About This Course

This course explores the feasibility and benefits of thermal energy networks (TENs) as an emerging strategy for large-scale building decarbonization. Presented by the New Jersey Board of Public Utilities, it highlights how shared geothermal systems can optimize heating and cooling across campuses and communities, improving efficiency while reducing energy demand and carbon emissions. Participants will gain insight into system design concepts, grid impacts of electrification, cost considerations, and opportunities such as waste heat recovery. The course also examines real-world applications and research findings to help institutions evaluate long-term, resilient energy infrastructure solutions.

Learning Objectives

Explain the principles of thermal energy networks (TENs) and their role in improving building system efficiency, occupant comfort, and overall environmental performance. Evaluate the impacts of large-scale electrification and thermal network adoption on energy infrastructure, including grid reliability, peak demand, and long-term resilience.  Assess the health, safety, and welfare benefits of decarbonization strategies, including reduced emissions, improved air quality, and integration of renewable and waste heat sources.  Analyze the economic and design considerations of implementing thermal energy networks, including lifecycle costs, feasibility, and integration within campus or district-scale developments.