What if your buildings could save you millions—simply by combining better data with empowered people?

Across large portfolios, energy isn’t just a utility line item—it’s one of the biggest, most controllable drivers of operating cost. Yet most organizations struggle to translate building data into action and to give their teams the time, tools, and confidence to respond.

At Envinity, we bridge that gap.

We’ve built an enterprise-level framework that uses high-resolution building data, fault detection analytics, and hands-on commissioning expertise to uncover hidden inefficiencies, prioritize issues by financial impact, and drive measurable cost savings across entire campuses and systems.

But the real differentiator?
HUMANS.

Data can point to the “what,” but teams deliver the “why” and the “how.”
That’s why we invest heavily in operators, technicians, and facility managers—providing clear insights, ongoing training, and performance coaching that turns information into sustained improvement.

The outcome is powerful:

✔️ Lower energy spend
✔️ Better system reliability
✔️ Reduced work order volume
✔️ More proactive, confident facility teams
✔️ A scalable strategy that strengthens the entire organization

In short: smarter buildings + empowered people = lasting savings.

Are you starting a capital improvement plan or installing new equipment?

A Commissioning program can find significant energy reduction opportunities with modifications such as airflow re-balancing, and control tuning to ensure your building performs to design or better.

Envinity has helped “launch” numerous buildings through our rigorous program of testing, optimizing, and training.  When our team commissions a building, we put it through an intensive quality assurance process that begins during design and continues through construction, occupancy, and operations.  Our process ensures that your building will perform as intended, and that building staff will be ready to operate its systems and achieve the best possible performance.

Envinity is now combining its expertise in retro-commissioning with sophisticated software and data analytics to better manage building performance and efficiency. Our process involves Building Automation System (BAS) fault-detection and data-mining that limits reactive work, reduces troubleshooting, lessens time spent diagnosing issues, and gives facility managers more control.

• Benchmarking

• Continuous Measurement and Verification (M&V)

• Equipment-level power submetering

• Facility System Manuals

• Grant Writing

• Rebate Applications

• Satellite Facility Benchmarking

• Utility Bill Analysis (UBA)

What’s the first step? Knowing what you have and how to eat the elephant “One bite at a time” based on your limited time, staff, and financial resources.

Energy Management Plan (Most Detailed)

GAP Analysis (Light Touch – Max impact)

ASHRAE Level 2 Energy Audit

Mind the GAP…

Retro-commissioning is the art of re-tuning existing systems for enhanced energy performance.  Like the commissioning process for new buildings, retro-commissioning seeks to improve how building equipment and systems function together, and it is often the first project that our clients pursue after the development of an energy management plan.

Retro-commissioning can often resolve problems that occurred during design or construction, or address problems that have developed during the building’s life.  It improves a building’s operations and maintenance procedures to enhance overall building performance, making existing capital assets work harder for you.

Envinity engineers not only offer the expertise of facility energy management, but are well equipped to offer all of the traditional mechanical, electrical and plumbing (MEP) design services.  Envinity also works with clients through bid management and construction for a turnkey project result.  Our streamlined process will help you make necessary upgrades to your facility without getting in the way of your operations.

Envinity specializes in the following project types:

• Chiller replacements and controls upgrades

• Boiler replacements and controls upgrades

• Building automation system upgrades

• Geothermal and Waste Heat Recovery

• Fuel conversions

• Air system balancing and optimization

• Lighting upgrades