Agrivoltaics could reshape Moldova’s energy and agriculture sectors

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The rapid growth of artificial intelligence (AI) consumptions a significant amount of energy, posing a strain on power grids and disrupting planning for large-scale electricity provision.
Global electricity demand from data centers is projected to double by 2030, raising concerns about the “AI energy crisis”.
Solar photovoltaic technology is developing rapidly as it provides the cheapest energy in history, but both solar and AI developments threaten valuable agricultural land.
“Agrovoltaics,” integrating photovoltaic panels for electricity generation with traditional farming on the same land, presents a promising solution to meet energy and food needs.
Studies show that agrivoltaics can increase crop yields and does not significantly impact the sunlight reaching crops.
Agrivoltaics systems can significantly reduce fossil fuel dependence while creating a favorable microclimate for crops.
Vertical agrivoltaics and single-axis solar panels with trackers require minimal agricultural land to meet energy demands, preserving farmland for food production and potentially generating dual incomes for farmers.
In countries like Moldova, agrivoltaics presents a practical solution for energy generation, with minimal soil disruption, that also supports farmers without complex regulatory procedures.

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