OATI Releases Case Study to Highlight How to Decrease Demand with CVR/DVR Solution
Open Access Technology International, Inc. (OATI) Case Study details the advantages of Conservation and Dispatchable Voltage Reduction (CVR/DVR) and its benefits as experienced by Wake Electric Membership Corp. (Wake).
Minneapolis, MN: August 3, 2015 – For years, Wake has been attempting to employ efficient load management projects to reduce demand during peak periods, while simultaneously saving money. Reducing demand in seven North Carolina counties, without impacting 39,000 customers’ lifestyles, was no easy feat until Wake selected OATI.
In this detailed Case Study, OATI explains how the CVR/DVR solution is helping Wake reduce their overall demand and increase their savings. Wake is benefiting from OATI’s CVR/DVR solution as it has the capabilities to reduce demand, avoid interrupting the lifestyles of their customers, save a substantial amount of money, and easily monitor their voltage profiles.
“OATI is very excited to provide Wake with a solution that will help them significantly reduce overall demand,” said Sasan Mokhtari, Ph.D., President and CEO of OATI. “This Case Study shows how adaptable, scalable, and expandable OATI’s comprehensive CVR solution is and how positively it has impacted the operations at Wake.”
To learn how you can benefit from CVR, request a copy of this Case Study by visiting http://oati.com/Case-Study-Wake-Electric today.
Wake is an electric utility providing reliable, safe and affordable energy and related services to approximately 39,000 consumers in parts of Durham, Franklin, Granville, Johnston, Nash, Vance, and Wake counties in North Carolina. Wake operates as a not-for-profit cooperative business and continually improves their services to meet the needs of their customers to enhance their quality of life.
OATI provides innovative software solutions that simplify, streamline, and empower the operational tasks required in today’s energy commerce and Smart Grid. With more than 1,800 customers in North America, OATI successfully deploys large, complicated, and diverse mission-critical applications committed to industry standards and stringent NERC CIP guidelines.
OATI (www.oati.com) is a leading provider of Smart Grid, Energy Trading and Risk Management, Transmission Scheduling, Congestion Management, and Market Management products and services. OATI is headquartered in Minneapolis, Minnesota, with an office in Redwood City, California. For more information, please contact firstname.lastname@example.org.