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Ecological restoration method for arid desert area based on photovoltaic power station
The invention provides an ecological restoration method for an arid desert area based on a photovoltaic power station, and the method comprises the steps: arranging a spacing zone between two adjacent rows of photovoltaic panels, and arranging an under-panel moisture supply zone below the photovoltaic panels; the spacing zone comprises a vegetation recovery zone and inter-plate moisture supply zones, the vegetation recovery zone and the inter-plate moisture supply zones are arranged in the arrangement direction of the photovoltaic panels, the vegetation recovery zone is located in the middle of the spacing zone, the inter-plate moisture supply zones are arranged on the two sides of the vegetation recovery zone respectively, row belt type sand fixing forests are planted in the vegetation recovery zone, and inter-plate sand barriers are arranged in the vegetation recovery zone. A water seepage mulching film is laid on the inter-plate moisture supply zone, and an under-plate sand barrier is arranged on the under-plate moisture supply zone. According to the invention, a water supply mechanism between the photovoltaic panels is established, vegetation between the photovoltaic panels is supplied, survival and growth of the vegetation are guaranteed, adverse effects caused by a'narrow tube effect 'under the photovoltaic panels are weakened or eliminated, and the purposes of sand prevention and control and ecological restoration are achieved.
本发明提出一种基于光伏电站的干旱沙漠地区生态恢复方法，在相邻两排光伏板之间设置间隔带，光伏板的下方设置板下水分补给带；间隔带包括植被恢复带和板间水分补给带，植被恢复带和板间水分补给带均沿着光伏板排列的方向设置，植被恢复带位于间隔带的中间位置，板间水分补给带分别设于植被恢复带的两侧，在植被恢复带种植行带式固沙林且设置板间沙障，在板间水分补给带铺设渗水地膜，在板下水分补给带设置板下沙障。本发明建立了光伏板下与光伏板间的水分补给机制，为光伏板间的植被提供补给，保障植被存活生长，同时减弱或消除光伏板下的“狭管效应”带来的不利影响，实现防沙治沙和生态恢复的目的。
Ecological restoration method for arid desert area based on photovoltaic power station
The invention provides an ecological restoration method for an arid desert area based on a photovoltaic power station, and the method comprises the steps: arranging a spacing zone between two adjacent rows of photovoltaic panels, and arranging an under-panel moisture supply zone below the photovoltaic panels; the spacing zone comprises a vegetation recovery zone and inter-plate moisture supply zones, the vegetation recovery zone and the inter-plate moisture supply zones are arranged in the arrangement direction of the photovoltaic panels, the vegetation recovery zone is located in the middle of the spacing zone, the inter-plate moisture supply zones are arranged on the two sides of the vegetation recovery zone respectively, row belt type sand fixing forests are planted in the vegetation recovery zone, and inter-plate sand barriers are arranged in the vegetation recovery zone. A water seepage mulching film is laid on the inter-plate moisture supply zone, and an under-plate sand barrier is arranged on the under-plate moisture supply zone. According to the invention, a water supply mechanism between the photovoltaic panels is established, vegetation between the photovoltaic panels is supplied, survival and growth of the vegetation are guaranteed, adverse effects caused by a'narrow tube effect 'under the photovoltaic panels are weakened or eliminated, and the purposes of sand prevention and control and ecological restoration are achieved.
本发明提出一种基于光伏电站的干旱沙漠地区生态恢复方法，在相邻两排光伏板之间设置间隔带，光伏板的下方设置板下水分补给带；间隔带包括植被恢复带和板间水分补给带，植被恢复带和板间水分补给带均沿着光伏板排列的方向设置，植被恢复带位于间隔带的中间位置，板间水分补给带分别设于植被恢复带的两侧，在植被恢复带种植行带式固沙林且设置板间沙障，在板间水分补给带铺设渗水地膜，在板下水分补给带设置板下沙障。本发明建立了光伏板下与光伏板间的水分补给机制，为光伏板间的植被提供补给，保障植被存活生长，同时减弱或消除光伏板下的“狭管效应”带来的不利影响，实现防沙治沙和生态恢复的目的。
Ecological restoration method for arid desert area based on photovoltaic power station
一种基于光伏电站的干旱沙漠地区生态恢复方法
ZENG CHUNJIANG (author) / YANG JUN (author) / WU LING (author) / LI LONG (author) / HU PENG (author) / SUN XIAOXIANG (author) / JING LI (author) / TANG XIAOJIAN (author) / LI ZILONG (author)
2024-01-09
Patent
Electronic Resource
Chinese
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