When a commercial building is being renovated, HVAC costs are a minor part of the budget. However, buying the right size system can save money in the beginning and also reduce overall operating costs. Below are tips to help companies become better corporate citizens by right-sizing new Commercial HVAC in Chesterfield MO.
Purchasing and Installation
Like many other things in life, bigger does not always mean better when it comes to HVAC systems. Most systems run at less than 50% capacity because they’re too large to begin with. To avoid wasting capital, have the contractor use ASHRAE Handbook calculations rather than general rules. The correct size should be a little more than the projected need, and sizing should be based on the age of the property, its use, and other factors. Real-world factors, such as the size of the staff and the heat generated by machinery and lighting, should also be considered. A contractor can help a building owner choose a system that carries the potential for future expansion as well.
Regardless of how much a company spends on Commercial HVAC in Chesterfield MO, ongoing operational costs are more important. A new, energy-efficient system from can save the business owner up to 40% each month, but right-sizing can increase savings up to 70% or more.
Rapid cycling, with many starts and stops, creates excessive system wear that can shorten the lifespan of an HVAC unit and make replacement a reality much sooner. Another issue with partial loading of industrial HVAC systems is that proper dehumidification usually doesn’t occur, creating less-than-optimal conditions and encouraging mold growth. Mold can cause structural issues and threaten the health of workers and customers, and removal can be expensive and time-consuming. You can click here to learn more.
Being a Good Corporate Citizen
Choosing an appropriately sized HVAC system is a sign of good citizenship. Not only will it improve indoor air quality for customers and employees, but it also reduces the user’s carbon footprint and creates fewer greenhouse gases. Moreover, the system lessens the load on local utilities during times of peak demand, decreasing the risk of localized power outages that can inconvenience hundreds of people.
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