and solar developer First Century Energy to build this project. Green Power EMC joined forces with odor elimination manufacturer Clean Control Corp. The facility will bring Green Power EMC’s total renewable generation to almost 28 megawatts. Green Power EMC, the largest renewable-energy provider in Georgia, continues to grow its energy portfolio with the addition of a 150-kilowatt solar facility in Warner Robins. Green Power Announces Solar Installation in Warner Robins Georgia’s cooperatives lead the nation among electric co-ops for solar deployment, and in the past six years have grown their solar portfolio by 8,000 percent. Silicon Ranch pioneered utility-scale solar in Georgia and remains a market leader, with nearly two gigawatts across the state. The 252 MWAC portfolio further expands the industry-leading partnership between Silicon Ranch and Green Power EMC. “By combining renewable energy generation with regenerative agriculture practices, this innovative solar portfolio with Silicon Ranch will benefit the people, land, environment, and local economies in Jeff Davis, Lee, and Montgomery Counties.” “Georgia’s cooperatives continue to grow their renewable energy portfolio with collaborative, low-cost solar power projects that deliver value to their members and the rural communities they locate in, not only through the clean energy they provide, but also through the manner in which it is generated,” said Green Power EMC President Jeff Pratt. This unique procurement model allows participating cooperatives to capture value through economies of scale and source low-cost renewable power to benefit the members and communities they serve. Green Power EMC will purchase all the energy and environmental attributes generated by the facilities on behalf of its member cooperatives.
The company will also own, operate, and maintain the arrays for the long-term, a disciplined approach Silicon Ranch takes with every project it develops. Silicon Ranch is funding the three utility-scale solar facilities and plans to build them in stages over the next three years. The total capacity will be generated across three locations in southern Georgia and will produce enough low-cost, renewable power to help serve more than 44,000 EMC households annually. Green Power EMC, the renewable energy supplier for 38 Georgia Electric Membership Corporations (EMCs), and Silicon Ranch, one of the nation’s largest independent solar power producers, announced an agreement to bring an additional 252 megawatts (MWAC) of solar energy online to serve 16 subscribing cooperatives from across Georgia. Across the nation, utilities are modernizing electric distribution systems by deploying advanced communications and automation technologies-including smart meters-to improve reliability, increase efficiency and help control electricity costs for consumers.Green Power EMC and Silicon Ranch Announce 252-Megawatt Solar Portfolio in Georgia Department of Energy lists seven functions of a smart grid: enabling informed participation by consumers accommodating all generation and energy storage options creating new products, services and markets delivering power quality for the range of needs in the 21st century optimizing asset utilization and operating efficiency addressing disturbances-automated outage prevention, containment and restoration and operating resiliently against physical and cyber-attacks and natural disasters. It can also let utilities record consumer electric use in various time intervals and provide consumers with hourly energy usage data.
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The smart grid combines digital devices, software applications and two-way communications that allow utilities to track the flow of electricity with great precision, pinpoint outages, identify voltages out of allowed ranges, and transmit messages to transformers, capacitors, circuit breakers and other distribution equipment to initiate diagnostic or corrective (self-healing) actions. The term “smart grid” refers to the use of technologies and tools that help electric utilities better meet consumers’ needs reliably and affordably by more effectively monitoring power usage demand and system conditions on a near real-time basis.
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