Solutions

Resilient Power

Downtime isn’t an option. On-site power generation keeps data centers and critical facilities running, even when the grid can’t.

Resilience by Design

Outages and demand spikes don’t wait for a convenient moment. On-site power eliminates points of failure and keeps your operations online when it matters most.

Island Mode Protection

When the grid fails, our microgrids switch to island mode and run independently, keeping your facility online.

Secure Fuel Supply

Natural gas supply remains stable during extreme weather, so fuel access is never a vulnerability.

Proactive Operations & Monitoring

Our in-house team monitors, maintains, and optimizes performance 24/7, delivering industry-leading uptime.

Power Quality Control

On-site generation reduces exposure to grid fluctuations, protecting equipment from voltage disruptions.

Energy as a Service

We invest in the system, you get the results

Energy as a Service with us means more than on-site power. You get deep technical expertise, capital-backed upgrades, and a long-term commitment to performance.

Data Center - legislative headwinds

Designed for the Long Haul

From evaluating your energy profile to optimizing system performance years down the line, we manage the entire lifecycle.

Our Process

Six phases. One long-term partner.

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Step 1: Initial Analysis

Understanding Your Energy Profile

We evaluate your current utility costs, load profile, and thermal needs to identify where on-site generation can deliver the greatest value.

Step 2: Ground-Level Review

Assessing the Site

Our team conducts a detailed on-site assessment to evaluate infrastructure, space constraints, and integration requirements to provide you with a comprehensive Pro Forma.

 

*For larger industrial and data center clients, we perform a Front-End Loading (FEL2) Study that defines project scope, delivery model, phasing strategy, and financial structure before detailed engineering begins.

Step 3: ESA Contract

Locking in Your Project

We finalize design engineering, pricing, and contract structure to align with your operational and financial goals.

Step 4: Construction

Engineering Your System

Detailed engineering ensures the system is right-sized, efficient, and built for long-term performance.

Step 5: Commissioning

Testing and Optimization

Before going live, we commission and test the system to confirm performance and reliability.

Step 6: Monitoring and Maintenance

Maintaining Long-Term Performance

We conduct preventive maintenance and ensure industry-leading uptime year after year.

Don't Wait for the Next Outage

No matter where you are in the planning process, our team can help you design a resilient power solution that cuts energy costs and keeps your facility running.

FAQS

Have questions about resilient power?

A CHP microgrid can operate indefinitely as long as fuel supply is available and the system is properly maintained. This makes CHP an ideal long-duration resiliency solution compared to limited-duration battery backup systems.

Natural gas delivery infrastructure is typically underground and less vulnerable to weather-related disruptions than overhead electric transmission lines. This supports long-duration resiliency compared to grid-dependent power supply.

Latest Resources

Insights shaped by over a decade of experience

From in-depth guides to real-world case studies, our resources give you the technical depth and context needed to make informed energy decisions.

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Other solutions

Go beyond resilience

Resilient power is one part of a broader energy strategy. Explore how our solutions work together to lower costs, expand capacity, and support long-term energy transition goals.