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PARCOURIR : ACCUEIL > Energy & Systems > Renewable Energies |
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3-energy power plant : SER130000PL7Contextualization: Energy Independence : « Sun, water and wind serving El Hierro island ». Learning objectives: • Producing electricity - Hydropower (waterfall) - Fluid energy (wind power) - Solar energy (photovoltaic) • Storing electricity - Potential energy (water retention) - Chemical (battery) • Material & Structures : Turbine Study - Choice of material within the constraints - prototyping (3D printing) • Information… - Acquiring : Pressure sensors, Flowmeter - Addressing : Siemens PLC - Communicating information : Ethernet Network |
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Heat Pump, ref SER330000Pedagogical bench, homothetic to home heating applications, renewable energy (aerothermal) with domestic hot water and heating functions (reversibility option) |
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HYDRELEC 300: 300-W HYDROELECTRIC POWER PLANTThis system shows the contextualization of a Pumped Storage Power plants (PSP), identical to dams situated in “Grand’Maison » in Isère and “Lac noir » in Vosges (France). It allows the students to apprehend the installation, commissioning fo a frequency variator, to master the control part, with approaches similar to real industrial world. |
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Spécialiste en Ingénierie Pédagogique en Sciences Physiques, Génie Electrique &Télécoms . Nous sommes concepteurs et fabricants. |
DIDALAB Z.A. de la clé Saint Pierre 5, rue du Groupe Manoukian 78990 ELANCOURT (France) Phone : +33.1.30.66.08.88 Mail:didalab@didalab.fr |
Electrical Engineering PHYSICS Energy & Systems |