Energy

Reducing campus energy consumption and the emissions associated with its generation is a central part of RIT’s sustainability strategy.

The university has made considerable investments in infrastructure improvements, energy conservation, green building, and renewable energy installations. In fact over the last 10 years the RIT campus has grown from 4,637,533 gross square feet (GSF) to 5,385,511 GSF, while total annual main campus energy use has dropped from 713,409 MMBTU’s to 599,792 MMBTU’s. That is a 15.9% reduction in energy consumption and a 16.1% increase in size!

Energy Conservation

outdoor lighting

Energy Conservation

A significant portion of RIT’s reduction in energy consumption is a result of numerous Energy Conservation Measures, such as the replacement of hundreds of electric motors with high efficiency motors, fixed volume air flow systems being converted to variable volume systems, and the use of outside air for “free” cooling during colder months as examples.


Energy Policy

The university’s Energy Policy features approved seasonal temperature set points in buildings, power management standards for computers, and bans on the use of unapproved heating and cooling devices.

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Energy Star

RIT sources EnergyStar equipment wherever available. This includes beverage vending machines, managed print services imaging equipment, and all appliances installed in university housing.

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Relamping

RIT sources EnergyStar equipment wherever available. This includes beverage vending machines, managed print services imaging equipment, and all appliances installed in university housing.

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Renewable Energy

wind turbines

Renewable Energy

15% of the university’s purchased electricity is 'Green-E' certified. While the majority of RIT’s electricity is purchased (not generated on campus), an increasing amount is generated by on-campus solar installations.

Location, Size and Date of Solar Installations

Building

Date Installed

Capacity (KW)

Engineering Technology Hall

Sept 2008

2.22

University Services Center

Sept 2009

12.42

RIT President’s House

Jan 2013

10.34

Sustainability Institute

Apr 2013

40.8

Field #1

May 2015

1994.85

CIMS/Health Sciences Technology

Nov 2015

16.775

Field #2

Nov 2018

2340

Total

 

4417.405

Annual Electricity Generation from On-Site Installations

Electricity from Onsite Solar Production

 

Electricity from Onsite Solar Production

Check out how much energy field #2 is producing
through this live dashboard!

fuel cell

Fuel Cell

A UTC Power Model 400 Purecell System is the primary energy source for Sustainability Institute Hall. The unit, which is roughly the size of a tractor trailer, uses chemical reactions to produce 400 kilowatts of continuous electric power. The building uses less than half of the electricity that is generated. The rest is put onto the campus grid for use by other buildings and processes. Heat is generated as a by-product of the chemical reactions. That heat is tied into the central heating plant for reuse throughout campus. The fuel cell is also a subject of research through the Fuel Cell Test Bed located in the building.

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Central Plant

Chilled Water (CHW)

RIT’s air-conditioning needs are provided by three chiller plants that make and distribute CHW on campus. Two plants are on the academic side of campus and one is on the dorm side. The two on the academic side work together supplying CHW in both the summer and winter months, while the dorm CHW is only available during the summer months. All three chiller plants are electrically driven. The CHW is used in the buildings for space cooling, process cooling and maintaining environmental conditions in spaces with specific needs, such as clean rooms and data centers.

Central Plant Medium Temp Hot Water (MTHW)

RIT also has two boiler plants that make and distribute MTHW on campus. There is one plant on the academic side and one plant on the dorm side of campus. All of the boilers in the plants are fueled by natural gas.

Both the CHW and MTHW are distributed to the buildings through pipes that are underground or in the tunnels and are metered at both the plant for production and the buildings for consumption. Inside each of the buildings are heat exchangers to reduce the temperature for different loads (Domestic Hot Water, building reheats, air handler units, snowmelt, perimeter heat, etc).

Dashboard

RIT is testing out dashboard technology in a few of its buildings as a way to visualize energy consumption for occupants.

What You Can Do

RIT is continually working to improve the efficiency of our buildings and energy systems. However, individual choices and behaviors have a significant impact on the amount of energy, electricity in particular, that RIT consumes. Here are some easy ways for you to help:

  • Opt for daylighting whenever possible and turn lights off when they are not needed.

  • Use task lighting in offices and dorm rooms rather than overhead lights.

  • Turn off computers, monitors, printers, entertainment equipment, and appliances when not in use, and remind others to do the same.

  • Unplug chargers and other electronics when not in use.

  • Disable screen savers—they waste electricity and are no longer necessary for “saving” your computer screen—and enable power management settings on your devices.

  • Purchase only “Energy-Star” devices such as computers, printers, copiers, and other appliances.

  • Ensure that windows and exterior doors remain closed during the heating and cooling seasons.

  • Report leaky faucets, “continuous flush” toilets, temperature issues or other maintenance concerns to Facilities Management Services.