You could earn up to $44K/MW-yr from demand response.
If your site in California is getting crushed by electricity costs and you have flexible kW between 4 - 9 PM, Voltus will pay you to reduce your load when the grid calls on you.
Check your eligibility in five minutes, no sales calls needed.
Your electricity bill doesn't have to keep increasing.
Cost per kWh has increased by almost 70% over the last decade in California. Most businesses end up footing the bill. Demand response pays you to reduce your load usage during the most expensive hours on the grid.
Enroll on your time, earn at your pace.
Upload your bill, authorize data sharing, and pick a test date, all online, at your pace. No sales calls unless you want one. Most sites complete sign-up in 10 minutes or less.
How does this work?
1. Share your utility data
Share your utility data with us through ShareMyData and . Don't know how to do that? Here's a quick guide to get started.
2. Voltus confirms eligibility
Once you share access to your utility data, we'll quickly determine how much you can earn through demand response and if it's a good fit for your business.
3. You complete a dispatch verification
If everything checks out, you run a dispatch verification test to ensure your site can safely and reliably reduce load.
4. Start earning
Once verified, you’re enrolled. We notify you before each event, you confirm, curtail, and get paid.
Please reach out info@voltus.co with the subject line "Failed Onboarding in CAISO" for further assistance.
A customer saved hundreds of thousands of dollars...
Thanks to Voltus’s clarity, expertise, and platform visibility.
“It’s imperative that we do everything within our power to reduce our peak demand charges. We’ve been enrolled in Voltus’s Peak Saver program for five years and have successfully saved hundreds of thousands of dollars without causing any disruption to our operations. We especially benefit from their comprehensive communications, market expertise, and platform, which gives us a view into our savings and real-time and post-event dispatch performance.“