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Basic things to be known before Modelling
4 Lessons-
Start1 - Introduction, Basics of PV System, Reference websites.
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Start2 - Session on latitude, longitude, sun path, solar storm, irradiance, types of solar plants.
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Start3 - Metrological data from online sources, Tilt angle, Azimuthal angle, Transposition factor
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Start4 - Types of solar panels, Types of inverters, System overview, V-I Characteristics of a solar panel
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Modelling in PVsyst
10 Lessons-
Start1 - Grid connected preliminary design part - 1
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Start2 - PVsyst prelminary design part 2
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Start3 - PVsyst Grid Connected Project Design
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Start4 - Standalone calculation
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Start5 - Project design in stand alone system and MPPT
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Start6 - Modelling of losses in PVsyst
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Start7 - Modelling of Shading losses part-1
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Start8 - Modelling of Shading losses part-2
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Start9 - Modelling of Shading losses part-3 and DC Microgrid Project design part - 1
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Start10 - Shading modelling part-4, Pumping modelling, DC microgrid project modelling part-2, economic evaluation, energy and cost estimation
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Resources
13 Lessons-
StartAlbedo
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StartIV characteristics curve, project design for grid connected system, performance ratio.
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StartSubarray utilization, bifacial module and stand alone calculation.
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StartStandalone calculations docx
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Start2017-NEC-Code-Ch-6-Article-690-1 (standards)
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Startinfo_iec61724-ed1.0-en (Standards)
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StartDay - 4 PPT
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StartDay - 3 PPT
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StartDay - 2 PPT
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StartDay -1 PPT
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Startpumping project design ppt
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StartRT PV panel details
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StartAssignment Question Paper for practice
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