. But none of the commercial devices — including Helion’s reactors — have been able to produce more electricity than they require to operate, let alone generate enough power to send to the grid. Some in the clean energy industry are skeptical it will ever work."