AI-Driven Renewable Energy Transitions for Suitable Agriculture and Rural Development: Socio-Economic, Technical, and Policy Perspectives

Tufael · 2025 · Pathfinder of Research

Summary. AI-powered renewable energy systems can boost agricultural productivity and rural development by enabling smart irrigation, predictive analytics, and pest management while generating income through agrovoltaic systems. However, high upfront costs, poor internet access, regulatory gaps, and technology resistance create barriers. The paper argues that adaptive policies, public-private partnerships, community involvement, and capacity-building are essential to ensure equitable access and sustainable rural transformation.

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Tufael. (2025). AI-Driven Renewable Energy Transitions for Suitable Agriculture and Rural Development: Socio-Economic, Technical, and Policy Perspectives. Pathfinder of Research. https://doi.org/10.69937/pf.por.3.2.54

@article{tufael-2025-ai-driven-renewable-energy-transitions,
  title   = {AI-Driven Renewable Energy Transitions for Suitable Agriculture and Rural Development: Socio-Economic, Technical, and Policy Perspectives},
  author  = {Tufael},
  journal = {Pathfinder of Research},
  year    = {2025},
  doi     = {10.69937/pf.por.3.2.54},
  url     = {https://doi.org/10.69937/pf.por.3.2.54}
}

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TI  - AI-Driven Renewable Energy Transitions for Suitable Agriculture and Rural Development: Socio-Economic, Technical, and Policy Perspectives
AU  - Tufael
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DO  - 10.69937/pf.por.3.2.54
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Details

DOI: 10.69937/pf.por.3.2.54
Categories: agtech, energy, policy, general-innovation
Added: 2026-08-01