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TV1M13

Energy Generation image/svg+xml PV-System Headquarter Today, Cumulative kWh Ø 1 HourKWP kWh kWp Ø 30 Days, Cumulative kWh Ø 90 Days, Cumulative kWh Ø 365 Days, Cumulative kWh Since Inst, Cumulative kWh image/svg+xml PV-System AMH Today, Cumulative kWh Ø 1 HourKWP kWh kWp Ø 30 Days, Cumulative kWh Ø 90 Days, Cumulative kWh Ø 365…

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TV1M9

Electro mobility Loading ports in the microgrid image/svg+xml Freitag Loading port Practice house image/svg+xml Freitag REAL-TIME ACTIVITY kWLOADED TODAY kWh30 DAYS kWh90 DAYS kWh365 DAYS kWhSINCE ISTALATION kWh image/svg+xml Freitag Loading port CAR 1 image/svg+xml Freitag REAL-TIME ACTIVITY kWLOADED TODAY kWh30 DAYS kWh90 DAYS kWh365 DAYS kWhSINCE ISTALATION kWh image/svg+xml Freitag Loading port CAR 2…

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TV1M8

CO2 savingssince commissioning*of the microgrid kg Electro mobility Loading ports in the microgrid image/svg+xml Freitag Loading port Practice house image/svg+xml Freitag REAL-TIME ACTIVITY kWLOADED TODAY kWh30 DAYS kWh90 DAYS kWh365 DAYS kWhSINCE ISTALATION kWh image/svg+xml Freitag Loading port CAR 1 image/svg+xml Freitag REAL-TIME ACTIVITY kWLOADED TODAY kWh30 DAYS kWh90 DAYS kWh365 DAYS kWhSINCE ISTALATION kWh…

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TV1M6

Energy use in the grid 12 Month Energy Generation (EG) Energy Storage (ES) Energy Consumption (EC) kWh NOVDEZJANFEBMÄRAPRMAIJUNJULAUGSEPOKT CO2 savingssince commissioning*of the microgrid kg Electro mobility Loading ports in the microgrid image/svg+xml Freitag Loading port Practice house image/svg+xml Freitag REAL-TIME ACTIVITY kWLOADED TODAY kWh30 DAYS kWh90 DAYS kWh365 DAYS kWhSINCE ISTALATION kWh image/svg+xml Freitag Loading…

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TV1M5

Self-sufficiency and self-consumption in the microgrid Use of self-produced electricity Direct consumption Battery charge Battery discharge Grid purchase Delivery to the grid KOM_EMS-Module_Grafik Modul 5 links-ai PHOTOVOLTAIK- SYSTEM STROMNETZ BATTERIESPEICHER VERBRAUCHER Quantity ofOwnconsumption Degree of self-sufficiency TODAY 30 DAYS 90 DAYS 365 DAYS Energy use in the grid 12 Month Energy Generation (EG) Energy Storage…

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TV1M4

Decentralized energy system in the education center Energy generation up-to-date Energy storage: state of charge up-to-date Energy consumption up-to-date PV CARPORT 1000 KW PV PRACTICE HOUSE 1000 KW PV SMALL WIND TURBINE 0 KW PV AGR MACHINERY HALL 0 KW PV HEADQUARTERS 0 KW REDOX-FLOW-STORAGE 0 KW LITHIUM-ION-STORAGE 600 KW SALT-WATER-STORAGE 8 KW WELDING WORKSHOP…

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TV1M3

Microgrid education center Energy flows in real time image/svg+xml image/svg+xml Decentralized energy system in the education center Energy generation up-to-date Energy storage: state of charge up-to-date Energy consumption up-to-date PV CARPORT 1000 KW PV PRACTICE HOUSE 1000 KW PV SMALL WIND TURBINE 0 KW PV AGR MACHINERY HALL 0 KW PV HEADQUARTERS 0 KW REDOX-FLOW-STORAGE…

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TV1M2

Energy Storage Performance per storage type Admission Submission image/svg+xml Redox-Flow-Storage image/svg+xml Freitag CHARGING STATUS %MAXIMUM CAPACITY kWhCURRENT CHARGED/DISCHARGED kWhMAX CHARGED/DISCHARGED kWh image/svg+xml Lithium-Ion-Storage image/svg+xml Freitag CHARGING STATUS %MAXIMUM CAPACITY kWhCURRENT CHARGED/DISCHARGED kWhMAX CHARGED/DISCHARGED kWh image/svg+xml Salt-Water-Storage image/svg+xml Freitag CHARGING STATUS %MAXIMUM CAPACITY kWhCURRENT CHARGED/DISCHARGED kWhMAX CHARGED/DISCHARGED kWh Microgrid education center Energy flows in real time…

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TV1M1

Photovoltaic systems Performance per module type monocrystalline PV-Modules ? Vorteil: Hoher Wirkungsgrad Nachteil: Bei hohen Temperaturen sinkt der Wirkungsgrad Hohe Anschaffungskosten! polycrystalline PV-Modules ? Vorteil: niedrigere Anschaffungskosten nicht so Temperaturempfindlich Nachteil: geringer Wirkungsgrad! PV Practice house ? Gesamtleistung: 7,42 kWp Süd-Ausrichtung: Polykristaline – 28 Module Azimut: 0°, Neigung: 30°! PV Agricultural machinery hall ? Gesamtleistung:…

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