State of Rhode Island Demand Response Resources

Helping Rhode Island Government Organizations Save Money and Earn Revenue Through Demand-Side Energy Management Programs

Demand response (DR) programs in Rhode Island can help government entities save and earn their way to achieving sustainability goals by paying them to temporarily reduce electricity consumption when the electrical grid is stressed from too much demand. They can further realize cost savings from not using electricity when it’s most expensive—and reduce rising monthly capacity charges as well.

New to Demand-Side Energy Management? | Meet the New England Team
NE Knowledge Hub | Available Programs | Start the Conversation with CPower

Left to Right: Corey Pettingill, Metering; Dave Lavoie, Account Executive; Jobin Arthungal, Sr. Technical Sales & Portfolio Manager; Zach Parkent, Senior Analyst; Joe Gatto, VP & General Manager; Phil Ciulla; Account Executive; Keith Black; VP, Sales, William Cratty, Sr. Technical Sales; Alison Keefe, Energy Engineer; Mat Tuttelman, Account Executive; Not pictured: Chris Milone, Account Manager.

At CPower, we understand that energy management is not a one-size-fits-all endeavor.
That’s why we take the time to learn about the intricacies of your business.
Then we work with you to create customized curtailment strategies that enable your organization
to earn revenue from energy you didn’t use, without disrupting your day-to-day business.

Your CPower team will be with you every step of the way.

Always.

Stay ahead of the demand curve in New England - Stories from The Current

No Content Available

What is Demand-Side Energy Management?

Learn the fundamentals with CPower’s Demand-Side Energy Management 101 Video Series
LEARN THE BASICS

Learn more about demand-side energy management programs in New England

CPower helps organizations in New England (ME, VT, NH, MA, RI, CT) participate in the ISO-NE’s Forward Capacity Market, through which the ISO procures the required capacity they think they will need years in advance of the delivery year when the energy will actually be used.