Page 18 - Levelized Cost News Today

Decisions about how and when to decarbonize the global energy system are highly influenced by estimates of the likely cost. Here, we generate empirically validated probabilistic forecasts of energy technology costs and use these to estimate future energy system costs under three scenarios. Compared to continuing with a fossil fuel-based system, a rapid green energy transition is likely to result in trillions of net savings, even without accounting for climate damages or climate policy co-benefit...

In today's letters, our readers discuss climate change, the Queens cortege and EU Commission's view on democracy

The company strives to provide high-rate energy in African states to help increase the GDP rate. Since the development of a nation is not possible without

A Texas-based company involved with data analytics for the energy industry is acquiring a Spanish group as part of a continuing effort to expand its

Swedish company SeaTwirl says its floating vertical-axis wind turbines have what it takes to dramatically reduce the cost of deep offshore wind energy, and it's signed a deal with Westcon to build and deploy a commercial-scale 1-MW turbine in Norway.

Boston startup T-Omega Wind says it's prototyped and tested a unique floating offshore wind turbine that can withstand massive storms, but at 20% the weight and around 30% the price of conventional designs, unlocking the world's best wind resources.

New Delhi, Sept 6: Reliance Industries on Tuesday said it will acquire a majority stake in California-based solar energy software developer SenseHawk for USD 32 million (around Rs 256 crore). The acquisition of a 79.4 per cent stake in SenseHawk is part of the conglomerate’s aggressive push into renewable energy to decarbonise its oil and chemical-dominated business. SenseHawk, founded in 2018, develops tools for the solar industry to help companies streamline processes and use automation....

CalWave has been working on its xWave clean power technology for many years now, and has announced the successful conclusion of an extended open-ocean test off the coast of San Diego, in which the device demonstrated over 99% system uptime.

We interviewed the core team at Norway's World Wide Wind to learn more about its floating, tilting, contra-rotating, double turbine design, which it says can unlock unprecedented scale, power and density to radically lower the cost of offshore wind.

Norway's World Wide Wind has a radically different take on offshore wind power. These floating, vertical-axis wind turbines feature two sets of blades, tuned to contra-rotate – and they promise more than double the output of today's biggest turbines.