Turn your energy use into earnings
During hot summer months or cold winter months, the grid is often under extreme stress as electrical loads rise. During these emergency events, the grid will reach out to participating companies and will ask them to reduce their usage, helping the grid to navigate these peak hours.
This program is generally called Demand Response, and participating companies are compensated for their curtailment by receiving payments of up to $170,000/MW-year. For companies that have any operational flexibility, this is a significant opportunity to earn additional income.
How does it work?
Qualify
EnPowered will manage your participation in annual capacity auctions, securing the most KWs to maximize your earnings.
Respond
You will receive clear signals up to 2 weeks in advance of upcoming events, during which you will be asked to reduce usage for up to 4 hours.
Earn
After you successfully respond during demand response events, you will get paid by EnPowered. It really is that easy.
No overpromises, just results
Our commercial terms are designed to maximize your earnings and are competitive to ensure you benefit the most from being available to support the grid.
“We build our solutions for the long term, ensuring earnings year over year. Unlike other providers, we don’t promise big numbers and claw back costs – you get the full value you were promised”
– Ted Leonard, VP of Market Operations
Trusted by customers
“With EnPowered, we get both Peak Prediction and Demand Response alerts in one system, helping us stay ahead of high-cost periods without juggling multiple tools. The seamless notifications keep us ready to act, no matter the event.”
-Aris Saha, Kal-Polymers
Get hands-on support
We work closely with our customers to ensure they maximize their energy earnings, sizing their participating in demand response to ensure that they will be successful and growing with them year after year.
Many of our customers increase their participation in demand response each year with our support, as they learn how to maximize their curtailment during demand response events.
