Overview of the Current Status and Prospects of Electrical Energy-Saving Technology

Authors

    Weijue Xu, Xiaoli Zhang, Jie Yang, Congcong Zhao Hebei Agricultural University, Baoding 071000, Hebei Province, China Hebei Agricultural University, Baoding 071000, Hebei Province, China Hebei Agricultural University, Baoding 071000, Hebei Province, China Hebei Agricultural University, Baoding 071000, Hebei Province, China

Keywords:

Electrical technology, Energy, Energy-saving, Importance, Application

Abstract

With the ongoing industrialization and urbanization, China faces an increasingly prominent energy bottleneck. Promoting energy conservation and emission reduction, along with building a resource-saving and environmentally friendly society, are long-term strategic goals for the country. Electrical energy is widely used across various sectors of the national economy due to its relatively straightforward production and conversion, ease of transmission and distribution, and convenient use and control. As a major sector in energy production and consumption, the electricity industry integrates energy-saving efforts across all stages, including power generation, transmission, transformation, distribution, and end-use, each presenting significant opportunities for energy conservation. This paper first describes the current status of electrical energy-saving efforts in China, then discusses the principles of implementing energy-saving technologies and their application prospects through case studies, which have major implications for future research and development of energy-saving technologies in electricity.

References

Zhou M, 2016, Intelligent Energy-Saving Technology. Metallurgical Industry Press, Beijing.

Yao F, Zhang Y, 2015, Energy-Saving Technology and Application. China Electric Power Press, Beijing.

State Grid Energy Research Institute, 2015, China Energy Conservation and Power Saving Analysis Report (2015). China Electric Power Press, Beijing, 106–146.

State Grid Energy Research Institute, 2016, China Energy Conservation and Power Saving Analysis Report (2016). China Electric Power Press, Beijing, 102–143.

State Grid Energy Research Institute, 2017, China Energy Conservation and Power Saving Analysis Report (2017). China Electric Power Press, Beijing.

Zhou M, 2008, Energy Saving in Factory Systems and Energy-Saving Engineering. Metallurgical Industry Press, Beijing.

Li Z, Guo R, 2015, Optimal Load Rate and Capacity Selection for Distribution Transformers. Inner Mongolia Science and Economy, 2015(15): 117–118 + 120.

Downloads

Published

2023-12-29