Click the Links below to access all webinars/workshops/seminars related to Power Generation:
https://qadirresearchcenter.weebly.com/webinar-series.html
https://qadirresearchcenter.wordpress.com/research/
https://www.youtube.com/c/QadirResearchCenter
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https://qadirresearchcenter.weebly.com/webinar-series.html
https://qadirresearchcenter.wordpress.com/research/
https://www.youtube.com/c/QadirResearchCenter
Download All PG Labs Data
Lab-15
Discuss the Solar PV system and three types of Solar Thermal systems. Assist the students for measurement of meterorological data of UET Taxila using weather station.
Previous Sessions.
Lab-14
Discuss the Solar PV Power Generation based Microgrid Designing software or Tool. Assist the students on Solar PV Design with PVsyst Software.
International Webinar on Design of Solar Ground Mounted and Rooftop Systems using PVsyst
Solar PV Design with PVsyst – Session2
Solar PV Design with PVsyst – Session1
Lab-13
Discuss the Hybrid Power Generation based Microgrid Designing software or Tool. Assist the students on HOMER Pro Microgrid Modeling Software.
HOMER Pro Microgrid Modeling Software - Session2
HOMER Pro Microgrid Modeling Software - Session1
HOMER Pro Microgrid Modeling Software - Previous Sessions
Lab-12
Discuss the Power Generation Solar Designing software or Tool. Assist the students to activate and design solar PV using SketchUp and Skelion software.
Solar PV design using SketchUp and Skelion - Session4
Solar PV design using SketchUp and Skelion - Session3
Solar PV design using SketchUp and Skelion - Session2
Solar PV design using SketchUp and Skelion - Session1
Solar PV design using SketchUp and Skelion - Previous Sessions
Complex Engineering Problem (CEP)
Discuss the Complex Engineering Problem (CEP) for Power Generation.
- Submit your CEP proposal (CEP samples uploaded in one-drive link provided in the end of Lab-1 on this web page) with 4 group members in week-10 during respective lab session.
- Submit completed CEP in week-15 during respective lab session.
Lab-11
Discuss the Power Generation Solar Designing software or Tool. Assist the students to activate and design solar PV using Helioscope software.
Solar System Design using Helioscope - Session4
Webinar on Solar System Design using Helioscope - Session3
Webinar on Solar System Design using Helioscope - Session2
Webinar on Solar System Design using Helioscope - Session1
Previous Sessions on Helioscope
Lab-10
Guided visit to understand working of 125 kW Solar Power Plant at Wah Nobel.
Lab-9
Guided visit to understand working of Gas Turbines based Thermal Power Plant at Pakistan Ordanance Factory (POF) Wah.
Lab-8
Discuss steam power plant overview and identification of different components (Rankine Cycle) in IC Engine and Power Plant Lab of MED UET Taxila.
Previous sessions on Rankine Cycle and Steam Power Plants
Lab-7
Guided visit to understand working of 512 kW Diesel Power Plant at UET Taxila.
Lab-6
Guided visit to understand working of Francis and Pelton Turbines at CED UET Taxila.
Lab-5
Perform an experiment To Determine the Mechanical Power and Efficiency of Pelton Wheel Turbine at Different Head at CED UET Taxila.
Lab-4
Guided educational and Industrial site visit to 600kW hydropower plant at Khanpur Taxila.
Lab-3
Guided educational and Industrial site visit to 40 kW hydropower plant at Mohra Muradu Taxila.
Lab-2
Perform an experiment for the design and operation of Francis, Kaplan and Pelton Turbines on variable load at MED UET Taxila.
Lab-1
Discuss the OBE system, CLO-PLO mapping, Power Generation Energy Resources and their Designing software or Tools. Assist the students to activate Helioscope software used for solar PV design simulations.
Solar PV System - MATLAB Simulink
IV & PV Characteristics of Solar cell and PV array | Solar PV System | MATLAB Simulink
Check/verify/simulate Impact of Both Series and Shunt Resistance
Download All Matlab Models related to this video
Check/verify/simulate Impact of Both Series and Shunt Resistance
Download All Matlab Models related to this video
All Lectures Videos on Power Generation Lab
Click here for Previous 16 PG Lab Tutorials and Downloads
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Click here for Previous Labs Tutorials and Downloads
Lab Session 1: Introduction to the Power Generation Energy Resources and their Designing software or Tools.
Lab Session 2: To study the design and operation of Francis Turbine on variable load.
Lab Session 3: To study design and operation of Kaplan Turbine on variable load.
Lab Session 4: To study design and operation of Pelton Turbine on variable load.
Lab Session 5: To study design requirements of PV Solar Power Plants and familiarize with basic layouts of PV software using Helioscope and Sketch up 3D Softwares.
Lab Session 6: To Demonstrate design and installation of PV power plants on residential, commercial, and industrial level using HelioScope.
Lab Session 7: To learn 3D design and implementation of PV solar plants and shading analysis using Sketchup 3D.
Lab Session 8: Simulation study on “VI-Characteristics and Efficiency of Solar PV System using Matlab Simulink.
Lab Session 9a: Simulation study on Wind Energy Generator using Matlab Simulink.
Lab Session 9b: Experiment on Performance Assessment of Hybrid (Solar-Wind) Power System using Matlab Simulink.
Lab Session 10: Diesel Engine Power PlantTo study the Diesel Engine Power Plant.
Lab Session 11: 3M wind energy virtual labTo design, build and test wind turbines by simulations using 3M wind energy virtual lab.
Lab Session 12: Solar CollectorTo study the flat plate and evacuated tube solar collector.
Lab Session 13: Rankine cycle of thermal power plantTo study the Rankine cycle of thermal power plants.
Lab Session 14: Visit Solar Rooftop System of EED and MED.
Lab Session 15-16: Problem-Based Learning (PBL)
Problem-Based Learning (PBL) is a the real-world problem is used as the vehicle to promote student learning of concepts and principles.
Experiment – 1 Voltage and Current of Solar Cells Result
Experiment – 2 Series and Parallel Connections of Solar Cells
Experiment – 3 Simulate the benefits of energy storage in your PV system
Experiment – 4 Simulate the benefits of the Heating System in your PV system.
Lab Session 2: To study the design and operation of Francis Turbine on variable load.
Lab Session 3: To study design and operation of Kaplan Turbine on variable load.
Lab Session 4: To study design and operation of Pelton Turbine on variable load.
Lab Session 5: To study design requirements of PV Solar Power Plants and familiarize with basic layouts of PV software using Helioscope and Sketch up 3D Softwares.
Lab Session 6: To Demonstrate design and installation of PV power plants on residential, commercial, and industrial level using HelioScope.
Lab Session 7: To learn 3D design and implementation of PV solar plants and shading analysis using Sketchup 3D.
Lab Session 8: Simulation study on “VI-Characteristics and Efficiency of Solar PV System using Matlab Simulink.
Lab Session 9a: Simulation study on Wind Energy Generator using Matlab Simulink.
Lab Session 9b: Experiment on Performance Assessment of Hybrid (Solar-Wind) Power System using Matlab Simulink.
Lab Session 10: Diesel Engine Power PlantTo study the Diesel Engine Power Plant.
Lab Session 11: 3M wind energy virtual labTo design, build and test wind turbines by simulations using 3M wind energy virtual lab.
Lab Session 12: Solar CollectorTo study the flat plate and evacuated tube solar collector.
Lab Session 13: Rankine cycle of thermal power plantTo study the Rankine cycle of thermal power plants.
Lab Session 14: Visit Solar Rooftop System of EED and MED.
Lab Session 15-16: Problem-Based Learning (PBL)
Problem-Based Learning (PBL) is a the real-world problem is used as the vehicle to promote student learning of concepts and principles.
Experiment – 1 Voltage and Current of Solar Cells Result
Experiment – 2 Series and Parallel Connections of Solar Cells
Experiment – 3 Simulate the benefits of energy storage in your PV system
Experiment – 4 Simulate the benefits of the Heating System in your PV system.