A Chinese-invested 100-MW solar power plant has been connected to the grid in Azerbaijan. Featuring nearly 200,000 photovoltaic panels, the site is expected to generate about 200 million kWh of electricity and lower carbon output by roughly 97,000 tons annually. #China# #Azerbaijan# #CleanEnergy#

🌊 World's deepest floating wind platform connects to power grid The 16MW tension-leg floating wind platform "Haiyou Anlan" officially started supplying green power to offshore oil fields in the Pearl River Mouth Basin on August 6. It's the deepest and farthest of its kind globally, marking a world-class breakthrough for China's deep-sea wind tech.🌬️🌏 📍 Pearl River Mouth Basin, Guangdong #WindPower# #DeepSea# #CleanEnergy# #OffshoreWind# #HaiyouAnlan# #Guangdong# #Innovation# #RenewableEnergy# #ChinaTech# #FloatingWind# #GreenFuture#

“Clean power only creates value if it actually reaches where it is really needed.” @Hitachi’s Alicia Argüello explains why clean energy must be built for accessibility, reliability, and affordability to make a lasting difference. #BloombergGreen# #ClimateWeekNYC# ⏯️

Clean energy has a powerful new teammate. ⚛️ At Oak Ridge National Laboratory, Atomic Canyon is using HPE Cray supercomputing to teach AI to understand the language of nuclear power. See what’s next in cleaner energy.

Clean energy can deliver reliable, affordable, secure power worldwide. To help it reach communities where it can have the most meaningful impact, @BloombergDotOrg announced a new commitment at #LCAW2026# to support clean energy industries in developing economies. Read more in the @FT:

✍ Clean energy now accounts for a majority of India's capacity mix, marking a major shift despite coal's continued dominance in power generation, writes ROI's Gavin Maguire

We invented effectively unlimited clean energy in 1952. Within 20 years, we had basically given up on it. Works in Progress founder @bswud explains why the same thing could happen even in a world with AGI: "Example one is nuclear power. According to me, the best technology we ever invented before AI. In 1952, we invented a completely clean, massively scalable, effectively unlimited electricity source. And we basically gave up on it completely since then." "The other example is the Ottomans. There's a lot of historical debate on whether the Ottoman Empire literally banned the printing press. It turns out maybe there were a small number of Jewish and Greek language publications in Istanbul in the 1600s and 1700s." "But de facto, the Ottoman Empire banned the printing press, and there were hundreds of years where the Ottoman Empire didn't print anything. That kind of society beats technology thing could just happen." "That infrastructure is almost always constrained at some point by some social decision we make, whether through a law, through how property rights are done, through an institution, through a government decision, through planning policy." "I doubt we're gonna get out of a world where that stuff matters. So it might just be that the most efficient bottleneck to lift actually is changing laws." @WorksInProgMag @stripe