UNIVERSAL SOLAR PANEL TESTING SIMULATOR KIT WITH COST EFFECTIVE INDIGENOUS SOLUTION FOR INDUSTRY
Introduction The concept of solar simulation,' which is a technology that replicates the sun that can be used in research laboratories, industry, and commercial applications, is discussed. A solar simulator is a device that duplicates the impacts of natural sunlight. The purp
Project Title
UNIVERSAL SOLAR PANEL TESTING SIMULATOR KIT WITH COST EFFECTIVE INDIGENOUS SOLUTION FOR INDUSTRY
Project Area of Specialization
Project Summary
Introduction The concept of solar simulation,' which is a technology that replicates the sun that can be used in research laboratories, industry, and commercial applications, is discussed.
A solar simulator is a device that duplicates the impacts of natural sunlight. The purpose of the solar simulator is to provide a controllable indoor testing environment in a lab.
A solar simulator (sometimes known as a sun simulator) is a testing tool that is used to simulate sunlight in an experiment. A solar simulator uses a light source that is meant to resemble real sunlight in terms of intensity and spectrum distribution.
Functionality
- The sensor of (Temperature, Voltage, Current, Humidity & Radiance Meter, etc.) Pre-calibrate through sources.
- Input-Sources (Temperature, Voltage, Current, Power, Radiance) rechecked by sensors.
- Troubleshooting.
- Connect the solar panel terminals to the simulator.
- All the environment/conditions given to the solar panel.
- During the measurement, the temperature of the cell junction is kept at a constant temperature (25 °C)
- Uniformity: Uniformity of the irradiance on the test area is a critical parameter for accurate measuring of panels etc.
- The condition is desirable for the panel.
- Solar simulators need to meet certain requirements on their light beam spectrum, temperature, uniformity, and stability.
- Which parameter (V, I, P, T, W/m2,)
- Take the reading from the solar panel.
- Reading
- Then processer manipulates all the reading and generates the standard result. (Which can be easily understood by Human-Bing)
- The final report would be generated by the simulator itself and Displayed on a laptop or LCD.
- Also, the result report would be displayed on IOT based monitoring system.
Conclusions
- The Solar Simulator takes Feedback through sensors.
- In Pakistan, we offer a low-cost testing solution
- Verify our solar panel testing
- A solar panel testing simulator that provides multiple parameters testing and method testing.
- Most the solar cell testing simulators do not have crack testing, we enhance this simulator as a crack tester
- As an advancement, we provide the facility to our valuable vendors to provide web IoT-based instant services.
- Give our technical support to the solar industry for their problem solution
- Future Benefits of Universal Solar Panel Testing Simulator Kit.
Project Objectives
- To make IoT Based Monitoring.
- To Provide a controllable indoor test facility under laboratory conditions.
- To perform/analyze many tests with this testing kit (All in One).
- To perform Solar Panel current and voltage tests during faulty conditions.
- To perform a Solar panel Maximum Power Point test.
- To make a design in order to offer similar intensity and spectral composition to that of natural sunlight.
- To perform Solar cell crack testing.
- To provide both the versatility and reliability that we need.
Project Implementation Method
At the initial stage, solar is getting charged with help of a beam of photons, and the source of these beams of photons is the surface-mounted light-emitting diode. We collect all the data which is in a raw form such as potential difference (V), the flow of current (I), ambient temperature, and light irradiance. Then we use the methodology of MPPT through which we can detect a perfect IV curve.
By the combination of all the above parameters and other given coefficients, we extract open-circuit voltage (Voc), short circuit current (Isc), maximum power voltage (Vmpp), and maximum power current (Impp), maximum power watts (Wp), light irradiance (W/m2). We find out all the parameters to find the efficiency of the solar panel (PV module).
The project’s main motive is to find the efficiency of the solar panel.
Benefits of the Project
- Used in research labs.
- Can be implemented in Industry applications.
- Commercial uses.
- Use in sunscreen efficiency test.
- Performance measurement of solar panel/ Sunscreen.
- Solar simulators are often used to test the effects of UV exposure.
- It is a need of Pakistan also because there are many companies of solar panel in Pakistan, but there is no certified authority/institute/service center which provide solar panel testing.
Technical Details of Final Deliverable
Parameters of Temperature & Light Intensity
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I-V Curve Test Results
P-V Curve Test Results
Solar cells with visible cracks
Final Deliverable of the Project
Core Industry
Other Industries
Core Technology
Other Technologies
Sustainable Development Goals
Required Resources
| Elapsed time in (days or weeks or month or quarter) since start of the project | Milestone | Deliverable |
|---|---|---|
| Month 1 | Literature Review | To Write A Literature Review and find the literature step by step.an complete in 01st month. |
| Month 2 | Components Availability | Million Electronic Components from 1000 Industry Leading Suppliers. Browse Online Inventory, View Pricing and Specs, Compare Parts.and select the component in 2nd month. |
| Month 3 | Software working | Apart from technical training in various software & hands-on project work, Computer Education helps in our project,most important make a web based monitoring, for project complete in 3rd month. |
| Month 4 | Interfacing of peripherals | Thus PHERIPHERAL INTERFACING is a kind of interaction between processor and external or peripheral devices. To interface physically, a component between I/O device and processor. in 4th month. |
| Month 5 | Interfacing of peripherals | Interfacing work is complex. that's why it continue 5th month. |
| Month 6 | Programming | Python is a powerful general-purpose programming language. It is used in web development, data science, creating software prototypes, program our project in this language in month 6. |
| Month 7 | Interfacing & joining of all sensors | Connecting sensors to the Raspberry Pi and taking measurements, this work complete in month 7. |
| Month 8 | App designing & working | App design is an ongoing process comprising user experience (UX) and user interface (UI) elements. Designers base choices on user research and feedback. complete in month 8. |
| Month 9 | Structure assembling | Assembling a project team is just as much about selecting team members as it is fleshing out the project organizational structure. complete it in month 9. |
| Month 10 | Final testing | The Final testing conduct at med of month 10. |
| Month 11 | Connections of lights, solar panel with all sensors & controllers | In month 11, assemble all the project, & finalize the project. |
| Month 12 | Report writing | report is a formal document that elaborates on a topic using facts, charts, and graphs to support its fyp project. this work complete in last moth (month 12), |
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