Introduction to Propane Cooling  

As electrical grids face increasing strain from rising temperatures, extreme weather events, and growing energy demands, building professionals are seeking resilient and efficient alternatives for cooling commercial and residential facilities. This course explores propane-powered cooling technologies, including engine-driven and absorption systems, and examines how these proven solutions can reduce dependence on the electric grid while improving energy security. Participants will gain an understanding of how propane cooling systems operate, applicable codes and standards, and the role these technologies can play in supporting reliable building performance during peak demand periods and power disruptions.

Through real-world case studies and comparative analysis, attendees will evaluate the economic, operational, and environmental benefits of propane cooling across a variety of applications, including healthcare, hospitality, education, agriculture, multifamily housing, and mission-critical facilities. The course highlights opportunities to lower electrical demand, enhance resiliency, reduce infrastructure costs, improve system redundancy, and support emissions reduction goals through the use of propane and renewable propane technologies. Participants will leave with practical knowledge to assess propane cooling solutions as part of a comprehensive building energy strategy.

Photo courtesy of Robur Corporation

Bert Warner is a seasoned business development leader with more than two decades of experience driving revenue growth, expanding market presence, and building strong stakeholder relationships. As Director of Commercial & Residential Business Development at the Propane Education & Research Council (PERC), he leads commercial and residential strategy and market adoption efforts for propane across key applications including water heating, power generation, CHP, and HVAC.