Description
Course Name: Post Graduate Diploma in Solar Energy System Management
Course Id: PGDSESM/Q1001.
Education Qualification: Graduate.
Duration: 370 Hrs (Equivalent to One Year).
Total Credits: 18.
How You will Get Diploma Certificate:
Step 1- Select your Course for Certification.
Step 2- Click on Enroll Now.
Step 3- Proceed to Enroll Now.
Step 4- Fill Your Billing Details and Proceed to Pay.
Step 5- You Will be Redirected to Payment Gateway, Pay Course and Exam Fee by Following Options.
Card(Debit/Credit), Wallet, Paytm, Net banking, UPI and Google pay.
Step 6- After Payment You will get Study Material Login id and Password on your email id.
Step 7- After Completion of Course Study give Online Examination.
Step 8- After Online Examination you will get Diploma Certificate soft copy(Scan Copy) and Hard Copy(Original With Seal and Sign).
Step 9- After Certification you will receive Prospect Job Opportunities as per your Interest Area.
Online Examination Detail:
- Duration- 120 minutes.
- No. of Questions- 60. (Multiple Choice Questions).
- 10 Questions from each module, each carry 10 marks.
- Maximum Marks- 600, Passing Marks- 40%.
- There is no negative marking in this module.
| How Students will be Graded: | ||
| S.No. | Marks | Grade |
| 1 | 91-100 | O (Outstanding) |
| 2 | 81-90 | A+ (Excellent) |
| 3 | 71-80 | A (Very Good) |
| 4 | 61-70 | B (Good) |
| 5 | 51-60 | C (Average) |
| 6 | 41-50 | P (Pass) |
| 7 | 0-40 | F (Fail) |
Benefits of Certification:
- Government Authorized Assessment Agency Certification.
- Certificate Valid for Lifetime.
- Lifetime Verification of Certificate.
- Free Job Assistance as per your Interest Area.
Post Graduate Diploma in Solar Energy System Management
Introduction to Solar Energy System: Global energy needs and resources, solar energy, energy storage, economics of solar systems, photovoltaic conversion, limitations of solar energy.
Design of Solar Energy Systems: Photovoltaic (PV) technology, photovoltaic (PV) performance, PV system configurations, inverters, charge controllers, batteries, balance of systems, design and sizing of PV system, building integrated PV systems.
Solar Radiation and Energy Conversion: The physics of the sun and its energy transport, thermal radiation fundamental, sun- earth geometric relationship, solar radiation, estimation of terrestrial solar radiation, models based on long -term measured horizontal solar radiation, measurement of solar radiation, solar radiation mapping using satellite data.
Heat Transfer in Solar Systems: Calculations of heating and hot- water loads in buildings, solar water-heating systems, liquid-based solar heating systems for buildings, solar air- heating systems, methods of modeling and design of solar heating systems, long-term performance of solar heating systems.
Solar Thermal Systems: Radiative properties and characteristics of materials, flat- plate collectors, energy balance for a flat-plate collector, thermal analysis of flat-plate collector- absorber plate, tubular solar energy collectors, experimental testing of collectors, concentrating solar collectors, parabolic trough concentrator, compound- curvature solar concentrators.
Cogeneration and Waste Heat Recovery Systems: Introduction, types of cogeneration systems, cogeneration with steam turbine cycle, cogeneration with gas turbine cycle, cogeneration with reciprocating engine cycle
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