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Search: "solar"
Oct 15, 2026 - China`s largest integrated solar-hydrogen-storage project operational Oct 13, 2026 - THIS is the most efficient PV module in the world! Oct 13, 2026 - The Hidden Problem With the World`s Most Efficient Solar Panel Oct 11, 2026 - Europe`s Hidden 25 GW Renewable Energy Opportunity Oct 9, 2026 - Australia`s Massive Battery Fix: Saving the World`s Most Isolated Grid Oct 9, 2026 - What Happens When We Have Too Much Clean Power On The Grid? Oct 9, 2026 - China`s innovative solar grazing greens arid grasslands and power a sustainable future NEXT >> Showing 1 to 7 from 453 search results |
Oct 9, 2026 - What Happens When We Have Too Much Clean Power On The Grid? What happens when there`s too much renewable energy and nowhere for it to go? Curtailment is one of the most misunderstood concepts in the energy industry — and it affects every electricity consumer in the US, whether they know it or not. In this video, Ovais Kashif and Sam Anwar from Modo Energy break down exactly what curtailment is, why it happens, and what it actually costs. When a solar farm or wind farm is forced to stop producing electricity — even though the sun is shining and the wind is blowing — that`s curtailment. It sounds counterintuitive, but it happens every single day across the US power grid. There are two main reasons a renewable resource gets curtailed. The first is a simple supply and demand mismatch: too much generation, not enough load. Think California in spring — mild temperatures mean air conditioning demand is low, but solar output is climbing fast as daylight hours increase. The grid can`t absorb it all, so solar farms get told to switch off. The second cause is transmission congestion: the energy is being generated in one place (far west Texas, the California desert, the middle of the country for wind), but the wires needed to move it to cities and load centers just aren`t big enough to carry it all. |
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Oct 9, 2026 What Happens When We Have Too Much Clean Power On The Grid? |
