Soil Compaction Prevention in Agri-Photovoltaic System Installation

Preventing soil compaction in agricultural photovoltaic systems through strategic construction planning and vehicle management

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Detail description

Soil compaction risk during agricultural photovoltaic system installation is highest in field margins and access lanes due to heavy vehicle traffic. An analysis within the HyPerFarm project assessed risks at a Bavarian pilot plant, with up to 56 passes and 334 tonnes of cumulative load in field margins, and 10 passes with 66 tonnes in access lanes. Recommendations include scheduling construction in dry summer months, aligning systems with field working directions, restricting vehicles to permanent access lanes, implementing traffic management plans, using light vehicles with proper tyre pressure, and employing cover crops or temporary tracks to protect soil. Post-construction soil restoration via ploughing and deep-rooted green manure crops is advised.

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Contribution detail info

Project

HyPErFarm

HYDROGEN AND PHOTOVOLTAIC ELECTRIFICATION ON FARM

Location
Europe
Authors
Fraunhofer Institute for Solar Energy Systems
Purpose
Communication, Dissemination

File type
document
Created on
Sep 01, 2024
Origin language
German
Official project website
License
CC BY-NC-ND