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OALib Journal期刊
ISSN: 2333-9721
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光？煤互补复合发电系统综合性能分析
, PP. 1-6
Keywords: 扩容蒸发式,槽式,太阳能,蒸汽发生系统,光？煤互补复合发电系统,汽轮机,热力性能,经济性
Abstract:
将扩容蒸发式槽式太阳能蒸汽发生系统与600mw燃煤机组联合,构建了光？煤互补复合发电系统，建立了其变工况计算模型及技术经济评价模型，从太阳能侧、汽轮机侧及复合发电系统3方面进行了热力性能分析及技术经济性评估。结果表明，光？煤互补复合发电系统具有显著的节能减排效果，系统产生的太阳能蒸汽取代汽轮机第1段抽汽时效果最为明显，太阳能侧各指标随取代抽汽段数增大呈阶段性下降趋势，太阳能到电能的转换效率最高为23.5%；各集成模式下的单值发电成本相差不大，平均为0.19元/(kw？h)；从净现值判断取代第1段抽汽是较好的选择,从净现值率、盈利能力判断取代第2段抽汽是较好的选择。
| [1] | zoschakrj,wusf.studiesofthedirectinputofsolarenergytoafossil�fueledcentralstationsteampowerplant[j].solarenergy,1975,17(5):297-305.
|
| [2] | hue,yangyp,nishimuraa,etal.solarthermalaidedpowergeneration[j].appliedenergy,2010,87(9):2881�2885.
|
| [3] | youy,huej.amedium�temperaturesolarthermalpowersystemanditsefficiencyoptimisation[j].appliedthermalengineering,2002,22(4):357-364.
|
| [4] | yingy,huej.thermodynamicadvantagesofusingsolarenergyintheregenerativerankinepowerplant[j].appliedthermalengineering,1999,19(11):1173-1180.
|
| [5] | huej,yingy.amodifiedrankinepowercycleforsolarthermalenergy[c].theannualconferenceoftheaustraliaandnewzealandsolarenergysociety.1998:623-630.
|
| [6] | 阎秦.太阳能辅助燃煤发电系统热力特性研究[d].北京:华北电力大学,2011：57�118.yanqin.thermodynamiccharaeteristieresearchonsolaraidedcoal�firedpowergenerationsystem[d].beijing:northchinaelectricpowerunivisity,2011：57-118.
|
| [7] | yangy,yanq,zhair,etal.anefficientwaytousemedium-or-lowtemperaturesolarheatforpowergeneration-integrationintoconventionalpowerplant[j].appliedthermalengineering,2011,31(2/3):157-162.
|
| [8] | houhj,yuzy,yangyp,etal.performanceevaluationofsolaraidedfeedwaterheatingofcoal-firedpowergeneration(safhcpg)systemunderdifferentoperatingconditions[j].appliedenergy,2013,112(16):710-718.
|
| [9] | 许璐，彭烁，洪慧，等.330mw光煤互补发电系统变辐照变工况性能研究[j].中国电机工程学报,2014,34(20):3347-3354.xulu,pengshuo,honghui,etal.off-designperformanceofatypical330mwsolarhybridcoal�firedpowergenerationsystem[j].proceedingsofthecsee,2014,34(20):3347-3354.[10]赵雅文，洪慧，金红光.中温太阳能升级改造火电站的变辐照性能分析[j].工程热物理学报,2010,31(2):213-217.zhaoyawen,honghui,jinhongguang.off�designperformanceofrepoweredcoal�firedpowerplantbylow-gradesolarheatwithvaryingdirectnormalsolarradiation[j].journalofengineeringthermophysics,2010,31(2):213�217.[11]odehsd.unifiedmodelofsolarthermalelectricgenerationsystems[j].renewableenergy,2003,28(5):755-767.[12]eckm,steinmannwd.modelinganddesignofdirectsolarsteamgeneratingcollectorfields[c]//asme2004internationalsolarenergyconference.americansocietyofmechanicalengineers.2004:615-624.[13]安连锁，徐玫，陈海平，等.太阳能辅助加热系统对蒸汽动力机组运行性能的扰动研究[j].中国电机工程学报,2014,25(1):142-149.anliansuo,xumei,chenhaiping,etal.astudyofthedisturbanceinsteampowerunitcausedbysolarauxiliaryheatingsystem[j].proceedingsofthecsee,2014,25(1):142-149.[14]郑体宽.热力发电厂[m].北京:中国电力出版社,2001：183-323.zhengtikuan.thermalpowerplant[m].beijing:chinaelectricpowerpress,2001：183-323.[15]杜凤丽，谢宏.太阳能热发电经济性分析和产业激励政策建议[j].新能源进展,2013,1(3):197-207.dufengli,xiehong.economicsanalysisofsolarthermalpowerandrecommendationsonindustry-basedincentivepolicies[j].advancesinnewrenewableenergy,2013,1(3):197-207.
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