Hello, as far as I know, 10 square meters of land can be installed with around 1 kW. One acre of land is approximately 666.7 square meters, which can generate approximately 66 kW of electricity. The average annual electricity production is 4 degrees per year. kilowatt. Multiplying 66 by 4 equals approximately 264 degrees per year. 1,700 acres consume approximately 163,812,000 kWh of electricity per year. However, the calculation of electricity production depends on the specific installation location. Electricity production must be calculated based on the specific local average radiation and peak sunshine. Different places are different every day.
15 million.
Take the example of an acre of land. One acre of land is equivalent to 667 square meters. 100 to 140 square meters can install a 10 kilowatt photovoltaic power plant. approximately 50 kilowatts of photovoltaic power generation, and the cost is approxiron 50. About 10,000, 30 acres is 30 times 500,000 is 15,000,000, which is 15 million. Therefore, 30 acres of photovoltaic power generation requires an investment of 15 million.