Typical HVAC optimization projects offer small paybacks in as little as three years, with large savings beginning immediately after the project is complete.
In addition to easy, intuitive control, HVAC optimizers also offer integrated energy management and fault detection, which enable facilities operators to enhance operations without necessarily increasing head counts.
Many HVAC projects are able to yield significant cost reductions, even when compared to traditionally implemented techniques, owing in part to the fact that the majority of HVAC equipment is rarely replaced, requiring only routine maintenance and servicing.With the vast potential for HVAC optimizing new buildings, facilities administrators are constantly searching for cost-effective ways to save money on facility operations and maintenance.
Improved indoor air quality offers a host of health benefits for occupants, including better respiratory function, less workplace stress, and more productive, happier employees.
All these advantages translate into higher productivity and increased profitability.In addition to improving water quality through HVAC optimization, building owners can benefit from operational efficiency improvements, including energy reduction, more efficient operations, and cost reductions.
New buildings should be thoroughly evaluated for heating and cooling needs, and HVAC upgrades should be considered whenever possible.Facility managers and air conditioning service technicians can also implement HVAC optimization techniques while improving overall facility operations.