Increase solar panels while ensuring constant sunlight on crops with reflectors.
We propose an "evolutionary agrisolar system" that controls the angle of the reflector based on solar altitude. By increasing the shading rate of solar panels, we minimize the impact on crops and significantly increase the variety of crops that can be cultivated. 【Expected Effects on Cultivation】 - Even with increased shading from solar panels, it alleviates uneven sunlight exposure. - Low-angle sunlight can be directed almost directly above the crops, helping to suppress yield reductions in positive crops. - Ensures total daily sunlight exposure on the leaf surface. - Bird and insect deterrent effects from the reflector. - At night, leveling the reflector prevents radiative cooling and fog during winter, among other benefits. *For more details, please download the PDF or feel free to contact us.
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【Specifications】 ■Light irradiation: Continuous irradiation ■Crop growth (when increasing shading rate): Yes ■Range of cultivated crops (when shading rate is around 50%): ・Positive: No ・Semi-shade: Yes ・Shade: Yes ■Power generation / field area: Can be increased significantly ■Field environment: Excellent *For more details, please download the PDF or feel free to contact us.
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For more details, please download the PDF or feel free to contact us.
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Our company aims to contribute to the development of smart agriculture and regional revitalization by advancing technology consulting focused on improving cultivation systems and crop growth monitoring. Our main research themes include the study of evolved (environmentally symbiotic) agrisolar systems, the development of crop growth monitoring systems, and considerations on the impact of light environments on crop growth and quality. Additionally, to realize a better society in the future, we are conducting research on regional revitalization, such as "high-tech towns that highlight rural landscapes," and have presented our findings at academic conferences and other venues.
