The BP Deepwater Horizon blowout took a massive toll on our environment and the region’s wildlife and communities. For three months after the initial explosion, millions of gallons of crude oil and thousands of tons of methane spewed from the sea floor. Eleven people were killed and dozens more injured. Five years later, we are still suffering from the effects.
The use of solar power is expanding rapidly across the United States. By the end of 2014, the United States had 20,500 megawatts (MW) of cumulative solar electric capacity, enough to power four million average U.S. homes. This success is the outcome of federal, state and local programs that are working in concert to make solar power accessible to more Americans, thereby cleaning our air, protecting our health, and hedging against volatile electricity prices.
America’s major cities have played key roles in the clean energy revolution and stand to reap significant benefits from solar energy adoption. As population centers, they are home to the largest electricity markets and can have an important influence on the way we power our grid. Many cities are already benefitting from smart policies that encourage investment in solar energy.
Fracking is dirty. From the very beginning of clearing a site for drilling, through extraction, transport and delivery of finished products, fracking poses significant risks to our air and water and to human health. People who live and work near fracking sites are at greater risk for respiratory and neurological diseases.
Oil and gas industry spokespeople routinely maintain that the risks of fracking can be minimized by best practices and appropriate state regulation. Not only is this false – fracking is harmful even when drillers follow all the rules – but drillers also regularly violate essential environmental and public health protections, undermining their own claims. A look at recent data from Pennsylvania, where key industry players pledged to clean up their acts, illustrates the frequency with which companies still break the rules.
Wind power is on the rise across America. The United States generates 24 times more electricity from wind power than we did in 2001, providing clean, fossil fuel-free energy that helps the nation do its part in the fight against global warming.
American wind power is already significantly reducing global warming pollution. In 2013 alone, wind power averted 132 million metric tons of carbon dioxide emissions – as much as would be produced by 34 typical coal-fired power plants. But with the United States and the world needing to move toward a future of 100 percent clean energy in order to prevent the worst impacts of global warming, America must do much more.
If America were to take advantage of just a fraction of its wind energy potential to get 30 percent of its electricity from the wind by 2030, the nation could cut carbon emissions from power plants to 40 percent below 2005 levels. That much wind power would help states meet and exceed the carbon dioxide emission reductions called for by the Environmental Protection Agency’s draft Clean Power Plan, and help the nation meet its commitment to cut U.S. carbon pollution by 26 to 28 percent by 2025.
North Carolina could meet its energy needs by capturing just a sliver of the virtually limitless and pollution-free energy that strikes the state every day in the form of sunlight. With solar installation costs falling, the efficiency of solar cells rising, and the threats of air pollution and global warming ever-looming, solar power is becoming a more attractive and widespread source of energy every day.
Solar energy is on the rise across the country.The amount of solar photovoltaic (PV) capacity* in the United States has tripled in the past two years. More than half of all new U.S. electricity generating capacity came from solar installations in the first half of 2014, and the United States now has enough solar electric capacity installed to power more than 3.2 million homes. North Carolina is a national leader in solar energy adoption, ranking tenth among U.S. states for cumulative installed solar electric capacity as of the end of 2013.