Exploring Vapor Absorption Chillers – A Sustainable Cooling Alternative

Exploring Vapor Absorption Chillers – A Sustainable Cooling Alternative

Feb 08, 2025
2 min read
chillers

Exploring Vapor Absorption Chillers – A Sustainable Cooling Alternative

With the increasing need for energy‑efficient cooling solutions, Vapor Absorption Chillers (VACs) have emerged as a sustainable alternative to traditional electric‑driven chillers. These systems utilize heat energy instead of electricity, making them ideal for industries looking to optimize their energy use.
Learn about Direct Fired Chiller | See VAM Product Page | CCHP Systems | Pump Solutions

  • How Do Vapor Absorption Chillers Work?

    Unlike conventional chillers that rely on compressors, VACs operate on absorption refrigeration technology. They use an absorbent‑refrigerant pair, such as lithium bromide and water, to produce cooling effects. This method significantly reduces electricity consumption, making it ideal for facilities with available waste heat or renewable energy sources.

  • Primary Benefits of Using VACs

    • Reduced Carbon Footprint: Heat‑powered operation cuts greenhouse emissions.
    • Lower Energy Costs: Powered by waste heat rather than electricity.
    • Minimal Maintenance: Fewer moving parts means less upkeep.
    • Quiet Operation: No compressor noise.
  • Comparing VACs with VAMs and Other Systems

    VAMs encompass the broader absorption cooling family, whereas VACs specifically produce chilled water. VAMs sometimes offer heating too; VACs focus purely on cooling.

  • Conclusion

    Industries aiming to reduce energy use and costs should consider Vapor Absorption Chillers. Their heat‑driven efficiency, eco‑friendly credentials, and quiet, low‑maintenance design make them a future‑ready cooling solution.

    Contact us for a free consultation | Visit BROAD India
Broad India
FacebookInstagramYouTubeLinkedIn

Links

Contact Us

BROAD Air Conditioning India Pvt. Ltd. (BROAD India) is a subsidiary of BROAD Group.

Powered by

WictroniX