Event Details

Enter the multifaceted landscape of demand flexibility through energy storage and its pivotal role in shaping the energy transition. Discover how thermal energy storage (TES) is revolutionizing demand flexibility for both building owners and utilities through real-world case studies spanning diverse sectors from HVAC to industrial refrigeration, and uncover the potential of TES in reducing costs, cutting carbon footprints, and enhancing grid resilience. And explore innovative heating solutions in the face of decarbonization efforts, including a groundbreaking heating system utilizing water in ice storage tanks, offering grid-independent heating even in cold climates. 

Speakers: Stan Nabozny (Michaels Energy), Bruce Lindsay (Trane Technologies), Tom Lovett (SYSO Technologies) 

Learning Objectives: 

1. Describe: Articulate the concept of demand flexibility and its significance in the energy transition, focusing on the role of thermal energy storage (TES) in reducing costs, cutting carbon footprints, and enhancing grid resilience. 
2. Examine: Investigate real-world case studies of TES applications in various sectors, such as HVAC and industrial refrigeration, to assess the impact of TES on demand flexibility for both building owners and utilities.
3. Design: Construct an innovative solution or strategy that utilizes TES technology, such as a heating system with water in ice storage tanks, to achieve grid-independent heating in cold climates and support decarbonization efforts.