EnerNOC for Immediate Release
   

Date:

July 31, 2005

Contact:

Jennifer Collins, (617) 224.9904

 

Demand Reponse Relieves New York and New England Grid Emergencies

BOSTON, MA – On Wednesday, July 27, with temperatures and humidity levels soaring across the Northeast, electric demand in both New York and New England threatened to outstrip supply and cause a blackout. Due to the severity of the situation, both regional grid operators, the New York Independent System Operator (NYISO) and the Independent System Operator of New England (ISO-NE), activated their emergency demand response programs.

EnerNOC, the leading provider of full-service demand response solutions, acted immediately to reduce load at approximately 250 commercial and industrial customer sites throughout the two regions. EnerNOC took approximately 130 MW's, or the equivalent of 130,000 households' worth of demand, off-line, thereby allowing the available supply to meet demand and the grid to remain operational throughout both regions.

David Brewster, EnerNOC's President and COO, commented, "We feel very good about the role we played in maintaining grid reliability on Wednesday. These events further demonstrated that technology-enabled demand response is a reliable, cost-effective solution to the challenges of the electricity industry. EnerNOC's technology platform provided us with the capability to quickly and remotely control assets in two regions during two separate, but concurrent events."

On Tuesday, July 26, with the support of the company's automated demand response notification and control system, EnerNOC issued an advisory to its customers in New York and New England that there was a high probability that a demand response event would occur. This possibility arose from the unusually tight day-ahead demand forecasts and high energy price projections.

By late morning on Wednesday, July 27, EnerNOC observed that electricity prices in both Southwest Connecticut and New York were increasing rapidly and electric demand was exceeding forecasts, signifying the difficulty grid operators were having supplying adequate electricity to the regions.

Due to the risk of grid failure, at 12:49 p.m. NYISO activated EnerNOC's demand response resources starting at 2:00 p.m. ISO-NE was not far behind, and at 12:53 p.m. requested EnerNOC to activate its resources beginning at 1:00 p.m. EnerNOC met these calls by curtailing load and/or starting back-up generators accordingly at its metered and controlled customer sites throughout both regions.

NYISO declared an end to the emergency at 6:00 p.m. and EnerNOC restored its customer loads in New York to normal operation. Peak demand during the day reached 30,903 MW, slightly lower than the all-time peak demand set on Tuesday, July 26 at 32,075 MW.

In New England, the grid operator requested an extension of load reduction beyond the normal event conclusion time of 6:00 p.m. due to the severity of the situation in Southwest Connecticut. Many of EnerNOC's assets willingly complied with this request, and ISO-NE finally declared the end of the event for 7:15 p.m. Peak demand in ISO-NE reached 26,922 MW during the day – a new record for the region.

In a press release issued by ISO-NE, Senior Vice President and Chief Operating Officer Stephen G. Whitley commented on the state of the grid on July 27th, "Today's heat and humidity pushed electricity use to new levels in New England, affecting Southwest Connecticut in particular, where inadequacies in the electricity system make short-term emergency measures necessary. Fortunately, ISO New England was able to call upon its emergency resources in Southwest Connecticut today to maintain power system reliability in that area."

About EnerNOC:

EnerNOC, Inc. is the leading provider of demand response, price response, and demand side management solutions to the commercial and industrial markets in the United States. EnerNOC delivers immediate, profitable results to customers by leveraging its deep experience in all aspects of energy management, commercial contracting, and embedded systems technology. For more information visit www.enernoc.com.