实现更可持续的葡萄栽培

Lucía Romina Palazzo, Gabriela Lourdes Acosta, Pilar Gil Montenegro, Azwimbavhi Reckson Mulidzi, Natacha Pizzolon, Denisse Zamorano Meriño, Carlos Poblete Echeverría, Claudio Pastenes Villareal, Talitha Venter, J. Perez Peña
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摘要

阿根廷、智利和南非的葡萄树是在高水平的太阳辐射下生长的。这种资源的可利用性为实施农业光伏技术提供了机会,可作为减缓气候变化的一种做法。本研究在 2020-2021 年期间进行,目的是:i) 比较这些国家推广光伏技术的法律框架;ii) 分析光伏技术与葡萄栽培的结合;iii) 评估其社会接受度。为了分析监管框架,对促进光伏技术与葡萄栽培相结合的国家和地区法律进行了评估。通过对阿根廷、智利和南非的十个葡萄园进行调查,对所采用的光伏技术和葡萄栽培实践进行了评估。通过参与式过程对光伏技术与葡萄栽培相结合的社会接受度进行了评估。这三个国家共同的主要促进因素是太阳能资源的可用性、与可再生能源生产相关的立法改革方案以及葡萄酒公司长期生产成本的降低。虽然监管框架有所进步,尤其是在智利和阿根廷,但农业光伏技术仍未被提及。这一点,再加上当地葡萄园使用农业光伏技术的经验有限,限制了对葡萄、葡萄酒和能源生产潜在效益的宣传。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a More Sustainable Viticulture
Grapevines in Argentina, Chile and South Africa are grown under high levels of solar radiation. The availability of this resource is an opportunity to implement agrivoltaics as a practice for climate change mitigation. This study was conducted during 2020-2021 to: i) compare the legal framework in these countries to promote photovoltaic (PV) technology, ii) analyze the integration of PV technology with viticulture, and iii) evaluate its social acceptance. To analyze the regulatory framework, national and regional laws to promote the integration of PV technology with viticulture were evaluated. The PV technology and viticulture practices adopted were evaluated through a survey in ten vineyards located in Argentina, Chile, and South Africa. Social acceptance of PV integration with viticulture was evaluated in a participative process. The main facilitators common to the three countries are the availability of the solar resource, the scenario of legislative transformation related to the production of renewable energies, and the reduction of production costs in the long term for wine companies. Although there have been advances in the regulatory frameworks, especially in Chile and Argentina, agrivoltaics is still not mentioned. This, coupled with limited local experience of agrivoltaics in vineyards, limits communication of the potential benefits in grape, wine, and energy production.
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