欧陆手机app下载，﹛﹛蔚圉芵隴嫖睦(Semi-Transparent Photovoltaic, STPV)郪璃摩傖衾恲弅賦凳笢ㄛ岆蚥趙妘昜〞夔埭壽薊(Food每Energy Nexus)摯郔湮趙褫厥哿芩華瞳蚚虴薹腔衄虴芴噤﹝奧ㄛ壽衾杻隅STPV嫖杻涽睡婓嗣跺娵鑠笚囀雄眵
蔚圉芵隴嫖睦(Semi-Transparent Photovoltaic, STPV)郪璃摩傖衾恲弅賦凳笢ㄛ岆蚥趙妘昜〞夔埭壽薊(Food每Energy Nexus)摯郔湮趙褫厥哿芩華瞳蚚虴薹腔衄虴芴噤﹝奧ㄛ壽衾杻隅STPV嫖杻涽睡婓嗣跺娵鑠笚囀雄眵昜倛怓〞汜燴巠茼ㄛ醴湔婓眭諾啞﹝掛旃噶眕拸殑秭芵嫖勤桽郪峈統桽ㄛ婓饜掘謗笱祥肮情臚STPV撮扲腔恲弅埻倰〞〞縩趙擽(CdTe)迵準儒寡(a-Si)裔啣狟ㄛ勤汜硈汜酗倰釬昜(楓,Solanum lycopersicum)迵茠欱汜酗倰釬昜(汜粕,Lactuca sativa)輛俴峈19跺堎﹜嗣娵鑠笚腔衙癩桄痐嘛ㄛ聆隅賦凳汜酗雄怓迵汜燴砒茼﹝汜昜數講潼聆桶隴ㄛ倛怓巠茼[撈旌秭軘磁涽(Shade-Avoidance Syndrome, SAS)]撿衄詢僅褫呿俶ㄛ蚕嫖徹薦迵撫誹俶盞桽僅蓒硉僕肮覃諷˙a-Si嫖狟醮(婌景)珔孺湮迵墨解扥酗脹賦凳巠茼珆翍ㄛ筍婓憤傷詢﹜腴赻盞桽潔跪揭燴潔倛怓船祑衾歙窐趙﹝鴃奪湔婓殑秭絳祡腔嫖殏熬ㄛ蜆倛怓巠茼傖髡峎厥賸觼眙珅窐講﹝眕芩華絞講掀(Land Equivalent Ratio, LER)講趙腔炵苀軘磁虴薹珆尨釬昜杻祑俶衪肮虴茼撿隴珆船祑ㄩ婓晊酗等棒彆粕笚笢ㄛCdTe埻倰衄咡枑詢莉講ㄛ楓郔詢LER湛1.66(Ycrop=1.40)˙毀眳a-Si郪璃婓詢恲盞扞勤騵秭汜粕醮桶珋蚥祑ㄛ郔詢LER湛1.55﹝旃噶賦彆峈寞耀妀珛趙觼嫖誑硃(APV, Agrivoltaics)妗囥腔褫孺桯俶嘛枑鼎賸汜昜昜燴價盄甡擂﹝
蹦恅賤黍ㄩ圉芵隴嫖睦觼蚚湮麟崝觼珛褫厥哿俶〞〞STPV裔啣勤楓迵汜粕嗣笚汜燴荌砒腔旃噶
蜆恅楷桶衾▲Sustainability◎﹝呴覂諳崝酗迵褫婬汜夔埭孺桲ㄛ換苀祥芵嫖儒寡嫖睦醱啣梩蚚蚥窐較華竘楷妘昜〞夔埭蚚華噥淰﹝觼嫖誑硃(Agrivoltaics, APV)籵徹婓眈肮芩華醱儅奻僕硊觼珛笱眵迵嫖睦楷萇眕遣賤森喳芼ㄛ奧蔚APV摩傖衾恲弅寀剒算楷萇迵嫖磁衄虴盞扞(Photosynthetically Active Radiation, PAR, 400每700 nm)芵徹薹﹝珋衄旃噶嗣妏蚚祥芵隴儒寡郪璃麼眕等撫傻笚嘛ㄛ椰祥肮嫖徹薦杻涽腔STPVㄗ圉芵隴嫖睦ㄘ撮扲勤測桶俶釬昜輻嗣撫誹倛怓〞汜燴巠茼腔甜齬酗勤桽﹝傖抇拸儂情臚STPV笢眕準儒寡(amorphous Silicon, a-Si)迵縩趙擽(Cadmium Telluride, CdTe)郔撿妀珛趙劓ㄛ筍嫖芵扞船祑ㄗa-Si轄柲彶懦嫖奧CdTe埰勍誕嗣懦﹜綻嫖芵徹ㄘ勤詢嫖剒汜硈釬昜ㄗ楓ㄘ迵騵秭茠欱釬昜ㄗ汜粕ㄘ腔酗蝠誑荌砒奾帤隴﹝峈森ㄛ旃噶埜婓昹啤挴鰍窒腔華笢漆緊扢蕾笱苤倰恲弅埻倰ㄗ芵嫖樅價梡洬呫樅鶗勤桽郪﹜a-Si STPV裔啣睿CdTe STPV裔啣ㄘㄛ勤楓迵汜粕羲桯蟀哿跺娵鑠笚腔夤聆ㄛ籵徹汜昜數講﹜眈勤汜酗薹(Relative Growth Rate, RGR)﹜汜昜講煦饜摯芩華絞講掀(Land Equivalent Ratio, LER = Y
)嘛釬昜砒茼迵炵苀軘磁虴夔ㄛ祤婓峈STPV恁倰睿APV恲弅扢數枑鼎汜昜昜燴妗痐價盄﹝
旃噶埜婓昹啤挴慇塋湮悝CEACTEMA扢囥減膘釱苤倰恲弅埻倰ㄗ勤桽峈芵隴樅價梡洬呫樅鶗裔啣ㄛ豻煦梗峈20%靡砱芵嫖薹a-Si STPV迵50%靡砱芵嫖薹CdTe STPVㄘㄛ眕EKO MS711嫖盞扞數聆隅PAR疏僇ㄗ懦嫖420每480 nm﹜綻嫖630每680 nmㄘ衄虴芵扞薹ㄗCdTe 28.4%ㄛa-Si 17.1%ㄘ﹝恁蚚楓ㄗSolanum lycopersicumㄛ汜硈/詢嫖剒ㄘ睿汜粕ㄗLactuca sativaㄛ茠欱/騵秭ㄘ峈欴掛ㄛ俇傖謫娵鑠笚ㄗ笢珨謫秪嫩裙嘟梤枌壺ㄛ珨謫躺笱汜粕ㄛ藺謫峈楓蚳扽晊酗賦彆ㄘㄛ拸俋樓囥滔眕路燭嫖〞峚緊虴茼ㄛ脹講鼎阨﹝藩笚聆墨酗﹜誹潔擒﹜珔醱儅ㄗEasyLeaf準輓俶嘛呾ㄘ﹜華奻/跦珅補窐講ㄛ晊酗楓笚暮翹彆妗軞珅窐講﹝STPV楷萇講偌等弇醱儅寥珨趙ㄛLER眕肮脹醱儅等黃都寞釬昜迵黃蕾儒寡PV峈統桽數呾﹝杅擂眕等秪匼ANOVA摯Tukey HSDㄗp
3.1. Microclimatic Conditions and Spectral Availabilityㄗ峚緊沭璃迵嫖褫蚚俶ㄘ
a-Si湮盟祅熬囀窒濛儅嫖講赽(Daily Light Integral, DLI)ㄛ隄撫褫腴祫埮3.0 mol m
˙CdTe笢脹祅熬筍詢衾a-Si﹝STPV裔啣妏狦撫憤傷郔詢恲蔥腴埮5 ⊥ㄛ瑕硉統蕉淛汃講(ET
)煦梗蔥祫CdTe埮3.09 mm/day﹜a-Si埮1.64 mm/dayㄛ撿遣喳釬蚚﹝
3.2. Vegetative Growth Dynamics and Physiological Adaptationㄗ茠欱汜酗雄怓迵汜燴巠茼ㄘ
墨酗ㄗStem Lengthㄘㄩ婌景ㄗCycle 1ㄘCdTe袀楷珆翍墨扥酗ㄗ+34.3% vs勤桽ㄛp
誹潔擒ㄗLength of Internodesㄘㄩ躺婌景CdTe珆翍棻誹潔扥酗ㄗ3.98 cm vs勤桽2.05 cmㄛp
歙珔醱儅迵軞珔醱儅ㄗAverage Leaf Size and Leaf AreaㄘㄩCycle 1汜粕婓STPV狟珔珆翍孺湮ㄗCdTe迵a-Si珔醱儅峈勤桽埮2捷ㄛp
3.3. Biomass Accumulation and Partitioningㄗ汜昜講儅濛迵煦饜ㄘ
Cycle 1汜粕a-Si郪華奻珅窐講珆翍詢衾勤桽ㄗ29.83 vs 20.22 g/plantㄛp
3.4. Crop Yield, PV Yield and Land Equivalent Ratio (LER)ㄗ釬昜莉講﹜嫖睦莉講迵芩華絞講掀ㄘ
汜粕嗣笚磁數眈勤莉講CdTe峈0.77﹜a-Si峈0.90˙a-Si婓婌景迵隄撫醮LER
1.0ㄗ郔詢1.55ㄘㄛCdTe窒煦笚LER
蔚STPV耀輸摩傖恲弅頗蜊曹嫖遠噫甜揖楷旌秭軘磁涽ㄗSASㄘㄛ桶珋峈墨扥酗睿夢脯笭凳˙a-Si轄薦壺懦嫖袀楷汜粕珔醱儅樓捷孺桲腔硃野俶巠茼ㄛCdTe秪芵徹逋講懦/綻嫖峎厥誕歙算絁倰﹝汜昜講煦饜帤桶珋嫖翋絳腔S/R汔詢ㄛ忳腴芘阨煦欱煦癹秶栚裔﹝釬昜婓STPV狟準掩雄迉豖奧岆籵徹倛怓褫呿俶峎厥髡夔汜酗ㄛ植奧賤坶肮楷萇眕萋秏恲弅夔瘧﹝
芩華絞講掀(LER)撿釬昜迵撫誹杻祑俶ㄩa-Si勤汜粕醮郔詢LER湛1.55ㄗ巠皊騵秭茠欱釬昜ㄘㄛ筍勤楓峚熬莉蕞誕詢PV莉堤硃祫LER
=1.40ㄘㄛ嫖徹薦勷磁遣喳褫夔萋秏DLI蔥腴甜棻輛汜硈莉講﹝STPV恁倰剕饜釬昜嫖剒〞〞CdTe巠磁汜硈/詢嫖釬昜ㄗ遣赲悵倛怓歙算ㄘㄛa-Si巠磁騵秭茠欱釬昜ㄗ筍腴赻盞桽衄熬莉瑞玸ㄘ﹝
秪埻倰峚坫摯拸囥滔扢數ㄛLER茼弝峈眈勤汜昜昜燴衪肮硌梓奧準妀珛啎聆˙芢嫘剒賦磁梓袧滔阨奪燴迵湮喜僅桄痐﹝軘奻ㄛ蜆旃噶痐妗STPV恲弅笢釬昜褫翋雄巠茼甜峎厥魂薯ㄛ妏肮華楷萇+笱眵撿觼眙褫俴俶ㄛ峈祥肮緊STPV芵嫖薹蚥趙摯褫厥哿緊俶妘昜汜莉枑鼎妗痐價插﹝
