Why Enginuity
As demand for reliable, efficient power continues to outpace grid capacity, organizations need energy systems that work in the real world — and solve real-world problems.
Enginuity combines proven combined heat and power (CHP) technology with modern engineering, analytics, and hands-on support to help facilities produce dependable on-site energy with greater efficiency.
But technology alone isn’t enough. Enginuity is built to support customers through every stage of deployment and operation.
Organizations choose Enginuity because we deliver:
- Decades of CHP experience across engineering, manufacturing, and deployment
- Free facility evaluations and ROI analyses to determine the right solution before investment
- Systems engineered for continuous real-world operation, not intermittent backup use
- Training and support programs for technicians, operators, and partners
- Long-term serviceability and operational support after deployment
- Clear financial value, including lower energy costs and improved resilience
FEATURED CASE STUDY
Double Eleven
M. Harris
Facilities Manager at Double Eleven
Our History
Enginuity Power Systems was founded by a team of entrepreneurs and engineers who saw a widening gap between how energy is generated and how facilities actually use it.
What began as a garage-based startup has grown into a U.S.-focused company with a national footprint and a global manufacturing mindset. Since 2021, Enginuity systems have been deployed across commercial, industrial, and institutional environments, supporting energy-intensive operations that demand efficiency and reliability.
Today, Enginuity continues to expand its platform, product roadmap, and partner ecosystem to support the next phase of distributed energy adoption.
Our Mission
Enginuity is focused on helping organizations take control of their energy and reduce dependence on an increasingly unstable grid. We do this by converting natural gas into reliable on-site power and heat that support lower operating costs and greater energy resilience.
Leadership & Team
Enginuity’s leadership team brings together deep expertise across quantum computing, advanced manufacturing, fintech, and the U.S. military.
Collectively, the Enginuity team represents more than 100 years of CHP experience, combining deep technical knowledge with a practical, systems-focused approach to deployment and support.
Executive Leadership
CEO & Board Member
Chief Product Officer
Chief Revenue Officer
CFO & EVP, Shared Services
EVP, Government
Behind the leadership team is a growing organization of engineers, analysts, technicians, and partners dedicated to scaling CHP the right way — through standardized platforms, training, and long-term serviceability.
Senior Leaders
SVP / Sales Support
SVP / Product Development and Engineering
Head of Strategy and Chief of Staff
SVP / Customer Success
SVP / Commercial and Supply Chain
Board Members
Board Chair / Board
Board
Founder / Board
Our Facilities & Footprint
Enginuity operates a distributed U.S. footprint designed to support engineering, deployment, and partner enablement:
Corporate Headquarters
Alexandria, VA
Training & Innovation Center
Sterling, VA
Designed to train up to 30 technicians and sales partners on live systems
Engineering & Development
Clinton Township, MI
Warehousing & Logistics
Charleston, SC
Partners
Enginuity is building a scalable CHP platform designed for long-term growth, repeatable deployments, and expanding market demand.
We work closely with:
- Manufacturing and distribution partners
- Energy service providers and integrators
- Government and institutional stakeholders
Interested in partnering?
First Combined Heat & Power System listed on the GSA Multiple Award Schedule
First Combined Heat & Power System listed on the GSA Multiple Award Schedule. GSA MAS Contract #: 47QSMS26D0016 | UEI #: LJ45RNZ6KTG9 | CAGE CODE: 7YH70 | DUNS#: 046688403 + GSA LOGO
Enginuity Careers
Enginuity is growing a team focused on real-world impact. We proudly engineer solutions that solve today’s energy challenges, not theoretical ones.
We offer opportunities across engineering, operations, sales, and support for professionals who want to help reshape how energy is produced and used.
Virtual Patent Marking
Enginuity Power Systems, Inc (Enginuity) products and services are protected by patents in the U.S. and elsewhere. This website is provided to satisfy the virtual patent marking provisions of Section 16 of the America Invents Act and to further serve as notice under 35 U.S.C. §287(a).
The following list of Enginuity products may not be all inclusive, and other Enginuity products not listed here may be protected by one or more patents.
| Patent Title | U.S. Patent # |
| Opposed Piston Engine | 7,004,120 |
| Centrally Located Ignition Source In A Combustion Chamber | 7,448,352 |
| Valve System For Opposed Piston Engines | 7,779,795 |
| Ignition Source Adapted For Positioning Within A Combustion Chamber | 8,113,164 |
| Opposed Piston Diesel Engine | 9,249,693 |
| Inwardly Opposed Pistons, Fixed Position Common Cylinder Engine With External Induction | 9,708,910 |
| Opposed Piston Engine And Elements Thereof | 9,708,976 |
| Ignition Source Adapted for Positioning Within A Combustion Chamber | 9,869,244 |
| Opposed Piston Engine With Variable Compression Ratio | 10,280,810 |
| Energy Recovery System | 10,337,452 |
| Combination Systems And Related Methods For Providing Power, Heat And Cooling | 10,605,483 |
| Opposed Piston Engine With Improved Piston Surfaces | 10,662,893 |
| Opposed Piston Engine With Variable Compression Ratio | 11,203,952 |
| Opposed Piston Engine And Elements Thereof | 11,092,071 |
| Opposed Piston Engine And Elements Thereof | 11,085,297 |
| Energy Recovery System | Canadian Patent No. 3,026,662 |
| Energy Recovery System (in UK, France & UK) | European Patent No. EP3469205 |
| Spark/Ignition System For An Opposed Piston Engine | 11,441,529 |
| Ignition Source Adapted for Positioning Within A Combustion Chamber | 11,085,413 |
| Methods And Devices For Controlling The Compression Ratio of An Opposed Piston Engine | 10,907,515 |
| Fuel Ignition Methods For Opposed Piston Engines And Related Structures | 10,989,109 |
| Combination Systems And Related Methods For Providing Power, heat And Cooling | 11,193,694 |
| Combination Systems And Related Methods For Providing Power, heat And Cooling | Canadian Patent No. 3,023,875 |
| Methods And Related Systems For Generating Pressurized Air Within An Opposed Piston Engine | 11,118,456 |
| Muffler & Catalytic Converter For Combined Heating And Power Systems | 11,352,930 |
| Methods Systems And Devices For Controlling Temperature And Humidity Using Excess Energy From A Combined Heat And Power Svstem | 10,955,168 |
| Methods Systems And Devices For Controlling Temperature And Humidity Using Excess Energy From A Combined Heat And Power System | 11,287,159 |
| Four-Stroke Opposed Piston Engine Architecture And Related Methods | 11,598,243 |
| Ruggedized And Integrated Hybrid Generators And related Methods | 11,795,866 |
| Ruggedized And Integrated Hybrid Generators And related Methods | 12,188,400 |