Course Benefits :

• Round the year - Flexible Timings
• Travel expenses can be avoided 
• Social Distance maintained 
• Soft copy Study Material 
• Certificate after completion 

Duration: 42 - 44 classes/ 1hour per class

Procedure of Admission:  DIRECT

(Study material provided to every candidate)

Qualification: Diploma, Graduates or Post Graduates of Science or Engineering discipline

Medium of Communication: English

***INTERNSHIP FACILITY FOR SUCCESSFULLY PASSED OUT STUDENTS***

Sections: 

1. Energy Scenario & Energy Policy (India & Global)     
   

2. Electrical Basics, Adavtages and Challenges of Solar Energy and Solar radiation definitions and Measuring Instruments
   

3. Basics of Solar Cell and Characteristics
   

4. Factors affecting the Cell output and Solar Module Manufacturing Engineering

5.  Losses in Solar Cell & Module and Solar PV Array
   

6. Battery - classification,  parameters, types, ageing factors and Charge Controller - selection, PWM & MPPT.

7. Inverter - types, Off-grid & On-grid (central, string, multi-string, modular inverter)

8. Mounting Structure - portable, stationary, tracking and Transformer

9. Direct Current Cables - Sizing and codes

10. Junction and Distribution Boxes and AC Collection Topology: Radial, Ring and Star topologies. Comparision of Conventional and Non-Conventional Systems.
    

11. Solar PV Systems and Introduction to PV Hybrid System
    

12. Designing of Standalone SPV system and Important Formulae.
    

13. Solar PV applications and Smart Water Pumping System - operation, Types, Specifications, Advantages & Limitations.

14. Solar Water Heater - Flat plate & Evacuated tube collector, System technologies, Water quality, Types of SWHs, Selection od technology, Sizing, Benefits.
    

15. Solar Water Heater and Solar Cooker - Parabolic & Community based Solar cooker

16. Concentrated Solar Power - Parabolic Trough, Linear Frensel, Solar Tower & Sterling Dish Collector.

17. Emerging application - Floating Solar PV power plant.
18. Next Generation PV Technologies - Half-Cut, PERC and Bifacial.
    
19. Introduction to measurement of Temp, RH, Radiation, Wind Velocity. Measurement of Voltage, Current  Solar Module.
20.  Application of PVsyst software, Google SketchUp & Helioscope  in Solar Power Plant designing (participants will not be provided the copy of the software).  
21. National Electric Mobility Mission Plan
22. Introduction to Electrical Vehicles
    Components of Electric Vehicle
    Comparison with Internal combustion Engine Technology
    Benefits and Challenges
    EV classification
23. Basic understanding of different types of EV Chargers
    Slow charger design rating
    Fast charger design rating
    AC charging and DC charging
24. Battery Swapping
25. Understanding different modes of EV Charging  Infrastructures
26. EV Charging Integration with Solar Power Plant
27. Case Studies
28. Business Opportunities in Chargers & Charging Stations
    





All successfully passed out students will be provided with the Certificate by Chandradeep Solar Research Institute(CDSRI). 

***CDSRI reserves the right to change the syllabus and course structure of the program, as per the changes in the academic and corporate environment.

Attention: Give us the phone call when you are convinced to take admission with us. For any additional information write an email to us.

For online payment through Net transfer 

Chandradeep Solar Research Institute,

AXIS Bank, Pallisree CAL WB, Kolkata 700032.

A/C no. 917010045163731

IFS CODE - UTIB0002938