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.
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.
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
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..
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.