Smart grid(pv grid integration)
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The document outlines a student project to develop a prototype for a smart grid system. A group of 4 students - Zeeshan Shabbir, Umer Sohail, Haroon Sikandar, and Awais Yunis - along with their supervisor Dr. Shahid Khattak, plan to build a single-phase smart grid prototype that can harvest energy from renewable sources like solar panels, store it in batteries, and use it or supply it back to the grid. The presentation covers the vision, scope, basic operation, synchronization of PV and grid, energy management, required equipment, and project schedule of the smart grid prototype.
Smart grid(pv grid integration)
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- 2. Development of Prototype of Smart Grid Group Members: • Zeeshan Shabbir SP10-EPE-001 • Umer Sohail SP10-EPE-006 • Haroon Sikandar SP10-EPE-036 • Awais Yunis SP10-EPE-049 Mobile: 03344675840 Supervisor: Dr. Shahid Khattak 2
- 3. Presentation Overview • Introduction • Vision • Scope Of Project • Block Diagram & Basic Operation • Synchronization of PV & Grid • Energy Management • Scope Of Project 3
- 4. Introduction to Smart Grid . A smart grid applies technologies, tools and techniques available now to bring knowledge to power-knowledge capable of making the grid work far more efficiently: • Highly reliable, controllable & efficient. • Fully accommodating renewable and traditional energy sources 4
- 5. VISION We imagine a world in which every single household is a powerhouse of clean & sustainable energy. Sum of all this energy is enough to fulfill the demand of household and extra energy can be supplied back to grid which leads to decrease in bill. • Our smart grid will enable its users to share the power between renewable energy sources and grid. 5
- 6. Scope • Prototype of Smart Grid(Single Phase) • Harvesting energy from Renewable energy • Store it in batteries, use it or feed it to the grid • Achieve independence from the grid 6
- 7. Block Diagram & Basic Operation 7
- 8. Synchronization of PV And Grid 8
- 9. Energy Management & Control • For Energy management we will use Adaptive droop control method. 9
- 10. Equipments • Solar panel • Battery • Microcontroller • PV & Grid Sensing Devices • Charge Controller • Relays • Phase Shifter Transformer • H-Bridge ICs 10
- 11. Project Schedule Project Controls Tasks Duration 1. Primary Smart Grid 7th Semester Control Simulation 1. Secondary Grid Tie Inverter 7th to 8th Semester Control 1. Tertiary Control Load Sharing 8th Semester 11
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