Electrical Resiliency When It Matters Most

As the nation pulls together to deal with the COVID-19 crisis at hand, we applaud the efforts of frontline state, local, and healthcare officials focused on efforts to “flatten the curve.” As preparation for a potential surge in patients necessitates temporary and repurposed healthcare facilities, emergency power may be a requirement.

Enchanted Rock clean power solutions provide on-site primary and back-up power generation to medical facilities. We have 100MW of existing inventory that can be mobilized immediately. With 135 existing microgrids in operation, we offer a reliable, quickly mobilized, and portable solution for temporary medical facilities.

ON DEMAND WEBINAR: Mobile Back Up Power Resiliency When It Matters Most (5 minutes)

As a potential surge in patients necessitates temporary and re-purposed healthcare facilities, emergency power may be a requirement. With 135 existing microgrids in operation, we offer a reliable, quickly mobilized, and portable solution for temporary medical facilities. View time: 5 minutes.

The Enchanted Rock Solution

Reliability

Reliability

Our microgrids run often and loaded, providing constant conditioning and testing for a higher level of availability than traditional diesel backup.

Clean

Clean

Our microgrids use a continuous supply of clean-burning natural gas emitting significantly less pollutants than diesel.

Cost Effective

Cost Effective

When customers are not using backup power, we aggregate the generators and sell back to the grid. We're able to subsidize costs to below that of diesel generators.

Trouble Free

Trouble Free

We manage the maintenance and operations of our resiliency microgrids, allowing our customers to focus on their core business.

Quiet & Compact

Quiet & Compact

With a sound level of <68 dBa at 7 meters and a footprint of 8.5 by 10 feet, our generators allow for multiple layout configurations and improved power density.

Renewable Support

Renewable Support

Our gensets offer quick generation during normal operating conditions and supply capacity to the grid when renewable power is low.