Tackling Low Delta-T Syndrome: A Collaborative Approach to Smart Building Efficiency

Low Delta-T Syndrome is a persistent challenge in HVAC systems. It leads to increased energy use, higher carbon emissions, and reduced equipment lifespan, all of which impact operational efficiency and sustainability. This session will explore the root causes of Low Delta-T, including poor hydronic balancing, inaccurate valve settings, oversized or underperforming components, and limited visibility into key system parameters such as flow, temperature, and pressure.

The focus will be on how smart valves, equipped with integrated sensing, can help address these issues. By enabling continuous monitoring and automated control, these technologies offer a practical route to improving system performance and reducing energy waste.

The session will also highlight the importance of collaboration between manufacturers and systems integrators. By working together from the design stage through to commissioning and operation, it’s possible to deliver smarter, more resilient systems that are easier to maintain and better aligned with sustainability goals.

Attendees will leave with a clear understanding of Low Delta-T Syndrome, how to identify it, and how to address it using connected technologies. The session will also provide practical insights into how to engage with manufacturers to specify and implement data-driven solutions that deliver measurable results.

This talk is aimed at systems integrators, consultants, engineers, and building operators who are looking to improve HVAC performance, reduce energy costs, and future-proof their systems in line with the growing demand for smart, sustainable buildings.