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-Solar Energy- Thin Film Photovoltaic. | DFN 2004|Spring 2010|Gavin Munoz|gmunoz@spsu.edu |. http://architecture2030.org/the_problem/buildings_problem_why. Problem : The U.S. Energy Consumption in the Building Sector.

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solar energy thin film photovoltaic

-Solar Energy- Thin Film Photovoltaic

|DFN 2004|Spring 2010|Gavin Munoz|gmunoz@spsu.edu|

problem the u s energy consumption in the building sector

http://architecture2030.org/the_problem/buildings_problem_whyhttp://architecture2030.org/the_problem/buildings_problem_why

Problem: The U.S. Energy Consumption in the Building Sector

Architecture 2030 has become THE movement toward a carbon neutral society, creating ways of life independent from fossil fuels while at the same time lowering the high volume of CO2 emissions in the air, making the people of the U.S. environmental conscious individuals . It is startling to realize that our very own profession is the key reason for these alarming statistics, and it is now up the very people in the building sector to step up and provide a solution. Approximately 40 % of U.S. firms have adopted the 2030 Challenge and growing

http://architecture2030.org/

solution benefiting from the continuous natural energy flow

http://scienceblogs.com/startswithabang/

Solution: Benefiting from the continuous natural energy flow

Denis Hayes once stated that, “No country uses as much energy as is contained in the sunlight that strikes just it’s buildings”, summarizing the importance of sunlight as a continuous natural energy source. The magnitude of solar energy as a potential energy source is seen when one recognizes that the total solar energy falling on the face of the earth (approximately 7.45x10^17 kwh annually) is 15,000 times greater that the world’s consumption (of about 0.5x10^14 kwh annually).

Chopra, Kasturi. “Why thin film solar cells”. thin film solar cells (1983)

first generation vs second generation

http://www.solarpowerninja.com

First Generationvs. Second Generation

Since the basic crystalline silicon solar cell (or First Generation)

was developed in the 1950’s there have been little or no major changes, and with shortages of silicon and high prices affecting the finished costs, the newly emerging thin-filmed solar cells (or Second Generation) that use less crystalline silicon due to newly found semi-conducting seems to be immerging. Thin Filmed technology holds out the real promise of more price competitive systems, because they can be manufactured with dramatically less material, shorter supply chains and cheaper, faster processes.

http://www.top-alternative-energy-sources.com/solar-cells.html

slide5

Three Main Approaches to Thin Film Technologiesbased on different materials that can be used for the semi-conductor of a PV cell

|amorphous silicon|cadmium telluride (CdTe)|Indium Gallium Di-Selenide (CIGS)|

amorphous silicon the first to be established

http://www.terrasolar.com/hist.htm

amorphous silicon (The First to beEstablished)

- The term “amorphous” is commonly applied to non-crystalline- materials prepared by deposition from gases.

Pioneered by United Solar Ovonics (NasdaqGS: ENER) which sells under the brand Uni-Solar ,this technique relies on a small amount of amorphous silicon alloy and accounts for about 60% of the thin film PV made today. These systems have been sold for several years as building-integrated PV offering the advantage of nearly undetectable systems on rooftops for both commercial and residential buildings. Overall efficiency of around 13%, still lower than crystalline silicon but improving. http://www.uni-solar.com/

cadmium telluride cdte you get what you pay for

http://hubpages.com/hub/New-Low-Cost-Solar-Panel

Cadmium Telluride (CdTe)(you get what you pay for)

CdTe modules are cheaper and faster to produce than the amorphous silicon with efficiency at around 10%. The process makes better use of raw materials and since Cadmium telluride solar panels require 100 times less semiconductor material than high-cost crystalline silicon panels it has lower production costs to $1 per Watt. Cadmium salts as well as other heavy metal salts are highly toxic, but when handled with care the benefits of CdTe photovoltaic technology outweigh the risks.

http://www.electroiq.com/index/photovoltaics/Thin_Film_Solar_Cells/cadmium-telluride.html

copper indium gallium di selenide cigs

http://www.globalsolar.com/en/technology/innovations.html

Copper Indium Gallium Di-Selenide (CIGS)

Global Solar Energy based out of Arizona is on the leading edge of Copper Indium DI-Selenide (CIGS) and aims to develop silicon-saving or -replacing processes by using alternative semiconductor materials.Global Solar achieved 10% average solar cell efficiency—the first CIGS company to reach this milestone in a production environment

http://www.globalsolar.com/en/technology/innovations.html

thin film photovoltaic system

Thin Film Photovoltaic System

|Solar Collectors|Disconnect Switch|Data System|DC Inverter|AC Circuit Breaker

building integrated photovoltaic s
Building Integrated Photovoltaic's

The easiest way to introduce photovoltaic's into the building sector is not to consider them as a bolt on product but rather as actual replicated parts of a building

http://www.earthtechling.com http://www.globalsolar.com

commercial projects
Commercial Projects

To the Left is Brightsource’s 20 MW Power Plant in Daggett, California

To the Right is NRG Energy’s 21 MW Power Plant in Blythe, CA

http://www.basinandrangewatch.org http://www.pvresources.com/en/sgs.php

innovating photovoltaic design s
innovating photovoltaic design’s

To the Left is a Concept design for a durable “unfolding” solar designed tent

To the right is United Nations in Geneva, Switzerland “Solar Skin”

http://gadgetgizmoo.com/tag/tent/ http://www.solardesign.com

slide13

http://i.bnet.com/blogs/sunpower_logo_splash.jpg?tag=content;col1http://i.bnet.com/blogs/sunpower_logo_splash.jpg?tag=content;col1