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HVAC (Heating, Ventilation and Air Conditioner) systems are energy intensive and make up nearly a third of a building’s energy demands. Investing in HVAC upgrades increases the system’s overall efficiency thus cutting energy use and emissions while generating savings from reduced operational maintenance and energy bills. Upgrades can be capital intensive, but the resulting energy savings can provide high financial returns with little risk.


  • Straightforward solution that can be done in house. 
  • Saves money and cuts emissions
  • Improved temperature control and productivity 
  • Reduces operational maintenance


  • Large initial capital
  • Project study takes time away from facility workers
  • Not a very visible solution


  • GHG Impact


    Upgrading multiple buildings at one time can lead to substantial carbon mitigation due to the large energy demand that a building’s HVAC system requires. 

  • Economic Impact

    Net Savings

    Varies due to campus climate, cost of electricity, age of HVAC

  • Feasibility

    Some Challenges

    Easy sell to stakeholders due to the reduction on energy bills. 

  • Timeline

    1-2 years

     An initial study of baseline energy consumption and quality of HVAC system can take time.

  • Maintenance


    HVAC upgrades decrease the amount of maintenance that was required for older systems. 

  • Publicity

    That's interesting

    Nearly invisible. Building users may comment on improved temp consistency.