SunPower has started construction on the 135MW Quinto Solar Project in Merced County, California. The system will generate power for Southern California Edison's customers, under a long-term power purchase agreement. In accordance with the company's recently announced holdco strategy, SunPower expects to own and operate the solar power plant during construction.
"The advantages of SunPower's technology, combined with our global footprint of more than 4 GW of operating solar systems, give us confidence to deploy a holdco strategy with regard to Quinto," said SunPower President and CEO Tom Werner. "This strategy allows SunPower to realize the return on investment from the leading power-producing performance of our technology, and reduces the risk to potential buyers if we decide to sell the operational plant."
Including the Quinto power plant, SunPower has more than 500 MW of residential, commercial and utility solar assets under contract around the world that it may choose to own for a period of time before a strategic sale or continue ownership post-construction during the operational phase of the project. Under this holdco strategy, SunPower expects to improve project margins and drive higher shareholder returns by capturing the material benefit of its lower system degradation rates, long term project life as well as benefitting from distributions from the project as an equity owner.
SunPower anticipates that about 295 jobs will be created during peak construction of the project, with approximately $80 million in local economic impact. The company estimates that more than $5 million of tax revenues will also be generated as a result of the project. After completion, which is scheduled for late 2015, the Quinto project is expected to generate enough electricity for 40,000 homes and can reduce almost 134,000 tons of CO2 emission.
SunPower is constructing a SunPower® Oasis® Power Plant system at the approximately 1,000- acre site. Oasis is a fully-integrated, modular solar power block that is engineered to rapidly and cost-effectively deploy utility-scale solar projects while optimizing land use.
