PASADENA, Calif., Nov. 29, 2016 /PRNewswire/ -- Coronal Energy, powered by Panasonic, today announced that Coronal Tulare, a 34 MWac (44.2 MWdc) solar energy facility, began commercial operation in mid-September. The project delivers power to Southern California Edison (SCE) through a 20-year power purchase agreement (PPA). It is expected to generate 87,500 MWh annually, enough electricity to power more than 9,000 homes. Coronal Tulare is part of a larger portfolio of potential projects that together make up the Tulare Solar Center, which would total 80 MWac if fully built out. The Coronal Tulare project includes two sites. The 20 MWac (26 MWdc) Nicolis site was built on 144 acres and the adjacent 14 MWac (8.2 MWdc) Tropico location spans 109 acres. The project also includes the Growers and Changala substations. "Coronal Energy, powered by Panasonic, is committed to driving the future of solar energy," said Jonathan Jaffrey, chairman and CEO of Coronal Energy™. "We consistently seek out and leverage the best technology and expertise so that projects are completed quickly and efficiently, and to ensure that they will produce clean, reliable energy for decades to come." The Tulare Solar Center has integrated self-powered tracking technology. The array uses its own generated solar power to rotate the solar panels, increasing energy yields. "With its self-powered tracking technology we're making solar smarter to bolster generation and improve the array's capacity factor," said Jamie Evans, managing director of the Energy Solutions Group at Panasonic Enterprise Solutions Company. "Ultimately, that feeds more clean solar energy to Southern California Edison and its customers, and we're proud to thus support SCE's solar and renewable energy leadership." The Smart Electric Power Alliance (SEPA) ranked SCE #1 among U.S. utilities in new installed solar capacity for 2015 and Ceres ranked Edison International—of which SCE is the largest subsidiary—#3 among investor-owned utilities nationwide for total renewable energy sales in a 2016 report benchmarking utility clean energy deployment.