3 Ways Microgrids Can Meet Energy Demands Of Indoor Farming
Together with Scale Microgrid Solutions, Schneider is extending its energy-as-a-service model to indoor agriculture companies.
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Together with Scale Microgrid Solutions, Schneider is extending its energy-as-a-service model to indoor agriculture companies.
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Researchers from Tsinghua University and Brown University have discovered a simple way to give a major boost to turbulent heat exchange.
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Hungary has revealed plans to build a new carbon-neutral greenhouse-filled farming city that will be powered by renewable energy sources.
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U of T Scarborough is about to get a lot more cutting edge, and way, way more green. Toronto will soon be home to a net zero vertical farm and living lab.
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Vertical farming is great for growing lots of food in a small space, but productivity comes at a cost: high energy use.
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Led by ASU and Google, the study assesses the value of urban agriculture and quantifies its benefits on a global scale. While most of the benefits from these efforts seem to be limited and very local, when taken collectively the result is a significant environmental impact.
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Growing crops in controlled environments – in greenhouses, plant factories and in vertical farms – provides alternatives to conventional farming by producing food year-round near metropolitan areas, reducing transportation costs and water use, and improving land-use efficiency. Such local systems al
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