Accessibility Statement Skip Navigation
  • Back to Global Sites
  • +972-77-2005042
  • Blog
  • Journalists
  • GDPR
  • Send a Release
PR Newswire: news distribution, targeting and monitoring
  • News
  • Products
  • Contact
Search
When typing in this field, a list of search results will appear and be automatically updated as you type.

Searching for your content...

No results found. Please change your search terms and try again.
  • News Releases view all

    • Hamburger menu
    • PR Newswire: news distribution, targeting and monitoring
    • Send a Release
      • Telephone

      • +972-77-2005042 from 8 AM - 11 PM IL

      • Contact
      • Contact

        +972-77-2005042
        from 8 AM - 11 PM IL

    • Searching for your content...

      No results found. Please change your search terms and try again.

      News Releases

      view all
      Close menu
    • News
    • Products
    • Contact
      • Request More Information
      • Journalists
      • GDPR

      Wint Introduces AI-Powered Water Temperature Analysis to Identify Boiler Issues and Reduce Energy Waste


      News provided by

      Wint

      19 Nov, 2025, 16:00 IST

      Share this article

      Share this article


      Monitoring temperature marks a meaningful step forward in intelligent water management for energy-conscious facilities

      BOSTON, Nov. 18, 2025 /PRNewswire/ -- Wint, the leading provider of water management solutions for the built environment, today announced AI-driven temperature analysis, a new capability that correlates water flow and temperature patterns throughout buildings, giving facility and sustainability teams a deeper understanding of how water behaves across systems.

      Temperature is a critical and often overlooked attribute of water in buildings. Roughly 30% of a building's total energy use is linked to heating and cooling water through systems such as boilers and chilled-water loops. Water temperature stability also affects health and safety, as pathogens like Legionella can develop when water temperature drifts outside regulated ranges. In addition, consistent hot-water supply is vital for occupant satisfaction in facilities such as hotels, hospitals, and multi-tenant buildings.

      Wint's temperature analysis provides a foundation for addressing all of these challenges. Its first implementation focuses on the health of boilers – one of the most energy-intensive systems in commercial and residential buildings alike.

      By correlating water flow and temperature data, Wint's AI-based Boiler Health Analyzer detects irregular patterns that indicate system inefficiency or malfunction. This allows facility and sustainability teams to identify overheating, which wastes energy and increases costs, as well as underheating or insufficient capacity, which can leave buildings without adequate hot water. With this added insight, organizations such as hotels, hospitals, and campuses can prevent service interruptions and costly emergency repairs by detecting problems early and taking action before they escalate.

      "Correlating water temperature with flow patterns opens a new dimension in how we understand buildings' water systems," said Yaron Dycian, Chief Product and Strategy Officer at Wint. "Temperature directly impacts energy efficiency, water safety, and reliability. By introducing boiler health monitoring as the first application of this capability, we're helping our customers enhance system performance, reduce waste, prevent damage, and advance their sustainability goals."

      About Wint:

      Wint is the leading provider of water management solutions for the built environment – protecting properties, ensuring business continuity, and driving sustainability at scale. As the only AI-powered, enterprise- and insurance-grade platform, Wint proactively prevents leaks, eliminates waste, and provides usage insights across every system and every stage of a building's lifecycle. Backed by the industry's only global insurer warranty and trusted by leaders like HP, Suffolk Construction, and the Empire State Building, Wint makes buildings smarter, safer, and more sustainable.

      Media Contact:

      Josh Warhit
      Warhit Media Services for Wint
      [email protected]

      SOURCE Wint

      Modal title

      Also from this source

      Wint Raises $36 Million in Series D Funding to Scale AI-Powered Water Intelligence Globally

      Wint, the leading provider of water management solutions for the built environment, today announced it has raised $36 million in Series D funding...

      Wint Caps 2025 with Over a Billion Gallons of Water Saved and Record Damage Prevention

      Wint, the leading provider of water management solutions for the built environment, today announced key performance statistics from 2025. Over the...

      More Releases From This Source

      Contact PR Newswire

      • +972-77-2005042
        from 8 AM - 11 PM IL

      Global Sites

      • APAC
      • APAC - Traditional Chinese
      • Asia
      • Brazil
      • Canada
      • Czech
      • Denmark
      • Finland
      • France
      • Germany

       

      • India
      • Indonesia
      • Israel
      • Italy
      • Mexico
      • Middle East
      • Middle East - Arabic
      • Netherlands
      • Norway
      • Poland

       

      • Portugal
      • Russia
      • Slovakia
      • Spain
      • Sweden
      • United Kingdom
      • United States

      Do not sell or share my personal information:

      • Submit via [email protected] 
      • Call Privacy toll-free: 877-297-8921
      Global Sites
      • Asia
      • Brazil
      • Canada
      • Csezh
      • Denmark
      • Finland
      • France
      • Germany
      • India
      • Israel
      • Italie
      • Mexico
      • Middle East
      • Netherlands
      • Norway
      • Poland
      • Portugal
      • Russia
      • Slovakia
      • Spain
      • Sweden
      • United Kingdom
      • United States
      +972-77-2005042
      from 8 AM - 11 PM IL
      • Terms of Use
      • Privacy Policy
      • Information Security Policy
      • Site Map
      • Cookie Settings
      Copyright © 2026 Cision US Inc.