District Cooling for Built Environment Decarbonisation
About This Course
This course explains the attributes of district cooling as a strategic utility for decarbonization, moving beyond the perception that it is merely a larger centralized chiller plant. Participants will explore how district cooling leverages economies of scale and integrated operations to reduce both embodied and operational carbon. The session covers foundational principles, the unique advantages of its "utility attributes," and its role in enhancing reliability and enabling renewable energy integration in the grid. We will also address practical implementation challenges in brownfield sites, the expansion from commercial to residential applications, and a balanced assessment of when district cooling is or isn't the most suitable sustainable solution.
What You'll Learn
- Define district cooling and its core components, and attributes distinguishing it from in-building chiller systems.
- Explain how district cooling reduces embodied carbon through economies of scale and lowers operational carbon through better energy efficiency from integrated system management.
- Identify the "utility attributes" and reliability of district cooling networks and their contribution to Singapore long-term decarbonization goals.
- Recognize the key technical and logistical considerations for implementing district cooling in brownfield developments and for expanding its application from commercial to residential buildings.
- Describe how district cooling systems can act as a platform to facilitate the incorporation of renewable energy sources into the urban energy mix.
- Evaluate the suitability of district cooling for a given project, identifying scenarios where it may not be the optimal solution and proposing alternative sustainable strategies.
Entry Requirements
Professionals involved in facilities operations, engineering support, or sustainability initiatives, as well as personnel who collaborate across departments to improve building performance and energy efficiency.