Volkswagen will invest $193 billion in electric cars and software
Volkswagen announced a blockbuster investment in new EV and battery development that will greatly increase its North American manufacturing presence.
This archive tracks real progress in clean and renewable energy — from solar and wind expansion to grid upgrades and policy wins. Each story focuses on what’s working, where, and why it matters for people and the planet.
Volkswagen announced a blockbuster investment in new EV and battery development that will greatly increase its North American manufacturing presence.
# Excerpt\n\nIndia’s renewable energy ambitions just got a tangible boost. Adani Green Energy has completed a 700 megawatt solar-wind hybrid project in Rajasthan that pairs solar panels with wind turbines on the same site—smoothing out the gaps that would otherwise force utilities back to fossil fuels. The design is elegant: solar peaks during the day, wind fills in at night and across seasons, delivering power at an efficiency rate of at least 50%, exceptional for either technology alone. This single project moves India’s 500-gigawatt renewable goal from aspiration toward real arithmetic.\n\n—\n\n**Word count: 98**
Spiral-welded wind turbine towers could quietly dissolve one of the biggest barriers holding back wind energy: the highway. Because conventional towers must be trucked in, U.S. road regulations cap their diameter — and therefore their height — well below what the physics of wind actually allows. Keystone’s mobile factories build towers on-site from coiled steel, removing that constraint entirely and making towers tall enough to reach stronger, more consistent winds. One tower doesn’t rewrite the industry, but it proves the concept works. If the approach scales, it could bring competitive wind energy to regions that have never had it.
Businesses will be able to reduce their taxable income by 125% of the cost of a renewables investment. Individuals will be able to claim a rebate to the value of 25% of the cost of solar panels.
Final approval is expected to be given by March, meaning the world’s largest trading bloc will soon officially be on track to almost completely phase out vehicles powered by combustion engines.
Wind and solar together generated 22.3% of the European Union’s electricity in 2022, edging past nuclear and gas to become the bloc’s largest power source for the first time ever. What makes this remarkable is the year it happened — Europe was navigating war-driven gas shortages, a once-in-500-year drought that crippled hydropower, and unexpected nuclear outages. Clean energy quietly absorbed most of the shock, with solar alone climbing 24% and twenty countries setting national solar records. Analysts now expect fossil fuel generation to fall by a record 20% in 2023 as the buildout continues. Europe’s experience offers a hopeful signal to the rest of the world: renewables aren’t just keeping the lights on through a crisis — they’re becoming the backbone of a modern grid.
University of Adelaide researchers claim to have made clean hydrogen fuel from seawater without pre-treatment. Their findings could eventually provide cheaper green energy production from a near-limitless source to coastal areas.
The funds will be used for the installation of more EV chargers, zero-emission trucks, school and transit buses, and hydrogen refueling technology.
Electric vehicles crossed a quiet but enormous threshold in 2022, making up one in every ten new cars sold worldwide for the first time. Roughly 7.8 million fully electric vehicles found buyers that year, even as overall car sales slipped. China led the charge, with EVs accounting for nearly a fifth of new cars sold there, while Europe wasn’t far behind at 11%. Behind the numbers is a deeper shift: battery prices have fallen dramatically over the past decade, and major automakers are doubling their EV output even as their broader sales decline. Ten percent is the moment a technology stops being niche and starts reshaping an industry — a hopeful signal for the global push toward cleaner transport.
Last year Finland built 427 new turbines with a combined power capacity of 2,430 megawatts. By 2025, wind is projected to cover at least 28% of the country’s power consumption.