中国软科学
中國軟科學
중국연과학
CHINA SOFT SCIENCE
2014年
6期
142-150
,共9页
交通能耗%公共交通%碳排放%统计指标
交通能耗%公共交通%碳排放%統計指標
교통능모%공공교통%탄배방%통계지표
transport energy consumption%public transportation%carbon emissions%statistical indicators
我国城市交通能源消耗量增长迅速,交通拥堵与排放愈发严重。由于私人小汽车的能源消耗、交通设施的能源消耗统计缺失,以及城市公共交通多种能源结构下的能耗统计和碳排放的测算不完善,尚未形成统一规范的标准,使得城市交通能源消耗和碳排放对经济的影响缺少量化关系。本文从城市电动车、新能源车运用形成新的能源消费特点,对公共交通进行全生命周期的能源消耗和碳排放测算方法分析。提出城市交通系统节能减排措施及政策建议,为城市交通能源消耗国际对比和绿色可持续发展的交通政策制定提供基础信息,并以北京市公共交通系统为例,测算全生命周期能耗及排放总量和强度。
我國城市交通能源消耗量增長迅速,交通擁堵與排放愈髮嚴重。由于私人小汽車的能源消耗、交通設施的能源消耗統計缺失,以及城市公共交通多種能源結構下的能耗統計和碳排放的測算不完善,尚未形成統一規範的標準,使得城市交通能源消耗和碳排放對經濟的影響缺少量化關繫。本文從城市電動車、新能源車運用形成新的能源消費特點,對公共交通進行全生命週期的能源消耗和碳排放測算方法分析。提齣城市交通繫統節能減排措施及政策建議,為城市交通能源消耗國際對比和綠色可持續髮展的交通政策製定提供基礎信息,併以北京市公共交通繫統為例,測算全生命週期能耗及排放總量和彊度。
아국성시교통능원소모량증장신속,교통옹도여배방유발엄중。유우사인소기차적능원소모、교통설시적능원소모통계결실,이급성시공공교통다충능원결구하적능모통계화탄배방적측산불완선,상미형성통일규범적표준,사득성시교통능원소모화탄배방대경제적영향결소양화관계。본문종성시전동차、신능원차운용형성신적능원소비특점,대공공교통진행전생명주기적능원소모화탄배방측산방법분석。제출성시교통계통절능감배조시급정책건의,위성시교통능원소모국제대비화록색가지속발전적교통정책제정제공기출신식,병이북경시공공교통계통위례,측산전생명주기능모급배방총량화강도。
Since the fast growing of china urban traffic energy consumption, the traffic congesting problems are getting serious. However, the lack of private car consumption, and transport facilities energy consumption statistics and the im-perfect energy statistics measure of urban public transport under a variety of energy structure, cause the difficult to build a united energy consumption and carbon emissions estimated standard. Therefore, the quantified relationships between urban transport energy consumption and the economic impact of carbon emissions are still missing. This paper analyzes transport energy consumption and carbon emissions calculation from a new view, the characteristics of the public trans-port for full life-cycle energy consumption and carbon emissions calculation method. Several suggestions and methods are given based the international comparison of urban transport energy consumption and green transport policy formulation and sustainable development. It also provides information of Beijing public transit, take Beijing for example, and esti-mates the total volume and strength of energy consumption and emissions with its full life cycle.