71 → festo.com/didactic Equipment Set TP 8012-4 220 – 240 V, 50 Hz 596087 The most important components at a glance: 1x DC 48 V Lamps 595055 1x AC 230 V Lamps 8165858 2x 1 AC Energy Meter 594904 1x 48 V Lead-Acid Battery Pack 8174051 1x DC 48 V PWM Charge Controller 8241563 1x DC 48 V MPPT Charge Controller 595050 1x AC 230 V Power Supply 595930 1x AC 24 V Power Supply 772050 1x 1 AC 230 V Stand-Alone Inverter 595052 1x 1 AC 230 V Grid-Tied Inverter 595053 1x 4-Quadrant Power Supply and Dynamometer Controller 595028 1x Solar Power Emulator Function for the 4Q Power Supply/Dynamometer 581440 1x Data Acquisition and Control Interface DACI-1 595912 Necessary accessories, also order: 1x Communications Gateway* 595054 1x Connection Lead Set and Grounding Kit 595916 1x Mobile Frameline, Complete Model Without Energy Duct 8075133 1x Frameline Table on Wheels 8087149 1x Tabletop Workstation (DIN A4) 8153360 1x Tabletop Double-Sided Workstation (DIN A4) 8158409 * Only one per lab is necessary Photovoltaic Systems TP 8012-4 Recommended Learning Material Workbooks (→ page 162) Campus license: en 596125 de 798367 fr 8096492 Notes: The campus license includes the student and instructor manuals of the following workbooks: “Solar Power”, and “Photovoltaic Systems”. Printed workbooks available upon request. Courses on Festo LX: aSolar Power aPhotovoltaic Systems Facilitate the study of solar power production systems. This training package provides hands-on experience with photovoltaic energy production systems operating in stand-alone or grid-tied operation. The training package contains the necessary equipment to perform the practical learning activities of the “Photovoltaic Systems” course available on Festo LX (subscription required) or as a campus license (sold separately). Students connect modules following step-by-step instructions to explore topics such as selecting the appropriate components for stand-alone or grid-tied applications, setting up systems for DC and AC loads, improving energy efficiency, applying metering techniques, and understanding different types of charge controllers (MPPT or PWM) and inverters. The solar panel emulator firmware feature of the four-quadrant power supply and dynamometer simulates the behavior of a solar panel under varying environmental conditions. This provides a controlled environment to study solar power system performance and analyze how different charge controllers (MPPT or PWM) affect energy efficiency and power output in both stand-alone and grid-tied systems. The tabletop solar panel test stand further supports experimentation with irradiance control, temperature monitoring, and shading capabilities. Electric Power Technology > Training Packages TP 801X (EMS A4) > Renewable Energy
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