Batch for Regular class: Round the year
No. of seats: 5
Procedure of Admission: DIRECT
(Study material provided to every candidate)
***INTERNSHIP/ JOB FACILITY FOR SUCCESSFULLY PASSED OUT STUDENTS***
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Qualification:
Duration: 3 days a week - 2 hours per day
Medium of Communication: English
Core Module:
Energy Scenario & Energy Policy (India & Global)
Solar Energy Engineering & Design (PV & Thermal)
a. Solar PV: Electrical Basics, Solar radiation, Basics of Solar Cell, Solar Module Manufacturing Engineering, Losses in Solar Cell & Module, Solar PV Systems, Designing of Standalone & Grid connected Solar PV power plant, Solar PV applications, International Test procedures for Photovoltaic Modules, Maintenance & Troubleshooting, Emerging application - Floating Solar PV power plant.
b. Smart Water Pumping System - operation, Types, Specifications, Advantages & Limitations
c. Balance of System:
- Battery - classification, parameters, types, ageing factors
- Charge Controller - selection, PWM & MPPT
- Inverter - types, Off-grid & On-grid (central, string, multi-string, modular inverter)
- Mounting Structure - portable, stationary, tracking
- Direct Current Cables - Sizing and codes
- Junction and Distribution Boxes
- Transformer
d. AC Collection Topology: Radial, Ring and Star topologies
e. Solar Thermal:
- Solar Water Heater - Flat plate & Evacuated tube collector, System technologies, Water quality, Types of SWHs, Selection od technology, Sizing, Benefits.
- Solar Cooker - Parabolic & Community based Solar cooker
- Concentrated Solar Power - Parabolic Trough, Linear Frensel, Solar Tower & Sterling Dish Collector.
f. Next Generation PV Technologies
- Monofacial PERC Solar Cell
- Bifacial PERC Solar Cell
- Half-Cut Solar Cell
3. Application of PVsyst software and Google SketchUp and Helioscope (participants will not be provided the copy of the software. Participant has to carry his/her own Laptop).
4. EV Charging
a. National Electric Mobility Mission Plan
b. Introduction to Electrical Vehicles
- Components of Electric Vehicle
- Comparison with Internal combustion Engine Technology
- Benefits and Challenges
- EV classification
c. Basic understanding of different types of EV Chargers
- Slow charger design rating
- Fast charger design rating
- AC charging and DC charging
d. Battery Swapping
e. Understanding different modes of EV Charging Infrastructures
f. EV Charging Integration with Solar Power Plant
g. Case Studies
h. Business Opportunities in Chargers & Charging Stations
5. Audio Visual Classes
Practical:
- Solar Home Light System (LED/ CFL)
- Solar Street Light (LED/ CFL)
- Solar Charge Controller
- Mini Solar Power Plant
- Measurement of Temp, RH, Radiation, Wind Velocity
- Measurement of Voltage, Current of Silicon and Thin Film Solar Module
- Water & Soil testing
Field Visit
For Regular:
- Assignments
- Study material
- Practical Training
- Project
