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“Still buying Chillers on L1 basis? It’s time to shift to life cycle cost buying & look for the least energy consumption option”
Our recent 10-year life cycle cost analysis (LCA) study on Chillers for Industrial applications revealed insightful findings:
– Ammonia showcases a notable 15 to 20% lower 10-year life cycle cost compared to other options.
– The operating cost of chillers surpasses the capital cost by 4 to 5 times over the 10-year life cycle, emphasizing the multifaceted considerations beyond initial capital investment.
– Ammonia stands out for its exceptional heat recovery potential, exceeding that of 134a. This opens doors to additional benefits such as hot water and low-pressure steam generation, supported by available cutting-edge technologies.
These discoveries shed light on the nuanced aspects that play pivotal roles in chiller selection processes, underscoring the significance of comprehensive life cycle cost assessments and the added value of innovative solutions like Ammonia in industrial settings.
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This article highlights important considerations beyond just price when purchasing chillers. Quality and efficiency should always be key factors.
Thanks for sharing such valuable insights!
Excellent perspective on the risks of choosing chillers based solely on L1 pricing. It’s a real issue, especially when quality and lifecycle costs are overlooked.
Thanks for shedding light on this—decision-makers really need to think beyond just the initial quote.