The contract is a component of the U.S. Department of Energy’s Energy Savings Performance Contract (ESPC) program.
Under this initiative, a limited number of qualified, private-sector energy service providers -- selected on a competitive basis – can provide energy efficiency, renewable energy and water conservation services to federally owned buildings and facilities.
According to federal officials, the Energy Department’s ESPC program is designed to save energy, reduce federal energy costs, cut greenhouse gas emissions, bring more cutting-edge technologies to use, strengthen national security and help strengthen the economy.
"Energy efficiency enables government agencies to devote more of their resources to their core mission,” said Jorge Lopez, President and CEO of ConEdison Solutions. "
We are proud that our company has been selected to help the Army function in a more energy-efficient environment. It is also important to remember that providers like ConEdison Solutions enable the federal government to meet its energy conservation goals without spending scarce dollars on facility upgrades.”
“Essentially,” Lopez explained, “the energy savings pay for the energy improvements.”
As one of sixteen vendors nationwide to earn designation as an approved provider, the Department of Energy (DOE) has formally recognized ConEdison Solutions’ qualifications for helping federal agencies achieve their ambitious energy savings goals.
Under the DOE awards, contractors design, construct and obtain financing for energy projects and facility upgrades. Then, over time, an agency pays for the improvements using funds that had been previously budgeted, and which would have otherwise been applied toward utility bills in the absence of an energy-reduction program.
In terms of both its financial impact and its capacity to reduce energy use, the ESPC initiative is highly beneficial to taxpayers. By using energy savings performance contracts, agencies can undertake energy initiatives without using appropriated money.
For additional information: