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Responsable Área de Innovación (FHA)
Grant Agreement Sistema Híbrido de Almacenamiento (H2 y baterías) para instalación aislada Pedro Casero Responsable Área de Innovación (FHA)
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Supported by: The research leading to these results has received funding from the European Union´s H2020 Program for the Fuel Cells and Hydrogen Joint Technology Initiative (FCH2JU) under grant agreement nº
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Contenido
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Objectives Development and demonstration of an autonomous off-grid electrolysis system linked to renewable energy sources, including essential overarching communication and control system for optimising the overall efficiency when integrated in a real installation
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Budget & schedule Grand total: €
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Electrolizer (ITM)
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voltage and current response to application of a 0% to 100% signal
Electrolizer (ITM) voltage and current response to application of a 0% to 100% signal Stack current Stack voltage Stack power
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Fuente renovable (FHA)
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HSS (Hybrid Storage System)
50 kW Ely & BOP New 62.4 kWp EPIC Fuel cell FHA ITM INYCOM Parcela 23 20 bar Buffer 32 bar 4 m3 350 bar 11 kg (32 bar) 7 kg (20 bar) 23 kg Elemento Valor “esenciales” (PLC, varios (ITM)) < 2400 W (heat tracing 1000 W) Baterías 30 kWh (12 – 24 horas) FC 4500 W Reserva H2 necesaria 7-10 kg (5 días)
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HSS (Hybrid Storage System)
Perfil diario (todo el H2 producido se exporta) Almacenamiento de H2 requerido Producción diaria de H2 Estado de carga de H2 Mínima reserva de H2
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Conclusiones
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