Understand the Solar Power System LEACTURE -07. IMPORTANT TOPICS 1.Define Photovoltaic effect 2.Describe the Operation of Solar Cell 3.Describe the Operation.

Slides:



Advertisements
Similar presentations
EE 314: Basic EE II Midterm Solutions. Problem 1 What makes a material a semiconductor? What are dopants? – A semiconductor acts as an insulator at very.
Advertisements

Electrical System Conductors, Insulators, and Semi-conductors What are they? Hemet High Automotive.
Semiconductors What Is A Semiconductor? A semiconductor is a substance that has a lower conductivity than a metal and a higher conductivity than a non-metal.
Semiconductor Light Detectors ISAT 300 Foundations of Instrumentation and Measurement D. J. Lawrence Spring 1999.
ELECTRONICS P.MUNIREDDY GOVT.H.S, SANTHIPURAM BAND THEORY OF SOLIDS INTRINSIC and EXTRINSIC SEMICONDUCTORS JUNCTION DIODE –PROPERTIES AND USES TRANSISTORS.
P and n type semiconductors. Semiconductors Semiconductors are also referred to as metalloids. Metalloids occur at the division between metals and non-metals.
Copyright © Houghton Mifflin Company. All rights reserved. 16a–1 Figure 16.31: Two-dimensional representations of (a) a quartz crystal and (b) a quartz.
Solar Electric or Photovoltaic (PV) Panels are used to collect energy from the sun and convert it into electricity. This is done through the Photovoltaic.
Textbook: Electronic Devices and Circuit Theory Robert L.Boylested.
Copyright © Houghton Mifflin Company. All rights reserved. 16a–1 Figure 16.31: Two-dimensional representations of (a) a quartz crystal and (b) a quartz.
Is a method of generating electrical power by converting solar radiation into direct current electricity using semiconductors that exhibit the photovoltaic.
Principles of Solar Engineering D. Y. Goswami, F. Kreith, J. F. KreiderPrinciples of Solar Engineering Chapter 9: Photovoltaics D. Yogi Goswami, Frank.
Electric Current. Current Rate at which charge flows through a surface. Ex. If the charge on a capacitor changes by the function Q(t)=6(1-e  0.1t ),
Semiconductors. A semiconductor is a material whose resistance is between that of a conductor and an insulator. Eg Silicon.
CHAPTER 1 Introduction To Diodes. OBJECTIVES Describe and Analyze: Function of Diodes Some Physics of Diodes Diode Models.
1 SEMICONDUCTORS Semiconductor atomic structure. 2 SEMICONDUCTORS We are going to look at the basic structure of an atom and compare and contrast the.
Electricity and Electric Circuits
P-N Junction Diode Topics covered in this presentation:
29-1Bonding in Molecules *When atoms cling together as a single unit to achieve lower energy levels, this is a chemical bond. *Bonds occur as ionic an.
© 2008 Brooks/Cole 1 Chapter 20, section 20.3 Semiconductors and superconductors.
Solar panels A solar panel is made up of photovoltaic cells. A photovoltaic cell converts light energy into electricity. A conductor is something that.
Chapter 22 Current Electricity.
Wind Distribution 1. Off-shore Wind distribution 2.
Current Electricity and Electric Circuits. Static vs. Current Electricity Static Electricity: charges build up in one location Current Electricity: electrons.
ELECTRONIC PROPERTIES OF MATTER - Semi-conductors and the p-n junction -
ENGR 1181 First-Year Engineering Program College of Engineering Engineering Education Innovation Center First-Year Engineering Program Solar Cell Lab.
Band Theory of Solids In isolated atoms the electrons are arranged in energy levels.
1. Unit I: Semiconductor Diodes and Applications Before we start with Electronics Let us review the Basics of Electricity Q. What are the two main quantities.
The review of modern physics has given us a description of nature. Waves are described with a wave equation. Particles are described with particle equations.
Solar panels are pretty expensive, but they are good to save money on electricity. They take something from the sun and do something with it to make it.
Noor Shazliana Aizee bt Abidin
Physics A First Course Electricity Chapter 13.
Properties of metals Metals (75% of elements) Lustrous (reflect light)
Origin of energy band formation:
Solar Mobile Charger Name: S.R.Akshay Kumar, RollNo:13L103, Dept of ECE, PSG College of Technology, Coimbatore. 1 PSG College of Technology.
NANO SCIENCE IN SOLAR ENERGY
ELECTRICITY WITHIN A CIRCUIT Topic 2. Circuits Electric circuits provide a continuous pathway.
Solar panels Are power point is about solar panels.
The sun is a great source of energy.  It does not create pollution or harmful emissions  It’s plenty  It’s FREE.
Photovoltaic Cell Fundamentals Fig 9.2 Photovoltaic cell schematic. Photovoltaic Cell Fundamentals.
US Demonstrate and apply knowledge of basic semiconductor devices 7 weeks (Term 1 Wk10, 11, 12 + Term 2 Wk1, 2, 3, 4)
1. What are 3 things you notice in the picture. 2
Objectives This lecture is intended as a review and is conducted in a tutorial manner. We try address the following questions: What is semiconductor material?
SOLAR PANELS Photovoltaic cell Photovoltaic
Electric Current.
Electricity L1: Circuit Diagrams
Electric Circuits (12.2).
Solar Array Provide the energy needed to power the theatre with solar and wind power LEDs need less energy therefore it is more cost effective to use.
Electric Circuits (12.2).
How does solar energy work?
Solar Energy.
Solar panels are pretty expensive, but they are good to save money on electricity. They take something from the sun and do something with it to make it.
Semiconductor Fundamentals
Series and parallel circuits
Higher Physics Electricity.
Materials Conductive materials – valence band overlaps the conduction band Non conductive materials – valence band is separated from conduction.
What are some pros and cons of solar energy?
EEEM 3RD SEMESTER ELECTRICAL
Current Electricity and Electric Circuits
SOLAR PANELS Photovoltaic cell Photovoltaic
Materials Conductive materials – valence band overlaps the conduction band Non conductive materials – valence band is separated from conduction.
Electric Current and Ohm’s Law
Electricity/Start & Charge systems
ELECTRICAL ENGINEERING
Electricity/Start & Charge systems
Materials Conductive materials – valence band overlaps the conduction band Non conductive materials – valence band is separated from conduction.
First Brillouin zone of FCC lattice and the band diagram (Do you see any gaps?)
What are some pros and cons of solar energy?
Presentation transcript:

Understand the Solar Power System LEACTURE -07

IMPORTANT TOPICS 1.Define Photovoltaic effect 2.Describe the Operation of Solar Cell 3.Describe the Operation of Various Types of Charge Controller

Fig;- Photovoltaic Cell miconduc Resistor Conductor N doped Semi conductor P doped Semi conductor

Describe the Operation of Solar Cell Fig;- Block Diagram of a Silicon Solar Cell P- doped semiconductor N- doped semiconductor positive charge Valence band Forbidden gap Conduction band

Describe the Operation of Various Types of Charge Controller Fig;- Block Diagram of Solar Charge Controller Charge Controller Battery Load Solar Panel

NEXT LEACTURE Understand Electric Ballast