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Solar Power 27 June 2025 - 29 July 2025

First Solar (NASDAQ:FSLR) climbs following profit beat, tariff refund bolsters margin
This New Solar Panel Tech Works Even at Night

This New Solar Panel Tech Works Even at Night

Thermoradiative energy generation – often dubbed “nighttime solar” or “anti-solar” power – is a new way to generate electricity after the sun goes down. It exploits a simple scientific principle: heat flows from warmer objects to cooler surroundings, and that flow can be converted into electricity. During the day, the Sun warms the Earth; at night, the Earth’s surface cools by radiating heat as infrared light into the cold darkness of space. Thermoradiative devices aim to tap into this outgoing heat radiation and turn it into usable power nature.com abc.net.au. In essence, they act like solar cells in reverse: instead of absorbing sunlight from a hotter source, they emit infrared light to a colder sink to drive an electric current nature.com unsw.edu.au. As long as the device is warmer than its environment, it will radiate heat and can produce electricity from that energy flow nature.com abc.net.au.
Renewable Revolution 2025: Game-Changing Innovations in Solar, Wind, Geothermal, Bioenergy & Hydropower

Renewable Revolution 2025: Game-Changing Innovations in Solar, Wind, Geothermal, Bioenergy & Hydropower

From ultra-efficient solar panels to turbines floating on the ocean, a wave of renewable energy breakthroughs is transforming how the world generates power. In 2025, these innovations – across solar, wind, geothermal, bioenergy, and hydropower – are moving from labs and pilot projects into real-world use, marking a pivotal shift in the global energy landscape. Renewables already supply over 30% of global electricity and are expected to surpass coal as the world’s largest power source by 2025 Ratedpower. Despite recent geopolitical and economic headwinds, the renewables industry added an extra 858 TWh of generation in 2024 – more than the annual electricity use of the UK and France combined, as one industry alliance noted Reuters. This rapid progress is drawing massive investment: global clean energy spending in 2025 is projected at $2.2 trillion Reuters, with solar alone attracting nearly $450 billion Reuters. “Countries are thinking about their energy security more than ever before and that means homegrown renewable power like wind and solar becomes more and more attractive,” says Euan Graham, an energy analyst Reuters.
1MW vs 100kW Solar Power Plants – Cost, ROI & Global Insights (India in Focus)

1MW vs 100kW Solar Power Plants – Cost, ROI & Global Insights (India in Focus)

Basic Definitions: A 100 kW solar power plant is a mid-scale photovoltaic system often used for commercial or community applications. In contrast, a 1 MW solar power plant is a utility-scale or large commercial installation – essentially 10 times the capacity of a 100 kW system. In solar context, 1 MW is a substantial plant capable of powering hundreds of homes, whereas 100 kW is suited to individual commercial sites or large residences. For perspective, 1 MW of solar can produce around 1.6–1.8 million kWh per year under good sun residentialsolarpanels.org residentialsolarpanels.org. That translates to roughly 150–200 average U.S. homes powered per MW of solar capacity linkedin.com. “One megawatt is enough to power roughly 670 homes [when averaged over a year],” notes Daniel Cohan, an engineering professor, highlighting how estimates can vary with usage assumptions cbsaustin.com. A 100 kW system, by comparison, can generate about 150–175 thousand kWh annually ornatesolar.com ornatesolar.com – sufficient for a large commercial building or a small community. In industry terms, systems above ~100 kW are sometimes dubbed “solar power stations” or utility-scale projects amplussolar.com.
Beaming the Watts Down: NASA × Ascent Solar’s Thin-Film Array Sets the Stage for Space-to-Earth Power Transmission

Beaming the Watts Down: NASA × Ascent Solar’s Thin-Film Array Sets the Stage for Space-to-Earth Power Transmission

Space-based solar power is the ambitious concept of harvesting solar energy in space and beaming it down to Earth. The idea dates back to 1968, when engineer Peter Glaser first proposed placing giant satellites in orbit to collect sunlight and transmit power wirelessly to Earth space.com. In theory, SBSP could tap a virtually unlimited 24/7 supply of solar energy in orbit, free from weather or nightfall. Experts note that orbital solar panels could generate 8 times more power than the same area on Earth’s surface pv-magazine-usa.com. Unlike ground solar or wind farms that stop producing at night or in bad weather, space solar stations could deliver continuous clean energy day and night, potentially displacing fossil fuels and stabilizing grids space.com.
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