Renewable energies are expanding their potential with nearshore locations, offering a range of unique advantages.
A solar plant built with materials obtained from recycled wind turbine blades illustrates the transition from renewable energy to the circular economy.
Solar ship sails or tents are some of the applications of these ultra-thin and unprecedentedly efficient photovoltaic panels.
Increased wind intensity and regularity, along with low visual impact, are driving the deployment of offshore wind energy.
The Balearic Islands in Spain will host a pioneering project to revolutionize how we produce and consume renewable energy.
It may be low-cost and pocket-sized, but this innovative device could help power millions of IoT sensors in cities and the countryside.
An innovative technology expands the potential of solar energy to produce electricity even at night.
As a new self-consumption solution, this technology uses vibrating masts that can be installed almost anywhere.
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Solar thermal energy, also called solar thermal power or thermoelectric energy, is a renewable energy that uses the heat of the sun to produce clean electricity on a large scale. Like photovoltaic energy, which uses light energy from the sun captured by solar cells, solar thermal technology uses the sun's heat to warm a fluid, produce steam, and generate electricity in a conventional thermal process. There are also several technologies used to produce thermal energy: parabolic trough and central tower, primarily.
Solar thermal energy, also called solar thermal power or thermoelectric energy, is a renewable energy that uses the heat of the sun to produce clean electricity on a large scale. Like photovoltaic energy, which uses light energy from the sun captured by solar cells, solar thermal technology uses the sun's heat to warm a fluid, produce steam, and generate electricity in a conventional thermal process. There are also several technologies used to produce thermal energy: parabolic trough and central tower, primarily.
