Non uniformityandhighinitialinvestm

Non uniformityandhighinitialinvestmentaretheproblemsassociatedinsolarenergy
technologies. Biomasspowerplantdemandsahugeamountoffuelfeedwhichmaynotbe
availablereadilyinalltheplacesandtimes.Afeedcontrolinbiomassfuelwithvariable
solar radiationavoidstheneedofsolarenergystorageandsavesthestoragecost.Inthis
work, solarparaboliccollectorsandbiomasscombustionhavebeenarrangedinparallelto
produce steamforpowergeneration.Solarenergyislimitedtoamaximumshareof50%
to avoidtheoperationofbiomasscombustionatlowfuelfeedrateindaytime.The
performancecharacteristicsofhybridpowerplanthavebeendevelopedwithturbineinlet
condition(pressureandtemperature)andvariationinsolarenergysharing.Thefocused
results arecyclethermalefficiency,hybridplantthermalefficiency,plantfuelefficiency
and specificpower.Themass,energyandperformancevariationsarestudiedunder
variablesolarradiation.Acasestudyhasbeencarriedouttovalidatethethermodynamic
cycleresults.Theresultsshowthattheplantfuelenergyefficiencyincreasesfrom16%to
29% withanincreaseinsolarparticipationfrom10%to50%attheboilerpressureof
20 bar.

ผลลัพธ์ (ไทย) 1:

Uniformityandhighinitialinvestmentaretheproblemsassociatedinsolarenergy ไม่ใช่เทคโนโลยี BiomasspowerplantdemandsahugeamountoffuelfeedwhichmaynotbeavailablereadilyinalltheplacesandtimesAfeedcontrolinbiomassfuelwithvariableradiationavoidstheneedofsolarenergystorageandsavesthestoragecost พลังงานแสงอาทิตย์Inthisงาน solarparaboliccollectorsandbiomasscombustionhavebeenarrangedinparalleltoผลิต steamforpowergenerationSolarenergyislimitedtoamaximumshareof50%การ avoidtheoperationofbiomasscombustionatlowfuelfeedrateindaytimeที่performancecharacteristicsofhybridpowerplanthavebeendevelopedwithturbineinletเงื่อนไข (pressureandtemperature) andvariationinsolarenergysharingThefocusedผล arecyclethermalefficiency, hybridplantthermalefficiency, plantfuelefficiencyและ specificpowerThemass, energyandperformancevariationsarestudiedundervariablesolarradiationAcasestudyhasbeencarriedouttovalidatethethermodynamiccycleresultsTheresultsshowthattheplantfuelenergyefficiencyincreasesfrom16%29% withanincreaseinsolarparticipationfrom10% to50% attheboilerpressureof20 บาร์

ผลลัพธ์ (ไทย) 2:

uniformityandhighinitialinvestmentaretheproblemsassociatedinsolarenergy ไม่ใช่
เทคโนโลยี radiationavoidstheneedofsolarenergystorageandsavesthestoragecost.Inthis ทำงาน solarparaboliccollectorsandbiomasscombustionhavebeenarrangedinparallelto ผลิต steamforpowergeneration.Solarenergyislimitedtoamaximumshareof50% เพื่อ arecyclethermalefficiency, hybridplantthermalefficiency, plantfuelefficiency และ withanincreaseinsolarparticipationfrom10% to50% attheboilerpressureof 20 บาร์

ผลลัพธ์ (ไทย) 3:

เทคโนโลยี uniformityandhighinitialinvestmentaretheproblemsassociatedinsolarenergy
ไม่ biomasspowerplantdemandsahugeamountoffuelfeedwhichmaynotbe
availablereadilyinalltheplacesandtimes . radiationavoidstheneedofsolarenergystorageandsavesthestoragecost พลังงานแสงอาทิตย์ afeedcontrolinbiomassfuelwithvariable
.

solarparaboliccollectorsandbiomasscombustionhavebeenarrangedinparallelto ในการทํางานผลิต steamforpowergeneration . solarenergyislimitedtoamaximumshareof50 %
เพื่อ avoidtheoperationofbiomasscombustionatlowfuelfeedrateindaytime .

สภาพ performancecharacteristicsofhybridpowerplanthavebeendevelopedwithturbineinlet ( pressureandtemperature ) andvariationinsolarenergysharing . thefocused ผล arecyclethermalefficiency hybridplantthermalefficiency
, ,
specificpower plantfuelefficiency และ .Themass,energyandperformancevariationsarestudiedunder
variablesolarradiation.Acasestudyhasbeencarriedouttovalidatethethermodynamic
cycleresults.Theresultsshowthattheplantfuelenergyefficiencyincreasesfrom16%to
29% withanincreaseinsolarparticipationfrom10%to50%attheboilerpressureof
20 bar.