See the delivered scope

Controls work, with the project context

Results depend on each building. Energy savings and uptime are measured against a defined site baseline and period, rather than assumed across all projects.

Case studies

Condition, constraint, decision — and what the owner got

These project summaries describe the installed controls and delivered scope. They do not establish a portfolio-wide energy-savings percentage or uptime guarantee. Quantified outcomes require site-specific baselines, measurement periods and validation.

Foothills Gateway

Fort Collins, Colorado
Condition

Seven built-up air handlers running on aging pneumatic controls over a LonTalk network — increasingly hard to service and impossible to optimize.

Constraint

An occupied facility serving clients every day, delivered as subcontractor to The Jamar Company — no room for extended downtime.

UCS decision

Convert pneumatics to full DDC and migrate LonTalk to BACnet/IP on ABB Building Automation, adding optimal start/stop and heating-loop resets.

Owner result

A fully modern, serviceable DDC system with optimal start/stop and heating-loop reset sequences, while retaining the mechanical infrastructure the building already owned. Savings are not quantified in this project summary.

DDC conversionBACnet/IPABB

Edgecore Data Facility

Mesa, Arizona
Condition

An advanced data-center cooling plant — only the second system of its kind in the U.S. — requiring chiller control with no tolerance for failure.

Constraint

True redundancy: every element of the control system duplicated, with zero single points of failure.

UCS decision

Program Phoenix Contact JACEs to monitor two fully redundant systems simultaneously, validated across failure scenarios.

Owner result

Fully redundant chiller control with zero single points of failure — mission-critical uptime by design, not by luck.

Phoenix Contact JACERedundantData center

Nederland Community Library

Nederland, Colorado
Condition

A community building needing better air quality and lower energy waste from an aging mechanical setup.

Constraint

A small-facility budget that had to deliver visible results the staff could actually use.

UCS decision

New VAV controllers, an air-handling unit, and an energy-recovery ventilator — fronted by NiagaraMods Reflow dashboards with KODE Labs analytics.

Owner result

New VAV, AHU and energy-recovery ventilation controls, with navigable floor-plan graphics for library staff. Energy savings and air-quality changes are not quantified in this project summary.

VAVERVReflowKODE Labs
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Schools & education

Data centers, labs & biotech

Commercial, industrial & government

In-house capability

3D modeling & custom graphics

We build detailed 3D models and custom operator graphics of the facilities we control — so operators navigate their building, not a list of cryptic point names. It's a capability most controls shops don't offer in-house.

Powered by Niagara Mods — Reflow

Live operator dashboards your team will actually use

We build custom Reflow front-ends on top of Niagara — branded dashboards, navigable 3D floor plans, and intuitive equipment graphics that turn raw points into something operators can read at a glance.

“

Your knowledge and experience were clearly evident throughout the process, and it gave us a lot of confidence in the work being done.

— UCS client

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