Duke Energy seeks to increase solar energy capacity
Utility aims to show more support for solar power Duke Energy, one of North Carolina’s leading energy utilities, is looking to increase its solar capacity. The utility expects to see a growth in the consumption of energy over the next 15 years and intends to provide customers with access to solar power in order to accommodate growing demand for electricity. While demand for solar energy specifically is still relatively low, the utility wants to increase its solar capacity in order to comply with new government policies and emission regulations. Demand for solar energy is on the rise According…
Utility aims to show more support for solar power
Duke Energy, one of North Carolina’s leading energy utilities, is looking to increase its solar capacity. The utility expects to see a growth in the consumption of energy over the next 15 years and intends to provide customers with access to solar power in order to accommodate growing demand for electricity. While demand for solar energy specifically is still relatively low, the utility wants to increase its solar capacity in order to comply with new government policies and emission regulations.Demand for solar energy is on the rise
According to Duke Energy, the demand for electricity is growing fastest within the commercial sector. Many businesses are expected to consume more electrical power in the coming years. Energy efficiency measures are likely to slow this growth to about 1% over the next 15 years. Duke hopes to invest more aggressively in solar energy in order to help accommodate the growing demand for electricity within the commercial sector.Utility to raise solar capacity to 2,163 MW by 2031
Duke has plans to increase its solar energy capacity to 2,163 megawatts by 2031. Next year, the utility is expected to have 735 megawatts of solar capacity in operation. While Duke is showing more support for solar energy, the utility has also made note of its limitations. One of the utilities top concerns regarding solar power is it intermittent nature. Solar farms can only generate electricity when exposed to sunlight. During stormy weather, when the sun is hidden behind a blanket of clouds, these solar farms generate somewhat less electricity than intended. Because of this intermittency, more conventional forms of power are often considered ideal because they have proven to be very reliable.