College HVAC System Case Study - HVAC - 04.2025 Extend Maintenance Cycles and Boost Efficiency

case study:

A prestigious Ivy League college struggled with rising energy costs and frequent HVAC maintenance due to inefficient belts and filters. By upgrading to Gates products, they significantly reduced operational expenses and energy consumption. With a low investment and high returns, a campus-wide implementation could save the college millions annually.

uncover measurable savings

extend maintenance cycles and boost efficiency

Frequent HVAC maintenance and repairs disrupted campus operations, increase operational costs, and strained the college’s budget, making energy efficiency goals difficult to achieve and diverting staff resources away from critical tasks. Frequent part replacements led to higher operational costs, which required the college to allocate a substantial amount of funds to continuous maintenance rather than investing in long-term system enhancements. High energy consumption and expenses burdened the college's budget, making operational costs unsustainable and impeding their progress in achieving energy efficiency goals.

Gates partnered with the college to reduce energy costs and downtime by upgrading to premium components, including Poly Chain GT Carbon belts, all with synchronized replacement cycles for optimal efficiency. Gates belts last five years, far outlasting previous belts that required annual replacement, leading to lower maintenance demands. Reduced upfront costs result in substantial energy and maintenance savings, providing a strong return on investment. Expert support from Gates ensured a proper and easy installation, enabling the college to manage future maintenance in-house and minimize contractor reliance while advancing sustainability goals.

PROBLEM

upgrade your Hvac systems and reduce costly maintenance

Connect with a Gates product expert today to discover how we can help you accelerate your return on investment and lower your total cost of ownership!

Terms and Conditions

System conversions saved the university nearly $750,000 annually in energy consumption, meeting their energy efficiency goals.

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SYSTEM CONVERSIONS

Factoring in lifetime maintenance savings and energy reductions, Poly Chain proved to be a highly cost-effective choice with long-term savings.

20.7

COST-TO-BENEFIT RATIO

Each upgraded unit saved the university $1,886 in energy and $931 in maintenance savings.

$2,800

annual SAVINGS PER UNIT

Poly Chain GT Carbon belt lasts 5x longer than previous belts, resulting in a longer-replacement cycle.

industry standards

5 YEARS

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V-belts are commonly used in HVAC systems, but slippage can cause a loss in efficiency, leading to lost energy and inflated costs. Poly Chain GT Carbon offers immediate improvements to your systems - switching from competitive v-belts to Poly Chain GT Carbon results in a minimum of 5% increase in efficiency! Poly Chain GT Carbon is a power-dense synchronous belt that is able to fit into tight spaces, making it ideal for compact drives. It doesn’t require retensioning and lasts longer than competitive v-belts, reducing the need for maintenance and ultimately lowering your total cost of ownership. The durable polyurethane construction of Poly Chain GT Carbon resists chemicals, pollutants, and high ambient temperatures for a longer belt lifespan. With a reliable reputation for performance and savings, this belt is the ideal choice to keep your HVAC systems running smoothly with minimal upkeep.

a better belt for your hvac systems:

poly chain gt carbon synchronous belt

WITH A BETTER BELT FOR YOUR HVAC SYSTEMS

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SOLUTION

Eliminate the need for regular retensioning, leading to longer maintenance cycles compared to competitive v-belts, ultimately adding dollars to your bottom line. Poly Chain belts last longer than standard v-belts, resulting in a lower cost of ownership over the life of the drive. By improving energy efficiency and reducing the need for frequent part replacements, Poly Chain GT Carbon belts help reduce environmental impact, contributing to long-term sustainability goals.

efficiency, redefined