NCKU’s plan to reduce energy consumption-國立成功大學永續發展SDGs

National Cheng Kung University (NCKU) has implemented a comprehensive energy efficiency plan led by the Energy Conservation Promotion Committee, targeting negative growth in electricity consumption. The university integrates policy, education, and technology to reduce energy use and carbon emissions. Through interdisciplinary carbon reduction education, industry collaboration, and government-certified training, NCKU builds capacity for sustainable energy practices. Complementing this, cutting-edge research such as CO₂-to-synthetic natural gas technology promotes green energy and circular economy development. Together, these measures demonstrate NCKU’s systematic and practical approach to achieving long-term energy reduction and carbon neutrality goals.
 

To achieve its goal of reducing overall energy consumption, NCKU has established a comprehensive energy efficiency plan. This initiative is spearheaded by the university's "Energy Conservation Promotion Committee," which integrates campus expertise to pursue a clear objective of negative growth in electricity consumption.

A cornerstone of this plan is the stringent NCKU Campus Green Building Code, mandating that all new constructions meet the "Silver-level Green Building Label" standard, embedding energy-efficient design from the start. In transportation, NCKU promotes green mobility by using electric scooters for patrols and organizing a bicycle adoption program.

Furthermore, the university advances this commitment through cutting-edge research, such as its world-leading "synthetic natural gas" technology that converts CO2 into green energy, fostering a circular economy. Through these multi-faceted strategies in policy, construction, and technology, NCKU is systematically achieving its energy reduction targets.
 

 

1. NCKU Campus Green Building Specification

The NCKU Campus Green Building Specifcation is a comprehensive framework designed to systematically promote energy conservation and carbon reduction on campus. The code explicitly requires campus buildings to meet the "Silver-level Green Building Label" standard. It establishes specific design principles and technical indicators across various domains, including building envelope energy efficiency, HVAC energy conservation, lighting regulations, water-saving fixtures, and the use of green building materials. This code serves as the fundamental guideline and a core component of the university's plan to reduce overall energy consumption.

1. Smart Campus Development

1. Carbon Reduction Management Training

1. Carbon Management Seminar

1. Land Planning Forum and Symposium