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Energy management systems. Centralized control
of your building.

A rooftop unit cut open: return air comes back along the upper duct, drops through the mixing section where the outside air damper is, and the supply fan pushes the mix through the filters, the cooling coil and the heat exchanger out to the floors.

Holding 64.9 °F discharge air on one stage of cooling. The supply fan runs at 83 % to keep 1.40 in/wc in the duct.

Click a reading to see how it is controlled. Right-click a teal setpoint to change it.Tap a reading to see how it is controlled, or a teal setpoint to change it.

The RTU-1 graphic on 324 Smith Street’s energy management system: the unit cut open in the middle of the page with its readings and setpoints around it, the building’s floors and units down the left, and the alarms and faults at the right. The FMC Hub’s page for 324 Smith Street on a desktop: the building from above, its status, BuildingPulse and its alarms.

Energy Management System

The same unit on the graphic FMC draws for your building, every reading and setpoint where your team expects it.

FMC Hub

Then the building itself in the FMC Hub: its status, its energy and its alarms, from wherever you are.

Read the 160 Gould case study

Set

Discharge air setpoint

55 to 75 °F

All of your facilities, at your fingertips.

The FMC Hub keeps every building’s alarms, trends, service history and documents in one place, so you can check on one building from the parking lot of another.

Sign in to the FMC Hub

Click a phone to read about its screen.Tap a phone to read about its screen.

From the first drawing to the last setpoint.

Every FMC project runs the same road: we design it, we build it, and we hand you a building you can see and run. It starts with the kind of project yours is.

  1. The project

    Three ways in.

    A new building, an existing one, or one full of controls that do not talk to each other. Pick the one that sounds like yours; the road below changes with it.

  2. Engineering

    The cover of an FMC drawing set: Building Management System for 324 Smith Street, Boston, as prepared by FMC Technologies.
    Sheet 1 of 21: the cover of a drawing set.

    The drawings come first.

    For a retrofit

    FMC designs your Energy Management System from the plans and specifications the project’s MEP engineer provides.

    FMC gathers the existing conditions of your facility and builds a comprehensive design for an Energy Management System that controls the equipment you already have.

    FMC installs a supervisory Energy Management System that talks to the controllers already in your building, whoever made them.

    Whichever road, FMC adds energy efficient programming wherever possible, so your building runs efficiently.

  3. Graphics, then the Hub

    Your building, on screen.

    Your team works from graphics drawn for your building: every floor, every zone, every unit. Then the same building lives in the FMC Hub, with its alarms, trends and service history, wherever you are.

    The FMC Hub’s page for 324 Smith Street on a desktop: the building from above, its status, BuildingPulse and its alarms.

    FMC HubThe same building in the FMC Hub, wherever you are.

See what your controls could actually do.

A walkthrough with an FMC engineer takes about an hour and costs nothing. You’ll leave with a candid read on your existing controls, what an open system would put in your team’s hands, and where the savings are. If utility incentives are in play, you’ll know that too.