ENERGYMassive solar farms may alter local weather patterns and contribute to broader climate changes, showcasing the intricate relationship between energy and environment. Read the article to learn more.
Researchers create a cost-effective solar-powered atmospheric water harvesting technology using a super hygroscopic gel, capable of absorbing substantial water in arid environments. Check it out in this article.
Demand for coal briefly resurged amid the war in Ukraine but still saw declines and is now overtaken by wind and solar, without counting hydroelectric power. Read to learn more.
Stanford researchers have created solar panels that generate electricity 24/7, boosting the potential for clean energy generation. Read more to learn about this exciting development in solar power!
Researchers have created a device that can convert plastic trash and greenhouse gases into sustainable fuels and other useful items using just solar energy. Read the article to learn more details.
Continue reading to know how thin ribbons could produce energy for solar power technology! Phosphorene nanoribbons are ribbon-like strands of phosphorous, a 2D material made of layers of atoms that are just one bit thick, similar to graphene.
Wave Swell Energy has reported the successful year-long test of their one-directional wave energy generator. Read on to learn about WSE's Uniwave200 and how it outperformed expectations.
Swiss scientists discovered a novel synthetic fuel that was derived only by using solar power, carbon dioxide, and water. Read on to find out more about the revolutionizing technology that can neutralize the immense carbon footprint of aviation.
Researchers created the first perovskite solar cell that could compete with silicon-based cell performance and potentially redefine solar power technology. Read the article to learn more.
China has announced intentions to construct a solar power facility in space. Continue reading to learn how much solar energy it can send back to Earth.
New technology was developed to do what solar panels can but in reverse. Learn more about how the thermoradiative device works and how it supports the conventional solar panel options we have today.
The UK is the latest country to try to build a space-based solar power plant in a bid to revolutionize energy and reduce carbon emissions. Read on to learn more details.
Nuclear power is not the greatest option for helping people survive on Mars. Read on to know why scientists want to build a solar power plant on the Red Planet.
Scientists are set to demonstrate the capabilities of portable solar panels by driving a Tesla Model 3 solely powered by the Sun. Read on to learn further details.
A new study shows the latest development in the solar energy-saving technique. Learn more about the efficacy of the system, and how it could store solar energy for years.
Many countries are already developing their own space-based solar power stations. Read more to learn how it works and the benefit it can bring in the future.
A new study supported by Arizona State University and the US Department of Energy hopes to end the problematic e-waste produced by defunct solar panels.
A new study identified how organic solar cells could match the efficiency of silicon-based cells. UC Santa Barbara collaborated with numerous institutions to research the development of organic solar cells.
NASA spacecraft will be fueled by futuristic electric thrusters generating a blue glow when they launch in 2022 to the metal-rich asteroid Psyche, which is "worth more than $10,000 quadrillion."