Introduction to basic concepts of Solar Energy and solar radiation (GHI, DNI, DHI, Depletion of light, Visible light Spectrum and Solar Irradiation Calculation following on earth with formula based calculation)
Basics of Earth Sun Angle (Azimuth Angle, Zenith Angle, Air mass, Altitude Angle, Hour angle, Equation of Time, LSTM, Time correction Factors and Local Solar Time)
Basics of Electricals (Ohm's law, KVL and KCL, Series and Parallel Circuits, Short Circuit, Open Circuit)
Basics of Semiconductors and PN Junction Diode and its Characteristics
Basics of Solar Cell (Working, types, IV Characteristics and Construction)
Basics of Solar Panel (Working, types, features, Installation and Sizing for solar power plant with practical demonstration)
Types of Solar Power System (On-grid, Off- grid and Hybrid with circuit Diagrams and detail functional working)
Concept of Net metering, Feed in tariff, Grid Parity, gross metering and remote Net metering.
Solar Panel Tilt angle and optimum array position designing
Shadow Analysis over Solar Array
Bypass Diode and Hotspot Heating
Blocking Diode and Mismatch losses in Solar Array
Optical and recombination losses (Concept of Antireflective Coating)
Daily, monthly and Yearly Energy Yield Estimation with formula based calculation
Specific Energyu Yield Estimation and Performance ratio of solar power plant
Solar Inverter (Types, Significance, Working , Installtion and Sizing according to Capacity of Power plant )
Islanding and anti Islanding Concept and its solution
Number of strings and MPPT calculation
Array sizing calculation and design
Solar Battery (Types, Significance, Working , Installtion and Sizing according to Capacity of Power plant)
Solar Charge Controller (Types, Significance, Working , Installtion and Sizing according to Capacity of Power plant)
Solar String Combiner Box (Types, Significance, Working , Installtion and Sizing according to Capacity of Power plant)
Solar Wires and Cables (Types, Ampacity and voltage drop calculation , Installtion and Sizing according to Capacity of Power plant)
Detailed sizing of Sting DC Cables, Main DC cable, LT Armoured AC Cable, HT Armoured AC Cable
Solar Cable Management System (Cable ties, Clips, Cable Tray, Cable Conduit, Cable Rack Selection and Installation)
Solar Panel Mounting Structure (Types, Materials, Channel Structure, Designing and Installation according to Plant Capacity) )
Various types of roofs and Roof zones
Civil Construction and Foundation (Types of Civil Construction used, Driven pile, Screw, Helical piles and Ballasted foundation design and Practical Demonstration) )
Solar Power System Earthing (Earthing types, methods, Practical demonstration of Earthing in solar power plant)
Solar Array Grounding (Panel Grounding and Array Grounding and its practical demonstration)
Solar array connection (Practical Demonstraction of how to connect MC4 Solar Connectors and Wiring System)
Solar System Lightening Protection and Surge Protection Devices (Methods and Process of lightening Protection and Location of SPDs)
Testing of Solar Power Plant (Start up and Emergency Shut down of Solar Power Plant Process)
Types of Testing like (Continuity, Polarity, Insulation Restistance, Voltage and current, Performance testing process in detail)
Operation and Maintenance of Solar Power Plant (Panel Maintenance, Inverter, Charge controller, Battery and Cable Maintenance in detail))
Cleaning Process and methods for solar array with practical demonstration
Commissioning of Solar Power Plant (All commissioning process and Documentation)
Practical Demonstration for Installation of Rooftop Solar Power Plant on Site
Case Study – Detail Design Calculations for 10kW On grid Rooftop Solar System
Case study covers and A to Z Manual Formula based calculation of Energy yield estimation, Solar Array calculation, Placement of Solar Array with diagrams and connections in series and parallel, Solar Inverter Calculation, Solar DC and AC cable Calculation, DC Combiner box and AC Combiner Box Selection, Solar Net Meter Selection and Graphical representation of Monthly Energy generation from 10kW power plant with Monthly performance ratio
Welcome to your course "A to Z design of rooftop solar power plant" this course is designed for the students who wants to endeavour their knowledge in rooftop solar power plant designing for their projects, for the solar technician who wants to know optimum power generation from the solar power plant, for the job seekers who wants to get jobs in solar industry, for the entrepreneur who wants to make career in solar energy.
This course is the explains the very basic concept belongs to rooftop solar installation design. The one who is completing the course will able to do all manual design calculation which are required for designing any solar rooftop power plant. The learner of course will get scientific idea of each an every components needed for rooftop solar power plant.
This course consist of 30 Sessions and 175 Lectures with practical demonstration of installation and connection of each an every components needed for solar rooftop power plant. It also includes the detail installation of solar power plant. One of the most importantly A case study of Design and installation of 10kW rooftop solar power plant with detail formula based calculation of Yearly Energy yield estimation, Specific Yield Estimation, Performance ratio, Decision of optimum capacity, sizing of Solar Panel, Solar Inverter, Solar Preassemble DC Cable, Main DC cable with Ampacity and voltage drop calculation, DC combiner box, AC combiner box, LT armoured cable Ampacity and voltage drop calculation, Net meter selection, Placing of solar array with optimum tilt angle, Graph of Monthly energy yield estimation and many more.
4.2
74 Ratings
$ 94.99
per course
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FAQs About "A to Z Design of Rooftop Solar Power Plant"
Is the online course "A to Z Design of Rooftop Solar Power Plant" free?
The online course "A to Z Design of Rooftop Solar Power Plant" costs $94.99 on the online classes platform Udemy
Is "A to Z Design of Rooftop Solar Power Plant" an online course worth taking?
21 students from the online classes platform Udemy have given an average rating of 4.2 to the online "A to Z Design of Rooftop Solar Power Plant" and at least 137 have completed this online training.
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