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CommonID:DIR_71995437,ID:13890909,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695319,name:第一章 德国2030年人均光伏装机1.2千瓦,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:德国的上网电价补贴政策指向可再生能源发电者支付更高的上网电价，对此，政府颁布了52吉瓦光伏补贴上限政策，该政策始于2000年的《可再生能源法》，在实施的初期有效地减缓了德国光伏扩张的脚步，随着政策的落实，装机总量逼近上限，使行业陷入持续低迷状态的可能性加大，2020年，政府取消了该政策。德国光伏产业下一步的目标是在2030年将现有的光伏装机容量加倍以达到98吉瓦，目的是弥补因核能和煤炭逐步淘汰而造成的发电缺口。分布式光伏是中国未来的发展方向，研究德国这一全世界能源转型的典范能够为中国的发展提供体制机制创新的案例和经验。,AbstractEN:Germany's feed-in tariff subsidy policy points to renewable energy generators to pay higher feed-in tariffs, in this regard, the government promulgated a 52 GW photovoltaic subsidy ceiling policy, which began in 2000 "Renewable Energy Law", in the early stage of implementation effectively slowed down the pace of German photovoltaic expansion, with the implementation of the policy, the total installed capacity approaching the upper limit, so that the industry into a sustained downturn in the possibility of increasing, in 2020, the government cancelled the policy. The next step for the German PV industry is to double the existing installed PV capacity to 98 GW by 2030, with the aim of filling the power generation gap caused by the phase-out of nuclear and coal. Distributed photovoltaic is the future development direction of China,By studying the model of the world's energy transition, we can provide cases and experiences for institutional innovation for China's development.,KeyWords:3061,626882,626883,154510,20315,EKeyWords:3069,626884,626885,81232,20351,SubjectWords:,LiteratureId:13890908,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_001,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:36.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:15,ShowType:putong,LogoID:0,PdfID:13890910,DownCount:31,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:德国2030年人均光伏装机1.2千瓦,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:德国2030年人均光伏装机1.2千瓦,_RowNo:9

CommonID:DIR_71995450,ID:13890912,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695320,name:第二章 德国小镇实现人均光伏装机11千瓦,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:欧洲能源转型万里行团队考察了人均光伏装机11千瓦的施特凡斯波兴镇(Stephansposching)和户均光伏100千瓦的苏特村 (Sautorm村)。从施特凡斯波兴小镇的光伏形态和苏特村光伏与现代化农业并举的发展模式中，团队总结出了推动光伏建设的政策要点、成本结构、适用范围以及对我国光伏产业发展的借鉴意义。,AbstractEN:The European Energy Transition Miles team visited stephansposching, which has a per capita PV installation of 11 kilowatts, and Sautorm village, where the average household PV capacity is 100 kilowatts. From the photovoltaic form of stephansposching, Town and the development model of photovoltaic and modern agriculture in Sautorm village, the team summarized the policy points, cost structure, scope of application and reference significance for the development of China's photovoltaic industry.,KeyWords:626886,154510,626887,53545,EKeyWords:626888,81232,626889,47802,SubjectWords:,LiteratureId:13890911,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_002,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:36.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:8,ShowType:putong,LogoID:0,PdfID:13890913,DownCount:34,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:德国小镇实现人均光伏装机11千瓦,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:德国小镇实现人均光伏装机11千瓦,_RowNo:10

CommonID:DIR_71995462,ID:13890915,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695321,name:第三章 德国路侧光伏,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:德国拥有较多路侧光伏，这是由于德国《可再生能源法》所规定的路侧光伏用地大多为农业或绿地这类大面积不间断的土地。 这些土地安装光伏设备后并不改变属性，也不归公路部门所有。路侧光伏为德国光伏的发展提供了一定的土地资源储备，也为光伏项目的建设开辟了新的途径，但它缺乏科学严谨性，对生态和气候问题有失考虑。对于中国来说，路侧光伏政策应当兼顾土地资源利用效率，按实际情况调整规定和分类，更好地发挥建设路侧光伏的优势。,AbstractEN:Germany has more roadside photovoltaic, which is due to the fact that most of the roadside photovoltaic land stipulated in the German Renewable Energy Law is large-scale uninterrupted land such as agriculture or green space. These lands do not change their properties after the installation of photovoltaic equipment, nor are they owned by the highway department. Roadside photovoltaic provides a certain land resource reserve for the development of photovoltaic in Germany, and also opens up new ways for the construction of photovoltaic projects, but it lacks scientific rigor and has no consideration for ecological and climatic issues. For China, the roadside photovoltaic policy should take into account the efficiency of land resource utilization, adjust the regulations and classification according to the actual situation, and better play the advantages of roadside photovoltaic construction.,KeyWords:3061,626890,204309,141173,EKeyWords:3069,626891,626892,626893,SubjectWords:,LiteratureId:13890914,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_003,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:36.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:7,ShowType:putong,LogoID:0,PdfID:13890916,DownCount:31,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:德国路侧光伏,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:德国路侧光伏,_RowNo:11

CommonID:DIR_71995470,ID:13890918,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695322,name:第四章 德国碳中和目标下的光伏发展情景,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:在欧盟碳中和目标的指引下，德国通过立法修正碳中和目标、出台《联邦气候变化法案》在欧洲气候行动中发挥着积极作用。法案规定，至2050年，德国电力供应100%来自可再生能源，其中光伏占较大比重。为达到碳中和目标，德国联邦环境署、Agora能源转型论坛及德国可再生能源协会都给出了其对光伏装机规模的预测。从发展空间来看，各机构分别测算了地面光伏、农业光伏、建筑光伏、漂浮式光伏、城市光伏及其他的装机容量。从系统能力来看，德国能源系统通过系统性调整将可能满足未来发展高比例光伏的需求。目前，德国光伏领域将依次针对灵活性、储能水平和政策能力做出调整，这对中国光伏发展来说有很大的借鉴意义。,AbstractEN:Guided by the EU's carbon neutrality targets, Germany has played an active role in European climate action through legislation amending carbon neutrality targets and introducing the Federal Climate Change Act. The bill stipulates that by 2050, 100% of Germany's electricity supply will come from renewable sources, of which photovoltaics account for a larger proportion. To achieve carbon neutrality, the German Federal Environment Agency, the Agora Energy Transition Forum and the German Renewable Energy Association have all given their forecasts for the installed capacity of photovoltaics. From the perspective of development space, each institution has calculated the installed capacity of ground photovoltaic, agricultural photovoltaic, building photovoltaic, floating photovoltaic, urban photovoltaic and others. From the perspective of system capabilities, the German energy system will likely meet the demand for a high proportion of photovoltaics in the future through systematic adjustment. At present, the German photovoltaic field will be adjusted in turn for flexibility, energy storage level and policy capabilities, which has great reference significance for China's photovoltaic development.,KeyWords:3061,626894,626895,6687,529737,EKeyWords:3069,626896,626897,20385,529738,SubjectWords:,LiteratureId:13890917,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_004,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:36.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:21,ShowType:putong,LogoID:0,PdfID:13890919,DownCount:38,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:德国碳中和目标下的光伏发展情景,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:德国碳中和目标下的光伏发展情景,_RowNo:12

CommonID:DIR_71995508,ID:13890921,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695323,name:第五章 柏林能源地图集,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:德国首都柏林是欧洲可再生能源之都，也是能源与环保技术的创新先锋城市。柏林能源地图集是由德国联邦经济事务和能源部支持，在柏林市政府官网上发布的一个交互式在线工具，可以展示柏林太阳能设备的位置、装机功率、数量等信息以及柏林尚未开发的屋顶光伏、光热的潜力。由于受到人口密度等条件的限制，可再生能源中只有太阳能有较大发展潜力。对此，柏林推出了“太阳城”规划方案，这对中国城镇能源地图集建设有一定的参考价值。,AbstractEN:Berlin，known as the German capital, is Europe's renewable energy capital and a pioneer city of innovation in energy and environmental technologies. The Berlin Energy Atlas is an interactive online tool published on the official website of the Berlin City Government, supported by the German Federal Ministry of Economic Affairs and Energy, that shows information on the location, installed power, and quantity of solar energy equipment in Berlin, as well as the untapped potential of rooftop photovoltaic and solar thermal in Berlin. Due to the restrictions of population density and other conditions, only solar energy in renewable energy has great potential for development. In this regard, Berlin launched the "Sun City" planning plan, which has certain reference value for the construction of China's urban energy atlas.,KeyWords:22762,626898,33672,614965,EKeyWords:46738,626899,36520,614968,SubjectWords:,LiteratureId:13890920,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_005,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:36.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:8,ShowType:putong,LogoID:0,PdfID:13890922,DownCount:28,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:柏林能源地图集,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:柏林能源地图集,_RowNo:13

CommonID:DIR_71995515,ID:13890924,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695324,name:第六章 瑞士建筑光伏与光伏储能,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:受资源禀赋和能源政策影响，瑞士重视可再生能源的开发。光伏是瑞士仅次于水力发电的可再生能源，其中建筑光伏是光伏产业的主要推手，屋顶光伏等建筑光伏在瑞士公民生活中较为常见。为推动光伏产业发展，瑞士通过数字化服务和财政资助鼓励居民装配光伏，除此之外，瑞士大力发展光伏储能技术，优化成本结构，促进产业升级和市场化程度的提升。纵观欧洲光伏储能系统，各国在储能建设、推广应用上的机制设计和政策选择对于中国光伏来说都有较大的借鉴意义。,AbstractEN:Affected by resource endowments and energy policies, Switzerland attaches great importance to the development of renewable energy. Photovoltaic is the second most renewable energy in Switzerland after hydro-power, of which building photovoltaic is the main driver of the photovoltaic industry, and building photovoltaic such as rooftop photovoltaic are more common in the lives of Swiss citizens. In order to promote the development of the photovoltaic industry, Switzerland encourages residents to assemble photovoltaic through digital services and financial support, in addition, Switzerland vigorously develops photovoltaic energy storage technology, optimizes the cost structure, and promotes industrial upgrading and the improvement of marketization. Looking at the European photovoltaic energy storage system, the mechanism design and policy choices of various countries in the construction and promotion and application of energy storage have great reference significance for China's photovoltaic.,KeyWords:6429,626900,626901,30352,EKeyWords:6431,626902,626903,32689,SubjectWords:,LiteratureId:13890923,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_006,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:36.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:30,ShowType:putong,LogoID:0,PdfID:13890925,DownCount:42,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:瑞士建筑光伏与光伏储能,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:瑞士建筑光伏与光伏储能,_RowNo:14

CommonID:DIR_71995564,ID:13890927,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695325,name:第七章 斯洛文尼亚光伏净计量政策,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:斯洛文尼亚实行的净计量政策对促进分布式光伏发展起到重要作用，该政策不鼓励电力生产专门用于上网，而是鼓励家庭自用。这类政策在美国、荷兰、印度等国都有不同程度的实施和发展。然而，净计量政策在电网公司盈利、电量计价以及费率公平性方面依然存在一些问题。基于此，中国在借鉴净计量政策促进光伏发展的过程中应当更全面的做好机制设计。,AbstractEN:The net metering policy implemented in Slovenia plays an important role in promoting the development of distributed photovoltaic, which does not encourage electricity production to be used exclusively for grid access, but encourages households to use themselves. Such policies have been implemented and developed to varying degrees in the United States, the Netherlands, India and other countries. However, there are still some problems with net metering policies in terms of grid company profitability, electricity pricing, and rate fairness. Based on this, China should design a more comprehensive mechanism in the process of learning from the net metering policy to promote the development of photovoltaic.,KeyWords:39588,626904,626905,154510,EKeyWords:44752,626906,626907,81232,SubjectWords:,LiteratureId:13890926,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_007,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:37.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:4,ShowType:putong,LogoID:0,PdfID:13890928,DownCount:28,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:斯洛文尼亚光伏净计量政策,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:斯洛文尼亚光伏净计量政策,_RowNo:15

CommonID:DIR_71995584,ID:13890930,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695326,name:第八章 荷兰光伏发展与生态保护,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:荷兰人多地少，没有荒漠类土地，发展光伏除了要考虑与建筑结合，还必须考虑利用农田，因此需特别注重生态保护。为了实现碳中和，荷兰未来将大规模推进地面光伏的发展，也将更加关注地面光伏电站建设对土地资源和区域生态造成的影响。对此，荷兰鼓励推广屋顶光伏，并设置了光伏电站建设的行业规范及生态规定。荷兰在平衡光伏发展与农业生态之间关系的过程中所反映出的部门间协作能力、选址倾向、奖罚机制以及生态治理水平都对中国光伏发展产生了较强的示范作用。,AbstractEN:The population density of Netherlands is relatively large, and there is no desert land. As is talking about the development of photovoltaic, in addition to considering the combination of buildings, but also must consider the use of farmland, so special attention needs to be paid to ecological protection. In order to achieve carbon neutrality, the Netherlands will promote the development of ground photovoltaic on a large scale in the future, and will also pay more attention to the impact of the construction of ground photovoltaic power plants on land resources and regional ecology. In this regard, the Netherlands encourages the promotion of rooftop photovoltaic and sets up industry norms and ecological regulations for the construction of photovoltaic power plants. The interdepartmental collaboration ability, site selection tendency, reward and punishment mechanism and ecological governance level reflected in the process of balancing the relationship between photovoltaic development and agricultural Ecological problems in the Netherlands have all played a strong exemplary role in China's photovoltaic development.,KeyWords:6421,626895,50621,154510,EKeyWords:8234,626908,23035,81232,SubjectWords:,LiteratureId:13890929,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_008,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:37.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:11,ShowType:putong,LogoID:0,PdfID:13890931,DownCount:37,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:荷兰光伏发展与生态保护,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:荷兰光伏发展与生态保护,_RowNo:16

CommonID:DIR_71995600,ID:13890933,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695327,name:第九章 维也纳光伏理财模式,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:光伏正在成为奥地利的主力发电能源。在奥地利，将屋顶光伏当作理财产品进行推广是使更多居民参与光伏能源发展的重要方式。维也纳是奥地利光伏发展的重点城市，维也纳能源公司推出的公民光伏电站项目极大提升了公民参与度。该模式由光伏组件售后回租或申购股份、购买理财凭证等金融工具支撑。此外，维也纳能源公司推出了区块链电力交易模式，对欧洲甚至世界的光伏产业推广都提供了宝贵经验。,AbstractEN:Photovoltaic is becoming Austria's main source of power generation. In Austria, the promotion of rooftop photovoltaic as a wealth management product is an important way to enable more residents to participate in the development of photovoltaic energy. Vienna is a key city for the development of photovoltaic in Austria, and the citizen photovoltaic power plant project launched by Vienna Energy Company has greatly increased citizen participation. This model is supported by PV module after-sale leaseback or subscription of shares, purchase of financial certificates and other financial instruments. In addition, Vienna Energy has launched a block-chain power trading model, which provides valuable experience for the promotion of the photovoltaic industry in Europe and even the world.,KeyWords:92938,626909,204309,626910,EKeyWords:103392,626911,626892,626912,SubjectWords:,LiteratureId:13890932,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_009,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:37.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:10,ShowType:putong,LogoID:0,PdfID:13890934,DownCount:28,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:维也纳光伏理财模式,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:维也纳光伏理财模式,_RowNo:17

CommonID:DIR_71995615,ID:13890936,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695328,name:第十章 意大利光伏集成建筑能效减税政策,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:意大利拥有较为充沛的光照资源，光伏的累计装机容量位列世界第二。为优化能源需求与碳排放水平之间的关系，意大利政府出台了能效减税政策。在能源转型过程中，需要提升房屋能源效率，这包括安装保温层、更换窗户等一系列干预措施。能效减税政策对于社会各个集团都有不同程度的利益。基于此，中国应定推动建筑能效集成光伏的退税政策、完善建筑能效等级认证体系、普及热计量方法，并配套后期监管政策、逐步提高居民电价以及依托银行等单位实施退税政策，培育高端服务业。,AbstractEN:Italy has abundant light resources, and the cumulative installed capacity of photovoltaic ranks second in the world. In order to optimize the relationship between energy demand and carbon emission levels, the Italian government has introduced a tax reduction policy for energy efficiency. During the energy transition, there is a need to improve the energy efficiency of houses, which includes a range of interventions such as installing insulation and replacing windows. Energy efficiency tax reduction policies have different degrees of benefits for all groups in society. Based on this, China should promote the tax rebate policy of building energy efficiency integrated photovoltaic, improve the building energy efficiency level certification system, popularize heat metering methods, and support the post-regulatory policies, gradually increase residential electricity prices, and rely on banks and other units to implement tax rebate policies to cultivate high-end service industries.,KeyWords:6400,626913,626914,154510,EKeyWords:8319,626915,626916,626917,SubjectWords:,LiteratureId:13890935,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_010,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:37.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:9,ShowType:putong,LogoID:0,PdfID:13890937,DownCount:28,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:意大利光伏集成建筑能效减税政策,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:意大利光伏集成建筑能效减税政策,_RowNo:18

CommonID:DIR_71995648,ID:13890939,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695329,name:第十一章 欧洲漂浮式光伏发展,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:漂浮式光伏是指在水塘、小型湖泊、水库、蓄水池乃至海面等水面上建立的漂浮式光伏系统，有较为明显的技术优势、也会对生态和经济产生正向或负向的影响。在欧洲，荷兰的水上太阳能项目、挪威的水面漂浮式光伏系统以及阿尔巴尼亚的巴尼亚漂浮式光伏电站项目等漂浮式光伏案例以及克鲁尼斯抽水蓄能电站漂浮式光伏计划，这对中国发展漂浮式光伏的有较大的借鉴意义。,AbstractEN:Floating photovoltaic refers to the floating photovoltaic system established on the surface of water such as ponds, small lakes, reservoirs, reservoirs and even sea surfaces, which has obvious technical advantages and will also have a positive or negative impact on ecology and economy. In Europe, floating photovoltaic cases such as the dutch floating solar energy project, the surface floating photovoltaic system in Norway and the Bania floating photovoltaic power station project in Albania, as well as the floating photovoltaic plan of the Kruonis pumped storage power station. All of this would have great reference significance for China's development of floating photovoltaic.,KeyWords:5965,626918,626919,429601,EKeyWords:8274,626920,626921,317720,SubjectWords:,LiteratureId:13890938,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_011,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:38.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:10,ShowType:putong,LogoID:0,PdfID:13890940,DownCount:33,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:欧洲漂浮式光伏发展,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:欧洲漂浮式光伏发展,_RowNo:19

CommonID:DIR_71995677,ID:13890942,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695330,name:第十二章 列支敦士登：人均光伏装机最高的国家,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:列支敦士登是一个人少、富足的小国，该国人均能耗高、人均用电量高且能源自给率低的国家，拥有世界上最高的人均光伏装机容量。光伏不仅能够帮助列支敦士登居民实现用电自给自足，还能够向工业提供一部分电力。列政府的光伏补贴政策规定了光伏发电的投资补助和上网电价，保障了光伏电力以固定电价上网。为巩固”能源大国“的称号，列支敦士登制定了细致清晰的中期能源战略和提出了2050年的能源愿景，展现出强大的能源规划能力，对中国建设建筑光伏起到了借鉴意义。,AbstractEN:Liechtenstein is a small country with few people and a lot wealth, with high per capita energy consumption, high per capita electricity consumption and low energy self-sufficiency rate. It has the world's highest per capita installed photovoltaic capacity. Photovoltaic can not only help Liechtenstein residents achieve self-sufficiency in electricity, but also provide some electricity to industry. The photovoltaic subsidy policy of the government stipulates the investment subsidy and feed-in tariff for photovoltaic power generation, ensuring that photovoltaic power is connected to the Internet at a fixed electricity price. In order to consolidate the title of "energy power", Liechtenstein has developed meticulous clarity medium-term energy strategy and the energy vision of 2050 have demonstrated strong energy planning capabilities and played a reference significance for China's construction of building photovoltaic.,KeyWords:54766,626882,82427,626922,EKeyWords:152065,626923,82431,626924,SubjectWords:,LiteratureId:13890941,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_012,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:38.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:3,ShowType:putong,LogoID:0,PdfID:13890943,DownCount:28,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:列支敦士登：人均光伏装机最高的国家,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:列支敦士登：人均光伏装机最高的国家,_RowNo:20

CommonID:DIR_71995704,ID:13890945,SiteID:14,Type:chapter,Code:null,ParentId:0,InnerCode:695331,name:第十三章 英国光伏考察,ShortName:,SubName:,EnTitle:,EnShortTitle:,EnSubTitle:,Level:0,BookId:13890886,AbstractCH:英国已实现户用光伏实现平价上网，城市人均光伏装机较高。在布莱顿，社区能源合作社通过开发新项目、建造和运营光伏系统、发起社区投资以及回馈社区成员收益的方式运营，极大推动了地区光伏项目的发展，目前已经实现盈利。在英国，有贝丁顿等零碳社区和零能源账单房屋和可移动式零碳房屋等零碳建筑，这为中国的建筑碳中和提供了很好的示范。,AbstractEN:The UK has achieved household photovoltaic parity on the Internet, and the per capita installed capacity of photovoltaic in cities is high. In Brighton, community energy cooperatives have significantly contributed to the development of regional PV projects by developing new projects, building and operating photovoltaic systems, initiating community investments and giving back to community members, and are now profitable. In the UK, there are zero-carbon communities such as Beddington and zero-carbon buildings such as zero-energy bill houses and mobile zero-carbon houses, which provide a good example of building carbon neutrality in China.,KeyWords:2889,626925,626926,204309,EKeyWords:27888,626927,626928,626892,SubjectWords:,LiteratureId:13890944,Fileref:null,OrderFlag:0,IsLeaf:N,PubDate:null,FindDate:null,IssueDate:null,DocType:null,ProductSeries:null,Doi:null,InstanceID:0,MinNodeSearch:Y,XmlID:b120220101X20214312001_000_013,Prop1:null,Prop2:null,Prop3:null,prop4:null,AddUser:huxiaoli,AddTime:2022-02-25 09:27:38.0,ModifyUser:null,ModifyTime:2022-08-12 15:50:50.0,HitCount:10,ShowType:putong,LogoID:0,PdfID:13890946,DownCount:32,AuthorInfos:,BookPublishDate:2021-12-01 00:00:00.0,SearchTitle:英国光伏考察,ISBN:978-7-5201-9370-2,BookTitle:欧洲光伏万里行,BookStatus:7,AllowDownload:Y,BookVersionNum:,researchorg:,CopyRightDate:null,ExcellentPeriod:,PrizeLevel:,IsExcellence:N,ContentClass:,IsDisabled:N,SearchTitle_2:英国光伏考察,_RowNo:21

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