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Advanced Course

Designed for any Engineering Students and Faculties majorly from EEE, EXTC, EXTR, Mechanical engineering streams. The Advanced Training Program will be of 5 Days (6 Hours a day) where the Students/faculties will get the knowledge from Solar Basics to Solar circuit design to circuit implementation.

PV Technology, PVsyst Simulation Software with case study for Solar System design

This course is designed with following learning objectives:-

  • To understand the Indian power sector and conversion of light energy to electricity
  • To analyze different angles and calculating the optimum tilt for the solar panel.
  • Demonstrating solar tracker and observing radiations.
  • To clarify the battery selection and inverter selection.
  • The simulate and analyze the PVsyst report.
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Basics of Microcontroller and solar Applications using Arduino

This course is designed with following learning objectives:-

  • To understand the Indian power sector and conversion of light energy to electricity.
  • To study basics of UART and microcontroller.
  • Improving the coding skills.
  • Practically Interfacing Arduino with LCD.
  • Arduino programming , arduino software.
  • Arduino and 16*2 LCD interfacing, code writing for printing on lcd.
  • Arduino based solar project ideas discussion.
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Solar Instruments( Solar Temperature sensor and Solar Radiation meter using Arduino)(Hands On)

This course is designed with following learning objectives:-

  • Understand the working of solar radiation meter.
  • Demonstrating solar instruments to understand their working.
  • Experiencing hands on session on solar energy meter.
  • Understanding the solar temperature sensor circuit.
  • Experiencing the solar temperature sensor hands on session.
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PCB Designing Software for Solar Products

This course is designed with following learning objectives:-

  • To study the need of PCB designing.
  • Explanation of all the tools and commands.
  • To have hands-on experience on designing layout.
  • Understanding the type of components available in electronics.
  • Clarity on creating the gerber files of the layout.
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Arduino based solar Inverter(Hands On)

This course is designed with following learning objectives:-

  • Block level explanation of grid tied system and the need of grid tie inverter.
  • Understanding the difference between stand alone inverter, grid tie inverter, string inverter, solar inverter etc.
  • Understanding the concept of designing inverter.
  • Implementing the inverter circuit practically.
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Designed for any Engineering Students and Faculties majorly from EEE, EXTC, EXTR, Mechanical engineering streams will have fees as follows.

# Training Program Duration(Days) Fees (INR)/student The Fees is inclusive of 15% service tax
1 Advanced Course (Students)
5
5,000
2 Advanced Course (Faculties)
5
15,000
  • Arduino Board
  • Content Book
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