Abstract

The Chinese government announced the Clean Energy Heating Program in northern China in 2017, promoting clean energy for residents’ winter heating. The key difficulty of implementing this policy initiative lies in rural areas. This research hence focuses on evaluating the implementation of this policy in rural areas. Rural residents who directly benefit from, and are integrally involved in, the implementation process in Shandong Province were surveyed to evaluate their satisfaction with this policy. In order to identify their satisfaction indicators and obstacle factors, a TOPSIS obstacle model adjusted by entropy weight was developed. An evaluation system of the indicators of residents’ satisfaction with the policy was developed and converted into a questionnaire. The designed questionnaire was distributed to 341 rural residents in Jinan, Zibo and Heze in Shandong province. Data analysis suggests that, at the fiscal subsidies level, supporting infrastructure, technical supports and support organizations are four important factors affecting rural residents’ satisfaction. The key obstacle factors identified include technical support, supporting infrastructure, the operation subsidies level, heating cost, period of subsidies and achieved temperature. Corresponding suggestions for further clean energy heating policy design and implementation in rural areas in northern China are provided.

Highlights

  • It is a worldwide challenge to meet the increasing energy needs caused by improved human living standards, while protecting the environment and maintaining sustainability at the same time

  • Shandong Province is located in the air pollution transmission channel in the BeijingTianjin-Hebei area whichis a representative province in Northern China

  • It could be interpreted that rural residents are generally satisfied with CEHP

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Summary

Introduction

It is a worldwide challenge to meet the increasing energy needs caused by improved human living standards, while protecting the environment and maintaining sustainability at the same time. Such a challenge is significant for China as one of the largest developing countries. Given the low temperature, heating in winter is essential for residents in both urban and rural areas. Winter heating is mainly provided by coal, which causes significantly increased pollutant emissions and severe haze [1,2]. Shandong Province is located in the air pollution transmission channel in the BeijingTianjin-Hebei area whichis a representative province in Northern China. Winter heating in Shandong consumes around 43 million tons of coal, among which 10 million tons are consumed in rural areass.

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