Meeting U.S. and Global Needs

Energy is a leading discussion topic around the globe. The U.S. Energy Information Agency forecasts the U.S. will need an additional 340 GWe of generating capacity by 2040. Globally, demand for electricity is expected to rise by more than 3,000 GWe in the same period.

New nuclear plants are necessary to lessen the world’s dependence on a finite oil supply, to meet the needs of both developed and expanding economies, for the diversification of fuel mix, and to slow the amount of CO2 emitted into our environment.

Current U.S. energy market metrics/challenges include:

Coal
  • 318 GWe from 1,112 coal-fired power plants
  • Aging infrastructure with 50 percent of power plants more than 40 years old
  • Changing EPA regulations are making small coal plants uneconomical to operate
  • Increasing concern with power production that emits greenhouse gases such as CO2.

Natural Gas
  • 418 GWE from 493 natural gas-fired power plants
  • Approximately 50% of the domestic natural gas power production is performed in Texas and Louisiana
  • Historical volatility of natural gas prices

Wind/Solar
  • Wind and solar are playing an increasingly important role in our energy supply, but they only produce power about 25% of the time (depending on the weather).

Nuclear
  • 100 GWe from 104 plants represent 10% of U.S. capacity and provides 20 percent of total U.S. generation
  • NRC licenses expire and retirements begin in 2029. All plants retire by 2050.

NuScale has developed a clean, reliable, and economical technology that will play a significant role in meeting future demand in the U.S. and other nations.

Read more about nuclear energy and the rising global demand for energy.
Aging Coal Plants
U.S. Aging Coal Plants - Capacity by Year of Operation (click to expand)
US and WorldWide Nuclear Energy 2010-2011 Report
Projected Electric Capacity Dependent on Nuclear License Renewals (click to expand)
Source: "US and Worldwide Nuclear Energy." US Nuclear Regulatory Commission. NUREG-1350 v. 24. (2012-2013): p. 17
Carbon Emissions by Energy Sector
Tons of Carbon Dioxide Equivalent per Gigawatt-Hour (click to expand)
Source: "Life Cycle Assessment of Electricity Generation Systems and Applications for Climate Change Policy Analysts," Paul J. Meter, University of Wisconsin, Madison, August 2002.