Water chillers are often the largest consumer of energy for a building’s HVAC system. Making sure they’re operating efficiently plays a role in the following:
Inefficient chillers consume excessive electricity, resulting in higher energy costs. By ensuring these components are operating properly, companies can significantly reduce their spending.
Efficiency is directly related to equipment lifespan. Inefficient chillers experience greater levels of wear and tear, which increases the likelihood of major breakdowns. When chillers operate properly, they endure less stress, resulting in longer service lives and reduced maintenance costs.
While efficient water chillers may have a higher upfront cost, their long-term benefits far outweigh the initial investment. When you consider the energy savings, reduced maintenance costs, and extended equipment lifespan, efficient chillers often result in a lower total cost of ownership over their operational life.
Maintaining chiller efficiency during shoulder months is challenging because they’re not operating consistently, which they typically do during the summer. This leads to the following concerns:
As temperatures fluctuate during shoulder months, the cooling load on your chiller system can vary significantly. To maintain comfort and process requirements, the chiller must adjust its capacity accordingly, which can be a complex task.
Operating chillers at partial load conditions, which is common during shoulder months, can reduce their energy efficiency compared to running at full load. This can result in higher energy costs and environmental impact.
In some regions, shoulder months can bring cooler temperatures, increasing the risk of freezing in water-cooled chiller systems. Adequate freeze protection measures must be in place to prevent damage.
Achieving precise temperature control can be more challenging when there are rapid temperature swings during shoulder months. Inadequate control can lead to comfort issues for building occupants or compromised product quality in industrial processes.
Inefficient water chiller systems can have a major impact on occupant comfort and lead to significant replacement costs for businesses. Here are some tips that help maintain efficiency during the shoulder months.
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Verifying the operational efficiency of water chillers is a challenging task for many maintenance teams because it’s time-consuming and requires expert knowledge of its components. Many businesses lack the staff and resources for regular upkeep and often wait until major issues develop before creating an actionable plan.
BuildingLogiX understands the importance of an efficient water chiller system and leverages our Connected Building Services to help our clients monitor the components and react quickly to emerging problems.
With our innovative chiller plant optimization tool, a maintenance team can gather key insight into the operational efficiency of a water chiller system. This allows them to identify minor issues in real-time and provide cost-efficient repairs before major breakdowns occur using the following features:
Our data visualization feature generates custom dashboards that display prioritized data insights to your various management and operations teams. Role-based access controls let you determine which data each team can view, ensuring the right information reaches the right people.
Many campuses have buildings with automation systems from various vendors, making oversight difficult. Our master system integration service unifies your chilled water, HVAC, and BAS onto one platform. This consolidated view allows your facilities team to quickly identify and resolve any issues across equipment and buildings.
BuildingLogix is a leading technology-driven company that takes pride in helping our clients overcome the challenges associated with creating and maintaining healthy buildings. Our team leverages their knowledge and experience to help companies across various industries, including:
Contact us today to learn more about how our innovative software solutions can help you create a healthier building with a more efficient chilled water system.
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