找到关键词“ARTICLE 16 4”相关内容 18搜索耗时:0.1916秒

通过运营和维护解锁价值:提高海上风电盈利能力的七大手段

PEAKWINDANDBCGUnlockingValueThroughOperationsandMaintenanceSevenLeverstoBoostOffshoreWindProfitabilityJuly2024MalteHippeMattiScheuRobertHjorthLarsConradsenThisARTICLEunderscoresthepivotalroleofoperationsandmaintenance(OM)inenhancingtheoperationalperformanceandprofitabilityofoffshorewindfarms.Asthesefarmstransitionfromsupplementarygreenenergysourcestoprimaryenergyproviders,theemphasisonefficient...

时间:2024-12-27 23:44栏目:研究报告

基于生命周期评价的热再生沥青路面环境效益分析(英文版)

IOPConferenceSeries:EarthandEnvironmentalSciencePAPER•OPENACCESSEnvironmentalBenefitAnalysisofHotCentralPlantRecyclingAsphaltPavementBasedonLCATocitethisARTICLE:DLZhuetal2021IOPConf.Ser.:EarthEnviron.Sci.766012101ViewtheARTICLEonlineforupdatesandenhancements.YoumayalsolikeThemicrostructureandevaluationindexofreclaimedasphaltpavementNingShi-Sustainabilityofusingreclaimedasphaltpavement:based-re...

时间:2024-12-19 23:12栏目:研究报告

2024水泥行业零碳发展报告(英文版)

©2024BostonConsultingGroup1ThisARTICLEispartofaseriesexaminingthecompetitiveoutlookforkeyglobalprocessindustriesandhowtheycanprosperinanuncertainfuture.Cement’sCarbonFootprintDoesn’tHavetoBeSetinStoneTheFutureofProcessIndustriesSEPTEMBER10,2024ByGuillaumeRicome,MartaGuzzafame,JasonDegnan-Rojeski,andIshangJawaREADINGTIME:8MIN©2024BostonConsultingGroup2Aseveryoneintheindustryknows,theimmensea...

时间:2024-10-20 22:08栏目:研究报告

中国人工造林扩展的碳储存效益

ARTICLEhttps://doi.org/10.1038/s41467-024-48546-0CarbonstoragethroughChina’splantedforestexpansionKaiCheng1,2,9,HaitaoYang1,9,ShengliTao2,YanjunSu3,4,HongcanGuan5,YuRen1,2,TianyuHu3,4,WenkaiLi6,GuangcaiXu7,MengxiChen1,XianchengLu1,ZekunYang1,YanhongTang2,KepingMa3,4,JingyunFang2,8QinghuaGuo1,2China’sextensiveplantedforestsplayacrucialroleincarbonstorage,vitalforclimatechangemitigation.However...

时间:2024-06-14 00:32栏目:文献书典

生成式人工智能在能源和材料领域中的新机遇(英文版)--麦肯锡.pdf

February2024GlobalEnergyMaterialsPracticeBeyondthehype:NewopportunitiesforgenAIinenergyandmaterialsGenerativeAIcancreateadditionalvaluefromotherformsofAIandanalytics—andtheenergyandmaterialssectorisuniquelywell-positionedtobenefitfromtheseadvancements.ThisARTICLEisacollaborativeeffortbyFilipeBarbosa,SoenkeLehmitz,JukkaMaksimainen,LapoMori,BryanRichardson,ErikRoth,HumayunTai,SapnaThakker,IanWel...

时间:2024-03-21 13:57栏目:研究报告

商用车面临新的挑战(英文版)--麦肯锡.pdf

December2023AutomotiveAssemblyPracticeRoadworkahead!Commercialvehiclesfacenewgo-to-marketchallengesAsshiftingcustomerpreferences,innovativebusinessmodels,andnewentrantstransformcommercialvehiclesales,OEMsmustchangewiththetimes.ThisARTICLEisacollaborativeeffortbyNielsDau,ThomasFurcher,AnnaHerlt,PhilippMaximilianLühr,andMatthiasSchyma,representingviewsfromMcKinsey’sAutomotiveAssemblyPractice.In...

时间:2024-03-21 13:57栏目:研究报告

【推荐】2024生成式人工智能在能源和材料领域中的新机遇报告(英文版)-麦肯锡.pdf

February2024GlobalEnergyMaterialsPracticeBeyondthehype:NewopportunitiesforgenAIinenergyandmaterialsGenerativeAIcancreateadditionalvaluefromotherformsofAIandanalytics—andtheenergyandmaterialssectorisuniquelywell-positionedtobenefitfromtheseadvancements.ThisARTICLEisacollaborativeeffortbyFilipeBarbosa,SoenkeLehmitz,JukkaMaksimainen,LapoMori,BryanRichardson,ErikRoth,HumayunTai,SapnaThakker,IanWel...

时间:2024-03-21 13:55栏目:研究报告

【推荐】标普-2023 年可再生能源融资:释放“资本转型”(英)-13页

RenewableEnergyFundingin2023:A“CapitalTransition”UnleashedSeptember2023ThisARTICLE,byS&PGlobalRatingsandS&PGlobalCommodityInsights,isathoughtleadershipreportthatneitheraddressesviewsaboutindividu...

时间:2024-01-07 23:02栏目:研究报告

建筑物脱碳的新方法可以降低排放并有利可图(英)-8页

November2023Anewwaytodecarbonizebuildingscanloweremissions—profitablyAnAI-informedapproachmakesitfaster,easier,andcheapertodecarbonizerealestate.Here’show.ThisARTICLEisacollaborativeeffortbyBrodi...

时间:2023-12-18 00:07栏目:研究报告

100Pct-WWS-Papers

Abstractsof24Peer-ReviewedPublishedJournalARTICLEsFrom2009-2024byOver100Co-AuthorsFormingtheScientificBasisof100%Clean,RenewableWind-Water-Solar(WWS)All-SectorEnergyRoadmapsforTowns,Cities,States,C...

时间:2023-04-26 21:06栏目:研究报告

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