ОЦЕНКА ЭФФЕКТИВНОСТИ ТИПОВЫХ МЕР ПО ЭНЕРГОСБЕРЕЖЕНИЮ И СОКРАЩЕНИЮ ВЫБРОСОВ В ПРОЕКТАХ ПЕРЕДАЧИ И ПРЕОБРАЗОВАНИЯ ЭЛЕКТРОЭНЕРГИИ

Abstract

As global climate change intensifies, countries face serious challenges. In response to this issue, various industries are actively promoting green development and energy conservation measures, with the electricity sector being particularly important. As a major emitter of carbon dioxide, China’s construction of transmission infrastructure has a significant impact on global climate change. In this context, research on energy conservation and emission reduction measures is urgently needed. Taking the 500 kV transmission project in Jiande, Zhejiang Province as an example, this study analyzes its carbon emissions in detail and quantifies the effects of 18 energy conservation and emission reduction measures. The results show that adopting energy conservation and emission reduction technologies can significantly reduce carbon emissions, especially in terms of raw materials and equipment. However, there are still issues such as data gaps and unclear quantification methods that need further research and improvement. Therefore, it is recommended to continue researching energy conservation and emission reduction technologies, establish relevant standards, and promote the development of more environmentally friendly raw materials and equipment by power enterprises to facilitate the green and low-carbon development of transmission engineering.