The Future in Solar Panels Dane Goodman & Samuel Oyen.

Slides:

Advertisements

Similar presentations

Nanometer technology and how to fix it to a roof Nanometer technology and how to fix it to a roof Solar explained:

Advertisements

 Solar energy is the result of thermonuclear fusion reactions deep within the sun.  Solar energy is the most abundant and most powerful energy source.

Topics in Physics:

Direct solar radiation is both a powerful environmental stress & renewable energy resource. The sun’s energy is most concentrated on the roof (spring through.

Universidad de Sonora. SOLAR ATLAS OF MEXICO It was until 2007 when mexico started with this ambitious proyect our own solas atlas beacuse of the.

Nanophotonics Class 9 Nanophotovoltaics. The world’s present sources of energy.

Common Photovoltaic Cells and Cost Optimization. Overview Overview of solar power Overview of solar power Economic Problems Economic Problems Crystalline.

Solar Power Kim Grant Solar Tower PS10, near Seville, Spain.

Contemporary comparison between photovoltaic solar panels and large solar collector installations.

Earth and Space Energy Resources: Wind, Sun, and Moon.

Dilara Yiğit Dila Örmen 10/A SOLAR ENERGY. What is solar energy? Solar energy is radiant light and heat from the sun harnessed using a range of ever-evolving.

ENGR101 © Copyright, 2005, TAMU ENGR 101 Prof. Maria A. Barrufet Petroleum Engineering Renewable Energy - Solar.

1 Wang Qiming Counsellor for S & T Embassy of the People ’ s Republic of China 12 September 2007 Solar Energy Utilization in China.

SOLAR CELL PRESENTED BY ANJALI PATRA ANKITA TRIPATHY BRANCH-EEE.

Energy In Egypt Ahmed Hebala Teaching Assistant, AAST, Electric Power and Control Engineering Ahmed Hebala - Energy in Egypt1.

 Grid-connected domestic systems  Grid-Connected power plants  Off-grid systems for rural electrification  Off-grid industrial applications  Consumer.

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.

Solar Powered Energy Source How solar power works By Luis, Nhi and Hanh.

Solar Energy. What is solar energy? Solar energy is light or heat (radiant energy) that comes from the sun. Although solar energy is the most abundant.

Introduction to Photovoltaic System

The sunlight falling on the earth per day delivers energy which is 50,000 times (fifty thousand times) the total energy used all over the world in one.

Solar Energy. Radiant Energy 19% energy absorbed by vapor, ozone, dust, etc. 8% energy dispersed in the atmosphere 17 % energy reflected by clouds 4%

Solar Energy - Photovoltaics UTI-111 Prof. Park Essex County College.

Light management in thin-film solar cells Albert Polman Center for Nanophotonics FOM-Institute AMOLF Amsterdam, The Netherlands.

Solar Power By Francis. How does Solar Panels work? Solar panels can harness the power of the sun and transforms into electricity, as you can see in the.

The Sun The sun is made up of 70% hydrogen, 28% helium, and 2% other small atoms. The estimated surface temperature of the sun is about 5800 o C.

Solar Energy. Solar energy has been an under-achiever Source: U.S. Department of Energy.

SOLAR ENERGY IN BUILDINGS ARE 440 Lecture by: Sabeer Hamid Architectural Engineering Department Lecture by: Sabeer Hamid Architectural Engineering Department.

SOLAR ENERGY Daniel Khan 607. Solar energy is the sun’s rays (or solar radiation) that reaches the Earth. For millions of years the radiant energy from.

Solar Power. Table of contents 1)Sunbeams 2)Photovoltaics 3)Solar heat 4)Examples of photovoltaic constructions a.The bike station in Dorsten b.A private.

RET Optics Research Workshop Workshop #2 Solar Energy Solar Cells and Solar Ovens Dr. Mike Nofziger Professor College of Optical Sciences University of.

Solar Energy Resources. Energy Usage US95,000 kWh/person/year Japan 46,000 Germany57,000 France50,000 China 7,400 Brazil10,200 Mexico17,100 US accounts.

Solar panels A solar panel is made up of photovoltaic cells. A photovoltaic cell converts light energy into electricity. A conductor is something that.

Solar Energy By: Tiara Garner.

INFRARED PLASTIC SOLAR CELL

Solar Energy By: Kyle McPhail. Facts Solar energy is radiant light and heat from the sun Every hour the sun beams down enough energy to power to planet.

Solar Energy - Photovoltaics UTI-111 Prof. Park Essex County College.

Solar Power. The Earth receives solar radiation at the upper atmosphere. 30% is reflected back to space while the rest is absorbed by clouds, oceans and.

Solar Power Energy – It’s Everywhere. 2 Solar Energy Solar energy is sustainable light and heat energy from the Sun. Solar Cells convert solar light energy.

Power Plant Construction and QA/QC Section 1.6– Solar Energy Engineering Technology Division.

Do Now: Baltimore Polytechnic Institute receives an average of 150 W/m 2 every day during the month of January. How many kW of solar energy land on our.

  By:Layan 5C Solar Energy   Solar energy is a form of energy from the sun What Is Solar Energy?

Impact of Large-Scale PV Penetration on Power System Voltage and Angle Stability Caleb Walker and Alex Chan July 18, 2013 Knoxville, TN.

Solar Energy Ashley Valera & Edrick Moreno Period 6.

Ali Saffar Shamshirgar

Guided by Mr. G.K. Pal DEPARTMENT OF MECH ENGG A SEMINAR REPORT Submitted by:- Subir Kumar Pramanik.

HYPOTHESIS AND SPECIFIC AIM BY RALIAT O. ALABI SOLAR ENERGY.

_________________________ © Cactus Moon Education, LLC. Cactus Moon Education, LLC. CACTUS MOON EDUCATION, LLC ENERGY FROM.

Solar energy Bright days for Solar

NANO SCIENCE IN SOLAR ENERGY

Solar Energy a presentation by Sebastian Dumbs. 9/27/2016Dumbs Sebastian2 Table Of Contents What is solar energy? Share in world energy production from.

SOLAR ENERGY PRESENTED BY GSV RAMESH BABU, GUNTUR ENGINEERING COLLEGE 2 nd MECHANICAL.

Green Resources.

Solar Energy Improvement Techniques

Solar energy Humaid ALShamisi #

SOLAR PV SYSTEMS BY Prabhakaran.T AP/MECH

SOLAR PANELS Photovoltaic cell Photovoltaic

Module 1/7: Solar Technology Basics

By: Jorge Marín and Fernando Martín

GMR INSTITUTE OF TECHNOLOGY. INTRODUCTION Solar energy plays a major role in present days. It is renewable source of energy. This presentation is about.

P PT 1 Solar power Describe how electricity can be generated

Atmospheric Heating Notes

SOLAR PANELS Photovoltaic cell Photovoltaic

Photovoltaic - Solar Cell

Presentation transcript:

The Future in Solar Panels Dane Goodman & Samuel Oyen

Table of Contents I.World Record Efficiency II.Thermal Emitters III.Calculations IV.Energy Consumption Graph V.Solar Landmass Graph VI.Solar Collection in Germany VII.Sources

World Record Efficiency 44.7 % Efficiency The Fraunhofer Institute (Berlin) Uses concentrator photovoltaics Confirms accelerating trends

Fraunhofer’s Solar Cell Constructed with wafer bonding technology 4 solar subcell structure III-V semiconductors

Fraunhofer’s Solar Cell

Thermal Emitters Silicon semiconductors can only absorb infrared light New research: thermophotovoltaic technology consisting of an absorber and nanostructured tungsten emitter Allows utilization of the visible spectrum of light Estimates indicate an increase of solar efficiency to as high as 80%

Tungsten emitter coated in a nanolayer of ceramic hafnium dioxide “Remains stable at temperatures as high as 2500 F” Unprotected Tungsten (1200 o C)

Global Solar Panel Requirements: Calculations Assumptions 660 ZJ/yr. useful solar energy available on Earth 329 GJ/yr. energy consumption per person UN Population Division population estimates 2012 maximum commercial collector efficiency Fraunhofer ISE 2013 world record efficiency Potential efficiency with nano-material thermal emitters Carnot limit for solar efficiency $7/watt installed cost of solar panels

A Solar Planet YearGlobal Population Global Energy Consumption (ZJ/yr.) Collector Efficiency (%) Energy Collected (ZJ/yr.) Global Landmass Covered (%) Cost ($) 20116,997,998, E ,997,998, E ,220,953, E ,220,953, E ,220,953, E ,424,937, E ,424,937, E ,424,937, E ,424,937, E ,550,944, E ,550,944, E ,550,944, E ,550,944, E+17

Global Energy Consumption Year Energy Consumed (ZJ/yr.)

Solar Collection in Germany 400 MW per million people, number one in the world 130 gigawatts of PV power in world, 35 in Germany 7% of Germany’s electricity from solar power Goal of 80% renewable energies by 2050

Sources Calculations Hubbert, Energy Resources, pg releases/presseinformationen-2013/world-record-solar-cell-with-44.7-efficiency panel-efficiency-as-high-as-80 sun/ us-house/ Other resistant-materials/ begins-to-shine-as-environmental-benefits-pay-off.html?_r=0

Thank You