Seed Eco-Home and Aquaponic Greenhouse Automation: Difference between revisions
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We | Summary: We discuss how to use automated controllers and Internet of Things monitoring and data collection for the built environment. Main data points include temperatures (thermal performance) and humidity, and water quality measurements for the aquaponics. Greenhouse automation includes automatic control of watering of beds, towers, and duckweed troughs; misting for humidity and cooling; automatic fish feeding, chicken door opening, hydronic heating, fans, and pumps. House automation includes bio-digester automation, water system pumping, fans, and heating system, as well as smart control of the PV system to maximize power output. | ||
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[https://docs.google.com/presentation/d/1-l5-k1HvY_QUSfZfP2i-Jocu9dp_uPNucnt2gLHaN-s/edit#slide=id.g1ec84661ef_0_1 edit] | [https://docs.google.com/presentation/d/1-l5-k1HvY_QUSfZfP2i-Jocu9dp_uPNucnt2gLHaN-s/edit#slide=id.g1ec84661ef_0_1 edit] | ||
[[Category:Seed Eco-Home]] | |||
Latest revision as of 02:19, 6 May 2020
Summary: We discuss how to use automated controllers and Internet of Things monitoring and data collection for the built environment. Main data points include temperatures (thermal performance) and humidity, and water quality measurements for the aquaponics. Greenhouse automation includes automatic control of watering of beds, towers, and duckweed troughs; misting for humidity and cooling; automatic fish feeding, chicken door opening, hydronic heating, fans, and pumps. House automation includes bio-digester automation, water system pumping, fans, and heating system, as well as smart control of the PV system to maximize power output.