Tag Archives: floating platforms
‘A massive enterprise’: California’s offshore wind farms are on a fast track
A new gold rush doesn’t begin to describe the urgency of harnessing wind off California when it comes to meeting climate goals. The first, substantial step has been taken: In December 2022, the federal government auctioned off 583 square miles of ocean waters off Humboldt Bay and the Central Coast’s Morro Bay to five energy companies — with more lease sales expected. The five wind farms will hold hundreds of giant turbines, each about 900 feet high, as tall as a 70-story building. But the still-evolving technology of floating wind farms makes it challenging to analyze the viability and impacts of these projects. Experts say a lack of existing data on potential environmental effects means that much of the scientific understanding will only begin after they are operating. A CalMatters analysis shows that California’s offshore wind projects carry a host of implications and uncertainties. Photos, more, >>CLICK TO READ<< 14:07
“A massive enterprise’: California’s offshore wind farms are on a fast track
The tantalizing possibility of capturing wind energy from giant floating ocean platforms is considered essential to achieving California’s ambitious goal of electrifying its grid with 100% zero-carbon energy. The state’s blueprint envisions offshore wind farms producing 25 gigawatts of electricity by 2045, powering 25 million homes and providing about 13% of the power supply. The projects will be a giant experiment: No other floating wind operations are in such deep waters. From China to Rhode Island, about 250 offshore wind farms are operating around the world, mostly in shallow waters close to shore and secured to the ocean floor. But the areas off California with the strongest winds are far from shore and too deep for traditional platforms, so developers are planning clusters of floating platforms about 20 miles off the coast, in waters more than a half-mile deep and tethered by cables. Photos, >>click to read<< 10:49
