电厂热能动力的研究摘要:为了有效地应对能源危机，电厂实践过程中应注重热能动力设计，从设计规划、建设必要性、系统结构总体设计及详细设计四方面入手，确保其热能动力设计能够达到预期效果。基于此，本文就电厂热能动力的设计研究展开论述，促使其能够达到实践生产活动开展要求，促进现代电厂的快速发展。随着社会的发展，人口的增多，资源的减少，我们需要充分的利用现代科技提高资源的利用率，生产新能源。在电力资源上也面临着电力资源供需的矛盾，为了解决这一矛盾，电厂热能动力锅炉燃烧技术应运而生。电厂热能动力锅炉燃烧技术的运用可以极大的提高锅炉的应用效率，提高电力能源利用率。本文介绍了电厂热能动力锅炉，并对其燃料和燃烧做了分析。关键词：新形势电厂、热能动力、发展前景、热能动力锅炉、燃料、燃烧、技术StudyontheCuisineCultureofHotPotAbstract:Inordertoeffectivelydealwiththeenergycrisis,thermalpowerdesignshouldbepaidattentiontointheprocessofpowerplantpractice,startingfromfouraspectsofdesignplanning,constructionnecessity,overalldesignofsystemstructureanddetaileddesign,toensurethatitsthermalpowerdesigncanachievethedesiredresults.Basedonthis,thispaperdiscussesthedesignandresearchofthermalpowerinpowerplants,whichcanmeettherequirementsofpracticalproductionactivitiesandpromotetherapiddevelopmentofmodernpowerplants.Withthedevelopmentofsociety,theincreaseofpopulationandthedecreaseofresources,weneedtomakefulluseofmodernscienceandtechnologytoimprovetheutilizationrateofresourcesandproducenewenergy.Powerresourcesarealsofacingthecontradictionbetweensupplyanddemandofpowerresources.Tosolvethiscontradiction,thecombustiontechnologyofthermalpowerboilersinpowerplantsemergesatthehistoricmoment.Theapplicationofcombustiontechnologyinthermalpowerboilersofpowerplantscangreatlyimprovetheapplicationefficiencyofboilersandtheutilizationrateofpowerenergy.Thispaperintroducesthethermalpowerboilerofpowerplant,andanalysesitsfuelandcombustion.keyword:NewSituationPowerPlant,ThermalPower,DevelopmentProspect,ThermalPowerBoiler,Fuel,Combustion,Technology目录...............................................................................................................................................................1............................................................................................................................................1............................................................................................................................................................1........................................................................................................................................................1...........................................................................................................................2............................................................................................................................................................2............................................................................................................................................................3............................................................................................................................................................3................................................................................................................................3................................................................................
