Abstract

Numerous problems have emerged with the rapid development of wind power in Xinjiang. The predominant problem is the inhibition of the healthy development of the wind power industry by wind power curtailment in Xinjiang. In this study, wind power heating and high energy-consuming industries were coupled to increase wind power consumption in Xinjiang on the load side. The feasibility analysis of wind power heating in Dabancheng showed that the heating load characteristics coincide with the wind characteristics and the electric heating technology can fulfill the requirements for wind power heating. A business model innovation achieved a win–win situation. Furthermore, a wind power heating system was designed in Dabancheng, the boiler capacity and the heat storage capacity were calculated, and a heating system model with heat storage technology was established. Wind power heating with heat storage can improve the consumption of wind power and increase the local electric load and system adjustability. Furthermore, heating with curtailed wind power can save 2942 tons of standard coal as well as reduce 5172 tons of CO2, 2.9 tons of SO2, 22 tons of NOX, and 2 tons of soot emissions. Non-grid-connected distributed wind power was applied to the high energy-consuming coal chemical industry to reduce wind power curtailment, expand the consumption market, and reduce pollution. A multifunctional wind-photovoltaic complementary system with hydrogen energy storage coupled with traditional high energy-consuming coal chemical industry was established. The implementation plan using wind and solar energy to produce, store, and apply hydrogen energy was proven beneficial. Wind power consumption was improved on the load side. The wind power curtailment problem was reduced by increasing local load using the curtailed wind power to provide clean heat in Dabancheng and constructing the multifunctional wind–photovoltaic complementary system. This study will contribute to the healthy and sustainable development of the wind power industry in Xinjiang.

Highlights

  • The problem of wind power curtailment was alleviated in 2014

  • The feasibility analysis of wind power heating in Dabancheng showed that the heating load characteristics coincide with the wind characteristics and the electric heating technology can fulfill the requirements for wind power heating

  • A wind power heating system was designed in Dabancheng, the boiler capacity and the heat storage capacity were calculated, and a heating system model with heat storage technology was established

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Summary

Introduction

The problem of wind power curtailment was alleviated in 2014. The proportions of wind power curtailment were reduced in different parts of China, including Xinjiang. Important measures to expand wind power consumption and alleviate the problem of wind power curtailment include the following: discarded wind power may be used to produce heat cleanly through a heat storage technology, and non-grid-connected wind power may be consumed by high energy-consuming industries (http://zfxxgk.nea.gov.cn/auto92/201602/t20160216_2202.htm)(http://www.gov.cn/zwgk/2013-09/12/content_24. This study aims to improve wind power consumption space from the load side by utilizing curtailed wind power to provide clean heat in Dabancheng and constructing a multifunctional wind–photovoltaic complementary system with hydrogen energy storage coupled with the traditional high energy-consuming coal chemical industry in Hami. This system can increase local load to promote wind power consumption and reduce the problem of wind power curtailment

Research Background of Wind Power Heating
Dabancheng Wind Farm Planning
Wind Power Curtailment in Dabancheng
Analysis of Heating Load Characteristics and Wind Energy Characteristics
Electric Heating Technology Fulfills Wind Power Requirements
Business Operation Model
Dabancheng Wind Power Heating System
Energy Storage for Heating Systems
Model for the Combined Thermal–Electric System with Heat Storage
Economic Benefits of Curtailed Wind Power Heating
Findings
Conclusions
Full Text
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