2025年托福考试阅读真题模拟模拟试卷：人工智能在能源领域的

2025年托福考试阅读真题模拟模拟试卷：人工智能在能源领域的考试时间：______分钟总分：______分姓名：______一、选词填空要求：本部分共10题，每题给你一个句子，句子中有10个划线部分，每个划线部分有6个单词选项，请你根据句子内容和语法结构，选择最恰当的单词填入空格中，使句子意思完整、语法正确。注意：每个选项只会使用一次。1.Therapidadvancementofartificialintelligencehasledtosignificantchangesinvariousindustries,particularlyinthefieldofenergy.However,itsimpactonenergyconsumptionandefficiencyremainsatopicofongoingresearchanddebateamongexperts.a)remarkableb)gradualc)controversiald)unpredictablee)temporaryf)minimal2.OneoftheprimarybenefitsofintegratingAIintoenergysystemsisthepotentialforimprovedenergymanagement.AIalgorithmscananalyzevastamountsofdatainreal-time,allowingformoreaccuratepredictionsofenergydemandandsupply.a)optimizationb)reductionc)fluctuationd)consumptione)generationf)distribution3.Despitetheseadvantages,therearealsoconcernsabouttheenvironmentalimpactofAItechnologies.TheenergyrequiredtopowerandcooldatacentersthathouseAIsystemscanbesubstantial,raisingquestionsabouttheoverallsustainabilityofthesesolutions.a)considerableb)negligiblec)minimald)unpredictablee)temporaryf)gradual4.Toaddresstheseconcerns,researchersareexploringwaystomakeAIsystemsmoreenergy-efficient.Thisincludesdevelopingalgorithmsthatrequirelesscomputationalpowerandimplementingrenewableenergysourcestopowerdatacenters.a)optimizationb)reductionc)fluctuationd)consumptione)generationf)distribution5.AnotherareawhereAIismakingasignificantimpactisinthefieldofrenewableenergy.AIalgorithmscanhelpoptimizetheoperationofwindandsolarfarms,improvingtheirefficiencyandreducingdowntime.a)integrationb)managementc)utilizationd)deploymente)optimizationf)distribution6.Forinstance,AIcanpredictweatherpatternstodeterminetheoptimaltimestogenerateenergyfromwindorsolarsources.Thishelpsmaximizetheamountofenergyproducedandminimizeswaste.a)efficiencyb)consumptionc)fluctuationd)demande)generationf)storage7.However,theintegrationofAIintoenergysystemsalsopresentschallenges.OneofthemainobstaclesistheneedforlargeamountsofdatatotrainAIalgorithms.ThisdatamustbeaccurateandreliabletoensurethattheAIsystemsperformeffectively.a)acquisitionb)processingc)analysisd)storagee)utilizationf)generation8.Anotherchallengeisthecomplexityofenergysystems.Energygridsareintricatenetworksthatrequirecarefulmanagementtoensurestabilityandreliability.AIsystemsmustbeabletohandlethiscomplexityandmakeaccuratepredictionsanddecisions.a)infrastructureb)architecturec)complexityd)variabilitye)efficiencyf)sustainability9.Despitethesechallenges,thepotentialbenefitsofAIintheenergysectorareimmense.AIhasthepotentialtorevolutionizehowwegenerate,distribute,andconsumeenergy,makingourenergysystemsmoreefficient,sustainable,andresilient.a)transformativeb)incrementalc)graduald)predictablee)minimalf)temporary10.Aswemoveforward,itwillbecrucialtocontinueresearchanddevelopmentinthisarea.Byaddressingthechallengesandmaximizingthebenefits,wecancreateafuturewhereAIandenergyworktogethertocreateamoresustainableandprosperousworld.a)collaborationb)innovationc)integrationd)optimizatione)sustainabilityf)efficiency二、阅读理解要求：本部分共10题，每题给你一段文字和四个选项，请你根据文章内容，选择最符合文章意思的选项。1.Accordingtoarecentstudy,theintegrationofartificialintelligenceintoenergysystemshasthepotentialtosignificantlyreduceenergyconsumption.ThestudyfoundthatAIalgorithmscanidentifyinefficienciesinenergyuseandsuggestoptimizationsthatcanleadtosubstantialenergysavings.a)ThestudysuggeststhatAIcanonlyreduceenergyconsumptioninlarge-scaleenergysystems.b)ThestudyclaimsthatAIhasnoimpactonenergyconsumption.c)ThestudyhighlightsthepotentialofAItooptimizeenergyuseandsaveenergy.d)ThestudyarguesthatAIisnoteffectiveinreducingenergyconsumption.2.OneofthekeybenefitsofusingAIinenergymanagementisitsabilitytopredictenergydemandaccurately.Byanalyzinghistoricaldataandreal-timeinformation,AIsystemscanforecastenergyneeds,allowingformoreefficientenergydistributionandreducedwaste.a)AIcanonlypredictenergydemandinidealconditions.b)AIsystemsarenotcapableofpredictingenergydemand.c)AI'saccuracyinpredictingenergydemandislimited.d)AIcaneffectivelyforecastenergydemandusingdataanalysis.3.However,thereareconcernsabouttheenvironmentalimpactofAItechnologies.TheenergyrequiredtopowerandcooldatacentersthathouseAIsystemscanbesignificant,potentiallyoffsettingsomeoftheenergysavingsachievedthroughAIoptimization.a)ThestudysuggeststhattheenvironmentalimpactofAIisnegligible.b)ThestudyarguesthatAItechnologieshavenoenvironmentalimpact.c)ThestudyhighlightsthepotentialenvironmentalimpactofAItechnologies.d)ThestudydismissestheconcernsabouttheenvironmentalimpactofAI.4.Tomitigatetheseconcerns,researchersareexploringwaystomakeAIsystemsmoreenergy-efficient.Thisincludesdevelopingalgorithmsthatrequirelesscomputationalpowerandusingrenewableenergysourcestopowerdatacenters.a)ThestudysuggeststhattherearenowaystomakeAIsystemsmoreenergy-efficient.b)Thestudyarguesthatrenewableenergysourcesarenotsuitableforpoweringdatacenters.c)ThestudyhighlightstheimportanceofmakingAIsystemsmoreenergy-efficient.d)Thestudydismissestheneedforenergy-efficientAIsystems.5.AnotherareawhereAIismakingasignificantimpactisinthefieldofrenewableenergy.AIalgorithmscanoptimizetheoperationofwindandsolarfarms,improvingtheirefficiencyandreducingdowntime.a)ThestudysuggeststhatAIhasnoimpactonrenewableenergysystems.b)ThestudyarguesthatAIisnoteffectiveinoptimizingrenewableenergysystems.c)ThestudyhighlightsthepotentialofAItoimproverenewableenergysystems.d)ThestudydismissestheroleofAIinrenewableenergy.6.Forinstance,AIcanpredictweatherpatternstodeterminetheoptimaltimestogenerateenergyfromwindorsolarsources.Thishelpsmaximizetheamountofenergyproducedandminimizeswaste.a)ThestudysuggeststhatAIcanonlypredictweatherpatternsinidealconditions.b)ThestudyarguesthatAIisnotcapableofpredictingweatherpatterns.c)ThestudyhighlightstheabilityofAItopredictweatherpatternsandoptimizeenergygeneration.d)ThestudydismissestheroleofAIinpredictingweatherpatterns.7.However,theintegrationofAIintoenergysystemsalsopresentschallenges.OneofthemainobstaclesistheneedforlargeamountsofdatatotrainAIalgorithms.ThisdatamustbeaccurateandreliabletoensurethattheAIsystemsperformeffectively.a)ThestudysuggeststhatthereisnoneedforlargeamountsofdatatotrainAIalgorithms.b)ThestudyarguesthatdataaccuracyisnotimportantforAIsystems.c)ThestudyhighlightsthechallengesofdataacquisitionforAIsystems.d)ThestudydismissestheneedfordatatotrainAIalgorithms.8.Anotherchallengeisthecomplexityofenergysystems.Energygridsareintricatenetworksthatrequirecarefulmanagementtoensurestabilityandreliability.AIsystemsmustbeabletohandlethiscomplexityandmakeaccuratepredictionsanddecisions.a)Thestudysuggeststhatenergysystemsarenotcomplexanddonotrequirecarefulmanagement.b)ThestudyarguesthatAIsystemsarenotcapableofhandlingthecomplexityofenergysystems.c)ThestudyhighlightsthechallengesofintegratingAIintocomplexenergysystems.d)ThestudydismissestheneedforAIinmanagingenergysystems.9.Despitethesechallenges,thepotentialbenefitsofAIintheenergysectorareimmense.AIhasthepotentialtorevolutionizehowwegenerate,distribute,andconsumeenergy,makingourenergysystemsmoreefficient,sustainable,andresilient.a)ThestudysuggeststhatthebenefitsofAIintheenergysectorareminimal.b)ThestudyarguesthatAIhasnopotentialtorevolutionizeenergysystems.c)ThestudyhighlightsthetransformativepotentialofAIintheenergysector.d)ThestudydismissesthebenefitsofAIintheenergysector.10.Aswemoveforward,itwillbecrucialtocontinueresearchanddevelopmentinthisarea.Byaddressingthechallengesandmaximizingthebenefits,wecancreateafuturewhereAIandenergyworktogethertocreateamoresustainableandprosperousworld.a)ThestudysuggeststhatthereisnoneedforfurtherresearchanddevelopmentinAIandenergy.b)ThestudyarguesthatAIandenergycannotworktogetherforasustainablefuture.c)ThestudyhighlightstheimportanceofcontinuedresearchanddevelopmentinAIandenergy.d)ThestudydismissestheneedforasustainablefuturethroughAIandenergycollaboration.三、句子填空要求：本部分共10题，每题给你一个句子，句子中有10个划线部分，每个划线部分有6个单词选项，请你根据句子内容和语法结构，选择最恰当的单词填入空格中，使句子意思完整、语法正确。注意：每个选项只会使用一次。1.Artificialintelligenceisincreasinglybeingusedtooptimizeenergyconsumptioninvarioussectors,frommanufacturingtotransportation.Thisapproachinvolvesanalyzingdatatoidentifyinefficienciesandimplementingstrategiesthatcanleadtosignificantenergysavings.a)utilizationb)implementationc)predictiond)efficiencye)optimizationf)analysisg)consumptionh)reductioni)generationj)distribution2.OneofthekeychallengesinintegratingAIintoenergysystemsistheneedforlarge-scaledatacollection.AccurateandcomprehensivedataareessentialfortrainingAImodelseffectively,whichinturnhelpsinmakingprecisepredictionsandinformeddecisions.a)collectionb)processingc)storaged)analysise)optimizationf)generationg)consumptionh)distributioni)utilizationj)prediction3.AIalgorithmscananalyzehistoricalenergyusagepatternstopredictfuturedemand,enablingutilitiestoallocateresourcesmoreefficiently.Thispredictivecapabilityhelpsinreducingwasteandensuringthatenergyissuppliedreliablytomeetconsumerneeds.a)allocationb)predictionc)consumptiond)generatione)utilizationf)distributiong)optimizationh)reductioni)storagej)analysis4.However,theenvironmentalimpactofAItechnologiescannotbeignored.TheenergyrequiredtopowerandcooldatacentersthathouseAIsystemscanbesubstantial,potentially抵消someoftheenergysavingsachievedthroughAIoptimization.a)offsetb)optimizec)generated)allocatee)predictf)analyzeg)consumeh)distributei)utilizej)store5.Toaddressthisissue,researchersareexploringrenewableenergysourcestopowerdatacenters.Byusingsolar,wind,orhydroelectricpower,thecarbonfootprintofAIsystemscanbesignificantlyreduced,makingthemmoresustainableinthelongterm.a)optimizeb)generatec)allocated)predicte)analyzef)consumed)distributei)utilizej)store6.AnotherareawhereAIismakinganotableimpactisinthefieldofrenewableenergy.AIalgorithmscanoptimizetheoperationofwindandsolarfarms,improvingtheirefficiencyandreducingdowntime.Thisleadstoincreasedenergyproductionandbetterutilizationofrenewableresources.a)optimizationb)generationc)allocationd)predictione)analysisf)consumptiong)distributionh)reductioni)utilizationj)storage7.Forinstance,AIcanpredictweatherpatternstodeterminetheoptimaltimestogenerateenergyfromwindorsolarsources.Thishelpsmaximizetheamountofenergyproducedandminimizeswaste,ensuringthatrenewableenergyisutilizedaseffectivelyaspossible.a)predictionb)generationc)allocationd)optimizatione)analysisf)consumptiong)distributionh)reductioni)utilizationj)storage8.Despitetheseadvancements,theintegrationofAIintoenergysystemsstillfaceschallenges.Oneofthemainobstaclesisthecomplexityofenergygrids,whichrequirecarefulmanagementtoensurestabilityandreliability.AIsystemsmustbeabletohandlethiscomplexityandmakeaccuratepredictionsanddecisions.a)complexityb)optimizationc)generationd)allocatione)predictionf)analysisg)consumptionh)distributioni)utilizationj)storage9.AIcanalsohelpinmanagingenergydemandmoreeffectively.Byanalyzingconsumerbehaviorandpreferences,AIsystemscanpredictpeakusagetimesandadjustenergydistributionaccordingly.Thishelpsinreducingstrainonthegridandensuresthatenergyissuppliedreliablytoallconsumers.a)demandb)optimizationc)generationd)allocatione)predictionf)analysisg)consumptionh)distributioni)utilizationj)storage10.Aswelooktothefuture,theroleofAIintheenergysectorissettogrowevenfurther.Byaddressingthecurrentchallengesandmaximizingthebenefits,wecancreateamoresustainableandefficientenergysystemthatmeetstheneedsoffuturegenerations.a)growthb)optimizationc)generationd)allocatione)predictionf)analysisg)consumptionh)distributioni)utilizationj)storage四、阅读理解要求：本部分共10题，每题给你一段文字和四个选项，请你根据文章内容，选择最符合文章意思的选项。1.Arecentstudyhasshownthatintegratingartificialintelligenceintoenergysystemscanleadtoasignificantreductioninenergyconsumption.ThestudyfoundthatAIalgorithmsarecapableofidentifyinginefficienciesinenergyuseandsuggestingoptimizationsthatcanresultinsubstantialenergysavings.a)ThestudysuggeststhatAIcanonlyreduceenergyconsumptioninlarge-scaleenergysystems.b)ThestudyclaimsthatAIhasnoimpactonenergyconsumption.c)ThestudyhighlightsthepotentialofAItooptimizeenergyuseandsaveenergy.d)ThestudyarguesthatAIisnoteffectiveinreducingenergyconsumption.2.OneoftheprimarybenefitsofusingAIinenergymanagementisitsabilitytopredictenergydemandaccurately.Byanalyzinghistoricaldataandreal-timeinformation,AIsystemscanforecastenergyneeds,allowingformoreefficientenergydistributionandreducedwaste.a)AIcanonlypredictenergydemandinidealconditions.b)AIsystemsarenotcapableofpredictingenergydemand.c)AI'saccuracyinpredictingenergydemandislimited.d)AIcaneffectivelyforecastenergydemandusingdataanalysis.3.However,thereareconcernsabouttheenvironmentalimpactofAItechnologies.TheenergyrequiredtopowerandcooldatacentersthathouseAIsystemscanbesignificant,potentiallyoffsettingsomeoftheenergysavingsachievedthroughAIoptimization.a)ThestudysuggeststhattheenvironmentalimpactofAIisnegligible.b)ThestudyarguesthatAItechnologieshavenoenvironmentalimpact.c)ThestudyhighlightsthepotentialenvironmentalimpactofAItechnologies.d)ThestudydismissestheconcernsabouttheenvironmentalimpactofAI.4.Tomitigatetheseconcerns,researchersareexploringwaystomakeAIsystemsmoreenergy-efficient.Thisincludesdevelopingalgorithmsthatrequirelesscomputationalpowerandusingrenewableenergysourcestopowerdatacenters.a)ThestudysuggeststhattherearenowaystomakeAIsystemsmoreenergy-efficient.b)Thestudyarguesthatrenewableenergysourcesarenotsuitableforpoweringdatacenters.c)ThestudyhighlightstheimportanceofmakingAIsystemsmoreenergy-efficient.d)Thestudydismissestheneedforenergy-efficientAIsystems.5.AnotherareawhereAIismakingasignificantimpactisinthefieldofrenewableenergy.AIalgorithmscanoptimizetheoperationofwindandsolarfarms,improvingtheirefficiencyandreducingdowntime.a)ThestudysuggeststhatAIhasnoimpactonrenewableenergysystems.b)ThestudyarguesthatAIisnoteffectiveinoptimizingrenewableenergysystems.c)ThestudyhighlightsthepotentialofAItoimproverenewableenergysystems.d)ThestudydismissestheroleofAIinrenewableenergy.6.Forinstance,AIcanpredictweatherpatternstodeterminetheoptimaltimestogenerateenergyfromwindorsolarsources.Thishelpsmaximizetheamountofenergyproducedandminimizeswaste.a)ThestudysuggeststhatAIcanonlypredictweatherpatternsinidealconditions.b)ThestudyarguesthatAIisnotcapableofpredictingweatherpatterns.c)ThestudyhighlightstheabilityofAItopredictweatherpatternsandoptimizeenergygeneration.d)ThestudydismissestheroleofAIinpredictingweatherpatterns.7.However,theintegrationofAIintoenergysystemsalsopresentschallenges.OneofthemainobstaclesistheneedforlargeamountsofdatatotrainAIalgorithms.ThisdatamustbeaccurateandreliabletoensurethattheAIsystemsperformeffectively.a)ThestudysuggeststhatthereisnoneedforlargeamountsofdatatotrainAIalgorithms.b)ThestudyarguesthatdataaccuracyisnotimportantforAIsystems.c)ThestudyhighlightsthechallengesofdataacquisitionforAIsystems.d)ThestudydismissestheneedfordatatotrainAIalgorithms.8.Anotherchallengeisthecomplexityofenergysystems.Energygridsareintricatenetworksthatrequirecarefulmanagementtoensurestabilityandreliability.AIsystemsmustbeabletohandlethiscomplexityandmakeaccuratepredictionsanddecisions.a)Thestudysuggeststhatenergysystemsarenotcomplexanddonotrequirecarefulmanagement.b)ThestudyarguesthatAIsystemsarenotcapableofhandlingthecomplexityofenergysystems.c)ThestudyhighlightsthechallengesofintegratingAIintocomplexenergysystems.d)ThestudydismissestheneedforAIinmanagingenergysystems.9.Despitethesechallenges,thepotentialbenefitsofAIintheenergysectorareimmense.AIhasthepotentialtorevolutionizehowwegenerate,distribute,andconsumeenergy,makingourenergysystemsmoreefficient,sustainable,andresilient.a)ThestudysuggeststhatthebenefitsofAIintheenergysectorareminimal.b)ThestudyarguesthatAIhasnopotentialtorevolutionizeenergysystems.c)ThestudyhighlightsthetransformativepotentialofAIintheenergysector.d)ThestudydismissesthebenefitsofAIintheenergysector.10.Aswemoveforward,itwillbecrucialtocontinueresearchanddevelopmentinthisarea.Byaddressingthechallengesandmaximizingthebenefits,wecancreateafuturewhereAIandenergyworktogethertocreateamoresustainableandprosperousworld.a)ThestudysuggeststhatthereisnoneedforfurtherresearchanddevelopmentinAIandenergy.b)ThestudyarguesthatAIandenergycannotworktogetherforasustainablefuture.c)ThestudyhighlightstheimportanceofcontinuedresearchanddevelopmentinAIandenergy.d)ThestudydismissestheneedforasustainablefuturethroughAIandenergycollaboration.本次试卷答案如下一、选词填空1.a)remarkable解析：句子强调人工智能的快速发展带来了显著的变化，remarkable（显著的）最符合语境。2.a)optimization解析：句子说明人工智能能分析大量数据实时运行，优化能源管理，optimization（优化）最符合语境。3.a)considerable解析：句子指出人工智能系统运行所需能源可观，considerable（可观的）最符合语境。4.a)optimization解析：句子提到研究人员正开发节能算法和可再生能源，optimization（优化）强调改进能源效率。5.e)optimization解析：句子说明人工智能优化风能太阳能场运行，提高效率，reduction（减少）与语境不符。6.e)generation解析：句子提到人工智能预测天气确定发电最佳时间，generation（发电）最符合语境。7.a)acquisition解析：句子指出人工智能需要大量数据训练，acquisition（获取）最符合语境。8.c)complexity解析：句子强调能源系统复杂性需要精细管理，complexity（复杂性）最符合语境。9.a)transformative解析：句子说明人工智能可能革新能源系统，transformative（变革性的）最符合语境。10.c)integration解析：句子强调人工智能与能源协作创造更可持续未来，integration（整合）最符合语境。二、阅读理解1.c)ThestudyhighlightsthepotentialofAItooptimizeenergyuseandsaveenergy.解析：文章第一段明确指出研究显示人工智能能识别能源使用不效并提供建议节约能源，c选项准确概括了这一核心观点。2.d)AIcaneffectivelyforecastenergydemandusingdataanalysis.解析：文章第二段说明人工智能通过分析历史数据和实时信息预测能源需求，d选项准确反映了这一功能。3.c)ThestudyhighlightsthepotentialenvironmentalimpactofAItechnologies.解析：文章第三段提到人工智能技术需要大量能源运行，可能抵消部分节能成果，c选项准确概括了这一潜在问题。4.c)ThestudyhighlightstheimportanceofmakingAIsystemsmoreenergy-efficient.解析：文章第四段指出研究人员正开发节能算法和可再生能源，c选项准确反映了这一努力方向。5.c)ThestudyhighlightsthepotentialofAItoimproverenewableenergysystems.解析：文章第五段说明人工智能优化风能太阳能场运行，c选项准确概括了人工智能对可再生能源的改进作用。6.c)ThestudyhighlightstheabilityofAItopredictweatherpatternsandoptimizeenergygeneration.解析：文章第六段提到人工智能预测天气确定发电最佳时间，c选项准确概括了这一预测能力。7.c)ThestudyhighlightsthechallengesofdataacquisitionforAIsystems.解析：文章第七段指出人工智能需要大量准确数据训练，c选项准确概括了