{"id":6655,"date":"2026-10-04T20:00:00","date_gmt":"2026-10-04T17:00:00","guid":{"rendered":"https:\/\/mikhailinvest.com\/floating-power-plants-are-opening-a-new-energy-frontier\/"},"modified":"2026-10-04T20:00:00","modified_gmt":"2026-10-04T17:00:00","slug":"floating-power-plants-are-opening-a-new-energy-frontier","status":"publish","type":"post","link":"https:\/\/mikhailinvest.com\/zh\/floating-power-plants-are-opening-a-new-energy-frontier\/","title":{"rendered":"Floating Power Plants Are Opening a New Energy Frontier"},"content":{"rendered":"

The renewable revolution is running out of space. Utility-scale solar and wind farms take up enormous tracts of land and are facing increasing legal pushback from many of the communities where their development is planned. However, an enormous expansion of clean energy resources is still needed to stay on track with any feasible pathway toward keeping global warming within 1.5\u00ba Celsius of pre-industrial averages \u2013 the threshold to avoid the very worst impacts of climate change. Moreover, the expansion of renewable energies is becoming more and more critical to global energy security as energy independence becomes the order of the hour<\/a>.\u00a0<\/p>\n

Against this backdrop, low-emissions energy production technologies that don\u2019t take up a lot of space on land are garnering increasing investment attention for their potential to fill a void in the market. Many of these emerging technologies still take up space, but they\u2019re moving off land and into the water in search of new frontiers. These floating power plants could become essential lifelines for coastal cities, and especially \u2018population hotspots\u2019, that need to expand their clean energy generation capacity but face increasing competition over scarce land.\u00a0<\/p>\n

\u201cFloating power plants can offer a permanent supply of energy, including for whole cities such as Pevek in Russia<\/a> \u548c Luanda in Angola<\/a>,\u201d The Conversation wrote in a report published earlier this week. \u201cThey can also provide temporary power for specific activities such as mining, or during emergencies including natural disasters or when infrastructure fails,\u201d the article went on to say.<\/p>\n

These floating power plants can come in different forms. As explained by The Conversation, they can be on ships, such as the very first floating power plant, the cargo ship SS Jacona, which was converted into a power source for the Northeast Coast of the United States way back in 1931. Or, they can be on barges, which \u2013 unlike ships \u2013 lack a motor. Or, they can simply consist of floating arrays or buoys which are fixed and non-transportable. Moreover, the way that these power plants can generate energy is extremely diverse, ranging from tidal and wave energy to solar photovoltaics to floating nuclear power plants.\u00a0<\/p>\n

A number of prototypes are currently being tested in waters around the world. In Taiwan, where establishing energy independence is not just a matter of energy security but of national security as China attempts to annex the island, floating solar panels could offer an invaluable lifeline<\/a> for the populous and land-scarce isle. A recent \u5b66\u4e60<\/a> found that these floating solar farms could be even more productive than land-based solar thanks to the natural cooling effects of the seawater, which increased the system\u2019s efficiency.<\/p>\n

\u201cFrom a broader perspective, our work shows that offshore floating solar is not just a technical alternative but a strategic solution for other countries with limited land resources that can help expand their renewable energy capacity while still meeting environmental and land-use constraints,\u201d one of the study authors elaborated in a \u65b0\u95fb\u7a3f<\/a> accompanying the study.<\/p>\n

These models aren\u2019t just relevant to populous coastal cities, but also to remote regions that face challenges to connect to the grid. Russia has been operating floating nuclear power plants since 2019 in order to provide power to remote populations in Siberia. And communities in the Mediterranean<\/a>, Norway, Japan, and \u5370\u5ea6<\/a> could be next.\u00a0<\/p>\n

On Beaver Island, in the United States\u2019 Lake Michigan, the University of Michigan is testing prototype devices<\/a> along the island\u2019s shoreline to convert kinetic energy from waves into electricity for the island\u2019s small and isolated population. \u201cIt\u2019s a combination of looking at cost savings and also wanting to be independent and not dependent on the mainland for everything,\u201d Seamus Norgaard, who lives on Beaver Island during the summer, told Grist for an \u6587\u7ae0<\/a> about the University of Michigan project published earlier this month. \u201cAnd then also the environmental outlook,\u201d he went on to say.<\/p>\n

While these technologies won\u2019t replace traditional models, they could provide essential resilience and diversity to the global energy mix at a time when both are sorely needed. In the context of climate change and extreme global geopolitical instability leading to energy market volatility, short and local energy supply chains that don\u2019t carry a large carbon footprint or land footprint are more essential than ever.\u00a0<\/p>\n

\u4f5c\u8005\uff1aHaley Zaremba Oilprice.com<\/a>\u00a0<\/p>\n

\u66f4\u591a\u6765\u81ea Oilprice.com \u7684\u70ed\u95e8\u6587\u7ae0<\/strong><\/p>\n