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Smart Urban Farming 5.0: Integration of Vertical Farming Automation and Solar Panels for Maximum Energy Efficiency and Productivity in Major Cities in Indonesia

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The system achieves a 62% reduction in traditional electricity usage, improving energy efficiency significantly.
Crop yields increased by 28% compared to conventional farming systems, indicating higher productivity.
The methodology involved building an IoT- and AI-powered automated farming prototype tested over three months.
Smart Urban Farming 5.0 highlights the potential for sustainable urban agriculture, addressing food security challenges.

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This research demonstrates integration of solar panels in vertical farming, enhancing productivity and energy efficiency in urban areas of Indonesia.

Farhan Zikri (2024) studied this question.

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This research demonstrates integration of solar panels in vertical farming, enhancing productivity and energy efficiency in urban areas of Indonesia.