Clients We Serve
Industrial
Rising energy costs, aging infrastructure, and outages can leave industrial facilities at risk. On-site generation brings long-term operational stability.
What We Solve
We design natural-gas onsite power systems with stable, long-term, and transparent pricing structures. When the grid fails, manual or automatic islanding keeps your facility operational.
Select a challenge to explore the issues facilities like yours face.
Rising Costs & Expensive Downtime
Industrial facilities face both increasing utility bills and the risk of costly outages that halt production and disrupt customer relationships.
On-Site Power Generation with Islanding
We design systems that generate power on-site with stable, long-term pricing structures. When the grid fails, automatic islanding keeps your facility operational
Difficult to Decarbonize
Decarbonizing industrial operations is challenging when production depends on high-heat processes. Traditional electrification approaches don’t work for many applications.
Integrated Heat Recovery Systems
Combined heat and power generates electricity while capturing waste heat for industrial processes—supporting steam, hot water, and high-heat applications.
Capital Constraints
For many industrial and manufacturing facilities, available capital goes toward equipment and site upgrades, leaving little budget for energy projects.
Energy as a Service Financing
We finance, build, and operate on-site generation using our own capital. You pay only for energy consumed, freeing your budget for production equipment and core operations.
The On-Site Advantage
Performance, backed by ownership
We don’t walk away after commissioning. We design, build, and continue to own and operate the systems we build, aligning our performance with yours. Our 24/7 monitoring and in-house technicians protect performance minute by minute, year after year.
Cogeneration Efficiency
System Uptime
Cost Savings
Our Solutions
Demand more from your power
Step 1: Initial Analysis
Understanding Your Energy Profile
We analyze utility bills, production schedules, and thermal process requirements to identify how on-site generation can reduce costs and support operations.ºº
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, equipment specifications, pricing structure, and ESA terms aligned with your production and financial goals.
Step 4: Construction
Engineering Your System
We manage engineering, equipment procurement, permitting, and construction, coordinating with your operations to minimize disruption during installation.
Step 5: Commissioning
Testing and Optimization
We test system performance under production conditions, validate thermal output, optimize controls, and secure all required operating permits.
Step 6: Monitoring and Maintenance
Maintaining Long-Term Performance
We conduct preventive maintenance and ensure industry-leading uptime year after year.
Is Your Power Built to Last?
Industrial facilities can’t afford uncertainty. Let’s evaluate how on-site generation can reduce your risk and support reliable production for years to come.
FAQS
Have questions about industrial energy?
Microgrids improve resiliency by reducing reliance on grid power and enabling island mode operation during outages. This helps prevent unplanned shutdowns that can cause equipment damage, safety events, or costly restart cycles.
EaaS allows industrial clients to modernize energy infrastructure without capital investment. Unison Energy finances, builds, owns, and operates the system while delivering power and thermal energy under a long-term Energy Services Agreement (ESA).
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.
Explore Resources
