Solar Power

Michigan’s Green Energy Boom: Utilities Hit 50% Renewables Target as Solar Grants Surge

Michigan Races Toward 50% Renewable Power Michigan’s clean energy transition has reached a major inflection point. A new report from the Michigan Public Service Commission confirms the state’s regulated utilities will end 2025 with over 8.3 gigawatts of renewables online, and “that capacity will more than double by 2030,” despite some uncertainties around federal tax credit phase-outs and trade tariffs interlochenpublicradio.org. This rapid expansion puts Michigan on track to meet ambitious new standards signed into law by state leaders: 50% renewable electricity by 2030, 60% by 2035, and 100% carbon-free power by 2040 interlochenpublicradio.org. Experts say these targets are not only

17 October 2025

Solar vs. Coal vs. Nuclear: Lazard’s 2025 Report Reveals the Cheapest Power Source

Introduction: The Race for the Cheapest Energy Source What is the cheapest form of energy today? It’s a complex question fueled by falling renewable costs, volatile fossil fuel prices, and urgent climate concerns. To cut through the noise, analysts often turn to the Levelized Cost of Energy (LCOE) – a metric that compares the all-in lifetime cost of different power sources. LCOE represents the price a generator must receive per unit of electricity to cover its construction, financing, and operating costs over its lifespan cbsnews.com. In essence, it’s a “apples-to-apples” benchmark of what it costs to produce a megawatt-hour (MWh)

16 September 2025

Coal · Cost Analysis · Energy · Nuclear Energy · NYSE:LAZ · Solar Power

Your Next Rooftop Will Be a Power Plant. Rooftop Energy Technologies: Present and Future Innovations.

Solar PV costs have fallen about 90% over the last decade. Modern home solar panels often exceed 20% efficiency, with typical residential systems of 5–10 kW. In the United States, over 4 million homes had solar panels by early 2024. Global rooftop PV adoption could reach about 100 million households by 2030. In the United States, the rooftop solar roofing market is projected to reach nearly $1 billion by 2025, as California mandates solar on almost all new homes starting in 2023. A Dutch startup unveiled the Blade X1 rooftop wind turbine at 1.4 meters tall, generating about 2,500–3,000 kWh

29 July 2025

Green Tech · Innovation · Renewable Energy · Rooftop Technology · Sustainable Living

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

Perovskite-silicon tandem solar cells achieved about 29% efficiency on commercial-size cells, exceeding traditional silicon panels. Bifacial solar panels boost energy yields by up to 30% in reflective environments such as snow or sand. Floating solar farms can raise output by roughly 15% due to water cooling of the panels. Covering 10% of the world’s reservoirs with floating solar could yield about 20 TW of capacity, roughly 20 times today’s global solar capacity. Offshore wind turbines now reach 15–18 MW per turbine, enabling major capacity gains in deep waters. Floating offshore wind pilots have been launched by Norway, France, and Japan,

10 July 2025

Green Technology · Renewable Energy · Solar Power · Sustainability · Wind Energy

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

100 kW solar plants typically use about 250 panels of ~400 W each, cover roughly 600–1,000 m², and generate about 150,000–175,000 kWh per year, enough to serve 15–30 homes. 1 MW solar farms deploy about 2,500 panels of ~400 W each, require ~16,000–20,000 m² (4–5 acres) of land, and produce around 1,600,000–1,800,000 kWh annually, enough for about 150–200 homes. In India, a 100 kW system costs about ₹50–80 lakh (₹0.5–0.8 crore) and a 1 MW system about ₹4–5 crore, roughly ₹60–₹80/W for 100 kW versus ₹40–₹50/W for 1 MW. India’s LCOE estimates place 100 kW at roughly ₹3–5/kWh and 1

6 July 2025

Cost Analysis · India · Power Plants · Renewable Energy · Solar Power

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

The space-based solar power (SBSP) concept was proposed in 1968 by Peter Glaser to place satellites in orbit and beam power to Earth. In 2023 Caltech’s Space Solar Power Demonstrator (SSPD-1) conducted three beaming tests in May, June, and July 2023 using the MAPLE flexible array to show ground reception of orbital power. In June 2025, Ascent Solar announced a 12-month Collaborative Agreement with NASA’s Marshall Space Flight Center (MSFC) and Glenn Research Center (GRC) to develop thin-film PV arrays for power beaming. Ascent’s copper-indium-gallium-selenide (CIGS) thin-film modules achieve about 15.7% production efficiency, with the Titan line targeting 17%+ efficiency

27 June 2025

NASA Research · NASDAQ:ASTI · Power Transmission · Renewable Energy · Solar Power · Space · Space Technology