Environmentally Adaptive Agricultural System" exhibited at the "JAPAN MOBILITY SHOW 2025

矢崎エナジーシステム

"Environmentally Adaptive Agricultural System" ~Exhibiting an artificial light-based agricultural system utilizing unused energy such as factory waste heat~ The Yazaki Group offers an "Environmentally Adaptive Agricultural System" that effectively utilizes unused energy generated from factories and other sources, such as waste heat. This artificial light-based agricultural system maintains a simple structure comparable to that of a steel frame house, allowing for the use of various heat sources, including groundwater heat, factory waste heat, and solar energy. It features an air conditioning system and a cultivation system called "Moisculture," which grows crops using humidity, enabling stable quality and quantity of harvests with minimal energy, water, and labor. ◎ Returning energy from factories and the mobility industry to local agriculture ◎ Achieving stable agriculture even in areas with limited infrastructure and resources by keeping initial costs low (capable of cultivation with 1/10 the amount of water) ◎ Demonstrating a 76.3% reduction in power consumption compared to conventional battery-operated heat pump systems "JAPAN MOBILITY SHOW 2025" Venue: Tokyo Big Sight Dates: October 30 (Thursday) to November 9 (Sunday), 2025 We look forward to introducing the Yazaki Group's initiatives for next-generation energy. We await your visit.

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Environmentally friendly agricultural system
We are promoting the "5 Ts" of agriculture: Timely T, Quantitative T, Quality T, Low Personnel T, and Low Price T.

Rising energy prices ➡ Utilizing renewable energy Continuing to rise fossil fuel prices shift to the use of renewable energy such as solar power, solar heat, and biomass Global warming ➡ Closed-type greenhouses To counter the extreme heat in summer, which makes cultivation difficult, we will use closed-type greenhouses combined with cooling Labor shortage ➡ Utilizing AI and IoT To address the decline in labor due to aging and other factors, we will implement regular and quantitative production through plant factories utilizing AI and IoT.