光伏板遮陰對大葉種茶樹葉片光合特性和產(chǎn)量的影響
打開文本圖片集
中圖分類號S62文獻標識碼A
文章編號 0517-6611（2025）12-0164-04
doi： 10.3969/j.issn.0517-6611.2025.12.036
開放科學（資源服務）標識碼（OSID）：
EffectsofPhotovoltaicPanel's Shadingon thePhotosynthetic Characteristicsand YieldofCameliasinensis MA Jin-xiong1 ，WANG Hong-lin2， ZHANG Jun2 et al（1.Yunnan Longyuan New Energy Co.，Ltd.，Kunming，Yunnan 6501OO;2.College of Tea and Coffee， Pu 'erUniversity，Pu’er，Yunnan 665000）
AbstractObjetie]Theresearchaimedtoexploretheffetsofphotovoltaicpanel’sshadingonthepotosyntheticcharacteristsand yieldofCmelisisdlroptedifpotocstrodetidsi forthetea-potoaicmplemtaryiide.ethdhaitetofophllolloeseps tea yield of C .sinensis werecomparedamong five kindsoflightenvironment.[Result]Photovoltaicpanel'sshadinghadsignificantefectson the relative content of chlorophyll，fluorescence parameters and tea yield of C .sinensis.Compared with the non-shading treatment（CK），the initial fluorescence value （Fo ），maximum fluorescence value （Fm ），the actual photochemical quantum yield of PSI （Phi2），the quantum yield of non-regulating energy disspation （PhiNO），and the steady-state fluorescence value （ Fs ） in each photovoltaic panel’s shading treatment all significantly increased （ P<0.05 ）.Compared with the non-shading treatment （CK），the non-photochemical quenching coeffcient （NPQ），photochemical quenching coefficient（qL），relative electron transfer rate of PSI （ETR），and quantum yield of regulated energy dissipation （PhiNPQ） in each photovoltaic panel’s shading treatment all significantly decreased （P<0.05） .[Conclusion] Moderate shading can alleviate the damages of strong light and high temperature on the photosynthetic system of C . sinensis in summer and autumn，and increase thechlorophyllcontentofleavesandteayield，whichhasimportantconoicvaluefordeveloingteaesoucesinthesummerandut. The tea-photovoltaic complementary mode should be promoted in Pu -erregion of Yunnan Province，the shading degree of photovoltaic panels should be 30%-40% ：
KeywordsCameliasinesis;hotovaicpanel'sading；Clorophyll;Fuorescnceparameters;a-photovotaicompltariy
大葉種茶樹（Camelliasinensis）為山茶屬灌木或小喬木，發(fā)源于我國西南地區(qū)森林，茶樹具有喜蔭蔽、喜漫射光的生長特性[1-2]。（剩余7679字）