Meredith Poor + 871 MP May 20 Jinko 75 GW Trina 75 GW JA Solar 60 GW Longi 50 GW First Solar 10 GW Total: 270 GW In the middle of the summer, US max electric power production is about 750Gw. The implication of the above table (projected capacity/shipments for 2023 by the named companies) is that these companies could completely replace all other power generation sources at that peak 'nameplate' capacity in 3 years. Since some parts of the US are already getting 50% of their power from wind and/or solar (or other 'renewable' energy sources), the 'remainder' needed might be closer to 2 years. However, this is 'middle of the day' in the 'middle of the summer' and doesn't account for 24/7 power demand throughout the year. Storing power for the non-daylight hours might require 20 hours x 600 GWh of storage, or 12 TWH of storage over the span of one day. 12 Twh divided by 300 watt-hours per liter (common capacity in LiFePO batteries, and possible in some other chemistries) is 40,000,000,000 liters. This divided by 1000 is 40,000,000 cubic meters. Dividing this by 2 (2 meter high battery banks) yields a ground coverage of 20,000,000 square meters, or 20 square kilometers. This would otherwise be a rectangle 4 Km x 5 Km on a side, or about 2.4 miles x 3 miles. While 'one day's storage' might not be adequate, this illustrates the triviality of the land area in comparison to the area needed for solar panels. All of the capacity and shipment information came from company sites, generally annual or quarterly reports. Quote Share this post Link to post Share on other sites