Author(s)

Peigeng Yang

Corresponding Author

Peigeng Yang

Abstract

Driven by the dual carbon goals and green building concepts, controlling building energy consumption has become a crucial element in achieving sustainable development. Among building energy sources, HVAC systems represent a primary contributor, making their energy-saving control strategies particularly critical. This paper analyzes the energy-saving requirements imposed on HVAC systems by green building principles and explains the necessity of achieving energy conservation and environmental harmony throughout a building's entire lifecycle. It focuses on exploring energy-saving control technologies and strategies for HVAC systems, including intelligent control methods based on artificial intelligence and the Internet of Things, the integrated application of renewable energy and multi-energy systems, as well as operational optimization and management models that ensure indoor comfort. Combining policy support and regulatory standards, sustainable development pathways and future trends for HVAC systems are proposed. Research indicates that energy-saving control under green building principles not only significantly reduces building energy consumption and carbon emissions but also enhances energy utilization efficiency, providing robust support for the building industry's low-carbon transformation and sustainable development.

Keywords

Green Building, HVAC System, Energy-Saving Control, Intelligent Management, Sustainable Development