Champion level sponsors donate more than $24,000 a year to the
program. GlaxoSmithKline’s sponsorship will add more than
700,000 kWh of cleaner, renewable energy to North Carolina’s
power supply. The generation will annually offset approximately
1.5 million pounds of carbon dioxide, which is equivalent to offsetting
nearly 1.8 million miles worth of emissions by automobiles in
the state.
By contributing to NC GreenPower for the second
year, GlaxoSmithKline is continuing to fulfill its mission to
improve the quality of human life by enabling people to do more,
feel better and live longer. GlaxoSmithKline’s participation
not only shows their support for NC GreenPower, but also demonstrates
the company’s strong commitment to providing a cleaner environment.
“By supporting NC GreenPower, GlaxoSmithKline
is able to both reduce the levels of certain greenhouse gases,
thereby making a positive impact on the environment, and champion
the development of renewable energy resources in North Carolina,”
said Robert Nash, Manager of Environmental Health and Safety at
GlaxoSmithKline.
NC GreenPower’s success revolves around corporate
sponsors like GlaxoSmithKline. “Corporate sponsors are essential
to the early growth of a renewable energy program,” says
Carl Wilkins, corporate
development manager for NC GreenPower. “We want to help
provide value to those sponsors, so that they can see the benefits
that their participation creates both in our state and in the
marketplace. Corporate stewardship of the environment is an important
step toward encouraging all consumers to start the change. GlaxoSmithKline
is a leader in that effort.”
NC GreenPower is a subsidiary of Advanced
Energy, a Raleigh-based nonprofit corporation that helps utility,
industrial and residential customers improve returns on energy
investments. The corporation focuses on industrial process technologies,
motors and drives testing, and applied building science. Advanced
Energy is responsible for meeting energy needs while reducing
harmful environmental threats caused by energy use.