March 28, 2013
/PRNewswire/ -- SunEdison, a leading worldwide solar energy services provider and a subsidiary of MEMC Electronic Materials, Inc. (NYSE:WFR), today announced a global milestone in the company's solar operations as it now has more than 1 gigawatt (GW) of global solar PV (photovoltaic) assets under the management of its Renewable Operations Centers (ROCs). The facilities managed by the ROCs include a mix of plants that are owned by SunEdison and its investment partners, as well as third parties who have come to SunEdison to utilize its advanced services platform.
SunEdison operates three ROCs providing 24/7 services year round, configured with redundancy to prevent disruption of service. The flagship ROC is at the company's headquarters in
, with additional facilities located in
"Achieving this milestone is a significant moment in our company history," said
, vice president and general manager for global services for SunEdison. "When it comes to asset management, SunEdison is in a unique position to serve our customers. We are not just a vendor, we are also an owner/operator of PV solar power plants so we have a first-hand understanding of our customers' requirements, which allows us to bring innovative solutions to market."
Investment Grade Monitoring System
The SunEdison ROCs employ sophisticated monitoring and reporting tools to detect any anomalies in system performance. Technicians can analyse alerts to diagnose the cause and determine the best course of action. In many cases issues can be resolved remotely, reducing the need to dispatch technicians. SunEdison monitors the full range of components and systems within a solar installation; including weather stations, pyranometers, ambient temperature sensors, panel temperature sensors, inverters, string combiners, recombiners, soiling analysis stations and AC subsystems. The ROCs' sophisticated analysis capabilities allow SunEdison to transform raw data into rich reports that provide a system-level view of plant performance which helps predict the potential of a power plant, uncover operational issues, and optimize system performance.