Framework and Application of Environmental Planning for Regional Power Grid

doi:10.3969/j.issn.1000-7229.2015.11.011

Abstract

Abstract:

The researches on power grid environmental problems are little at home and abroad， and the environmental planning of regional power grid is lacking of framework system guidance. In view of the above facts， this paper firstly analyzed the characteristics of the environmental planning of power grid， and then preliminarily established the method framework of the environmental planning for regional power grid. The method framework pays more attention to the overall upgrade of regional ecological environment quality， uses basic theories of environmental planning as guide to recognize the environmental impact of power grid system comprehensively， and design the planning scheme in different ways according to the classification of environmental problems. Taking the ‘13th Five-Year’ environmental planning of Zhuhai power grid as example， this paper defined the land occupation， electromagnetic radiation and other key problems that should be focused on， based on the present situation analysis of Zhuhai power system environmental， and put forward the planning schemes for three kinds of environmental problems in ecological environment， ecological landscape and environmental quality， as well as the priority implementation projects aimed at key issues. According to the investment benefit evaluation， the area substations cover， electromagnetic radiation and noise value will reach the corresponding national standards， and the environmental impacts of power grid will reduce overall， after the implementation of the proposed planning.

Key words: environmental planning of power grid, ecological environment, ecological landscape, environmental quality

CLC Number:

TM 715

MAO Guozhu，ZHANG Fengrong，LI Jing，GU Yanxun，ZOU Hongyang，LIU Xi. Framework and Application of Environmental Planning for Regional Power Grid[J]. ELECTRIC POWER CONSTRUCTION, 2015, 36(11): 70-76.

References

［1］中电联规划与统计信息部.2014年电力工业运行简况［R］.北京：中电联规划与统计信息部，2015.

［2］陈启鑫，康重庆，夏清，等.电力行业低碳化的关键要素分析及其对电源规划的影响［J］. 电力系统自动化，2009，33（15）：18-23.

Chen Qixin， Kang Chongqing， Xia Qing，et al. Key low-carbon factors in the evolution of power decarbonisation and their impacts on generation expansion planning［J］. Automation of Electric Power Syestems，2009，33（15）：18-23.

［3］段建民，王志新，王承民，等.考虑碳减排效益的可再生电源规划［J］.电网技术，2015，39（1）：11-15.

Duan Jianmin， Wang Zhixin， Wang Chengmin，et al. Renewable power planning considering carbon emission reduction benefits［J］. Power System Technology，2015，39（1）：11-15.

［4］Hammons T J. Impact of electric power generation on green house gas emissions in Europe: Russia， Greece， Italy and views of the EU power plant supply industry-a critical analysis［J］. Electrical Power and Energy Systems， 2006（28）:548-564.

［5］Koltsaklis N E，Dagoumas A S，Kopanos G M，et al. A spatial multi- period long-term energy planning model: A case study of the Greek power system［J］. Applied Energy，2014（115）:456-482.

［6］Zhou Kaile， Yang Shanlin， Shen Chao，et al. Energy conservation and emission reduction of Chinas electric power industry［J］.Renewable and Sustainable Energy Reviews，2015（45）:10-19.

［7］刘首文，刘华钢，赵永生.电网环保应重视的两项工作［C］// 湖北科技论坛优秀论文集. 武汉：湖北科学技术协会，2005：5-7.

［8］宋云亭，郑超，秦晓辉.大电网结构规划［M］.北京：中国电力出版社，2013:1-21.

［9］易智婷，邱有强，梁敬成，等.500 kV电网低碳技术体系［M］.北京：中国水利水电出版，2011：1-183.

［10］何婧，黄川友，金昕.110 kV、220 kV输变电项目环境影响评价要点［J］.工程技术，2009（1）：127-128.

He Jing，Huang Chuanyou，Jin Xin. The main points of environmental impact evaluation for 110 kV， 220 kV power transmission project［J］. Engineering Technology，2009（1）：127-128.

［11］Keir L S，Ali S H. Conflict assessment in energy infrastructure siting:prospects for consensus building in the northern pass transmission line project［J］.Negotiation Journal，2014，30（2）：169-189.

［12］陈震，凌驾政，张群策，等.变电站废水排放分析与环保评估［J］.电力与能源，2013，34（1）：62-65.

Chen Zhen，Ling Jiazheng，Zhang Qunce，et al. Evaluation of substation operation characteristics of wastewater［J］. Electric Power and Energy，2013，34（1）：62-65.

［13］Jasna R，Vesna R，Milorad B， et al. Environmental impacts of the electromagnetic field levels near overhead transmission lines［J］.Environmental Engineering and Management Journal，2014，13（3）：627-633.

［14］丛俊，曹文勤，王文兵. 电网规划环境影响评价的难点及对策建议［J］.电力科技与环保，2014，30（6）：5-7.

Cong Jun，Cao Wenqin，Wang Wenbin. The difficulties in power grid planning environmental impact assessment and the corresponding countermeasure and suggestion［J］.Power Technology and Environmental Protection，2014，30（6）：5-7.

［15］梁冬，严福章，史玉柱. 加强电网工程环保规划设计的探讨［J］.电力建设，2011，32（2）:35-38.

Liang Dong，Yan Fuzhang，Shi Yuzhu. Discussion on strengthening environmental protection planning and design for power grid projects［J］.Electric Power Construction，2011，32（2）:35-38.

［16］王志标，木月波，王圣，等.输变电电网规划环境影响评价思路实践与探讨［J］.能源环境保护，2011，25（2）：39-45.

Wang Zhibiao，Mu Yuebo，Wang Sheng，et al.The perception &practice on system of plan EIA of transmission electricity power grid［J］.Energy Environmental Protection，2011，25（2）：39-45.

［17］朱坚强，程浩忠，武鹏，等.环保要求下城市送电网规划的初步方法［J］.电力系统自动化，2009，33（16）：30-34.

Zhu Jianqiang， Cheng Haozhong， Wu Peng，et al. A preliminary method for urban transmission network planning required by environmental protection［J］.Automation of Electric Power Systems，2009，33（16）：30-34.

［18］傅伯杰. 景观生态学原理及应用［M］.北京：科学出版社，2001:43-72.

［19］郭怀成，刘永，贺彬.流域环境规划典型案例［M］.北京：北京大学出版社，2007:1-138.

［20］梁伟.考虑环境影响因素的电网规划综合评价体系研究［D］.天津：天津大学，2000.

Liang Wei. Study on comprehensive evaluation to urban power grid planning with considering environment influence［D］.Tianjin：Tianjin University，2000.

［21］郭泺，杜世宏，孙皓铭，等.珠海市城区景观空间格局特征分析［J］.地球信息科学学报，2013，15（2）：307-313.

Guo Luo，Du Shihong，Sun Haoming，et al. Study on gradient variation of landscape spatial pattern in the urban area of Zhuhai city［J］.Journal of Geo-information Science，2013，15（2）：307-313.

［22］GB50293—1999 城市电力规划［S］.

［23］HJ/T24—2998 500 kV超高压送变电工程电磁辐环境影响评价技术规范［S］.

［24］GB15707—1995 高压交流架空送的送电线无线干扰限值［S］.

［25］GB12348—2008 工业企业厂界环境噪声排放标准［S］.

［26］DL/T 941—2005 运行中变压器用SF6质量标准［S］.

［27］王佩华，邓丹.城市电网的环境影响与防治对策［J］.电力环境保护，2007，23（4）：20-22.

Wang Peihua，Deng Dan. City electric network environmental impact and protection countermeasure［J］.Power Environmental Protection，2007，23（4）：20-22.

［28］陈飞霞. 220 kV 输电线路电磁环境影响分析及其环保措施［J］.海峡科学，2012（10）:14-25.

Chen Feixia. Electromagnetic environment impact analysis of 220 kV transmission line and its environmental protection measures［J］.Strait Science，2012（10）:14-25.

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