DSSC- G24 innovations
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G24 Innovations designs and manufactures thin-film photovoltaic modules using a proprietary dye-sensitized solar cell technology. The technology allows for flexible, lightweight, and aesthetically pleasing solar panels. G24 has production facilities in Wales and sales/marketing offices in London and Silicon Valley. It aims to expand production capacity to 200 MW by leveraging research partnerships and private funding. Key target markets include consumer electronics, portable power sources, and building-integrated solar products, which were valued at over $50 billion, $200 billion, and $29 billion respectively in 2008. G24's dye-sensitized solar cell technology offers advantages over competitors in performance under low-light conditions and potential for further cost reductions
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The Science Behind Dye-Sensitized Solar Cells
The document summarizes the key components and operation of dye-sensitized solar cells (DSSCs), also known as Grätzel cells. It describes how DSSCs work by using a sensitizing dye to absorb sunlight and generate excited electrons, which are then injected into a titanium dioxide semiconductor and collected via an electrolyte and cathode. The document also discusses research efforts to improve the efficiency of DSSCs beyond their current maximum of 12% by developing new dyes, electrolytes, and plastic hole conductors.
Iaetsd dye sensitized solar cell
This document summarizes a research paper on dye sensitized solar cells (DSSCs). It provides background on the development of DSSCs since 1991 and their advantages over traditional silicon solar cells in terms of lower cost and simpler preparation. However, liquid electrolytes used in early DSSCs limited long-term performance. Recent research has focused on improving electrolytes, particularly developing quasi-solid state electrolytes, to enhance photoelectric performance and stability for practical applications of DSSCs. The document reviews progress on quasi-solid state electrolytes and their advantages over liquid electrolytes for DSSCs.
DYE SENSITIZED SOLAR CELLS
Dye-sensitized solar cells (DSSCs), also known as Gratzel cells, work by using a photo-sensitized dye to generate electricity from sunlight. DSSCs were invented in 1991 as a low-cost alternative to traditional silicon solar cells. In a DSSC, light absorption in a dye triggers electrons to inject into a semiconductor, usually titanium dioxide, where they are collected on an electrode. The electrons then travel through an external circuit to the counter electrode, producing electricity. The circuit is completed by an electrolyte that transports ions back to the dye to regenerate it. DSSCs have the potential for lower manufacturing costs than silicon cells and can be produced using solution-based processes on many different
Dye sensitized solar cells
Dye-sensitized solar cells (DSSCs) are a type of solar cell that uses dye molecules to absorb sunlight and convert it to electrical energy. They were invented in 1991 by Brian O'Regan and Michael Grätzel. DSSCs consist of a photo-sensitized anode, an electrolyte containing a redox couple, and a cathode. When light is absorbed by the dye, electrons are injected into the conduction band of the semiconductor and transported through the external circuit to be collected at the cathode, while the dye is regenerated through the redox shuttle. DSSCs offer advantages such as low cost, flexibility in design, and the ability to work in low light conditions. Recent research aims to
Dye Sensitized Solar cell (DSSC)
This document provides an overview of dye sensitized solar cells (DSSC). It discusses the principle and working of DSSCs, including the key components - a photosensitive dye, nanostructured semiconductor (typically TiO2), redox electrolyte, and two electrodes. Upon light absorption, electrons are injected from the dye into the semiconductor. The electrolyte regenerates the oxidized dye and transports electrons between the electrodes. The document outlines the preparation, applications, and commercial potential of DSSCs, noting their advantages over silicon solar cells.
Organic / Polymer solar cells
Organic Solar cells are the future.They can be easily manufactured. also flexible; can be carried around in pockets, and 1000 times thinner to silicon cells.
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Dye-Sensitized Solar Cells
This document provides an overview of dye-sensitized solar cells (DSSCs). It discusses the history, components, principles, and limitations of DSSCs. DSSCs were invented in 1991 by Brian O'Regan and Michael Gratzel. They have several advantages over conventional solar cells, including lower cost, flexibility, and semi-transparency. DSSCs consist of a photoelectrode made of titanium dioxide coated with a dye, a redox electrolyte, and a counter electrode. When light is absorbed by the dye, electrons are injected into the titanium dioxide and collected, while the dye is regenerated, allowing the cell to function. Recent developments aim to improve light absorption and stability.
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The Science Behind Dye-Sensitized Solar Cells
The document summarizes the key components and operation of dye-sensitized solar cells (DSSCs), also known as Grätzel cells. It describes how DSSCs work by using a sensitizing dye to absorb sunlight and generate excited electrons, which are then injected into a titanium dioxide semiconductor and collected via an electrolyte and cathode. The document also discusses research efforts to improve the efficiency of DSSCs beyond their current maximum of 12% by developing new dyes, electrolytes, and plastic hole conductors.
Iaetsd dye sensitized solar cell
This document summarizes a research paper on dye sensitized solar cells (DSSCs). It provides background on the development of DSSCs since 1991 and their advantages over traditional silicon solar cells in terms of lower cost and simpler preparation. However, liquid electrolytes used in early DSSCs limited long-term performance. Recent research has focused on improving electrolytes, particularly developing quasi-solid state electrolytes, to enhance photoelectric performance and stability for practical applications of DSSCs. The document reviews progress on quasi-solid state electrolytes and their advantages over liquid electrolytes for DSSCs.
DYE SENSITIZED SOLAR CELLS
Dye-sensitized solar cells (DSSCs), also known as Gratzel cells, work by using a photo-sensitized dye to generate electricity from sunlight. DSSCs were invented in 1991 as a low-cost alternative to traditional silicon solar cells. In a DSSC, light absorption in a dye triggers electrons to inject into a semiconductor, usually titanium dioxide, where they are collected on an electrode. The electrons then travel through an external circuit to the counter electrode, producing electricity. The circuit is completed by an electrolyte that transports ions back to the dye to regenerate it. DSSCs have the potential for lower manufacturing costs than silicon cells and can be produced using solution-based processes on many different
Dye sensitized solar cells
Dye-sensitized solar cells (DSSCs) are a type of solar cell that uses dye molecules to absorb sunlight and convert it to electrical energy. They were invented in 1991 by Brian O'Regan and Michael Grätzel. DSSCs consist of a photo-sensitized anode, an electrolyte containing a redox couple, and a cathode. When light is absorbed by the dye, electrons are injected into the conduction band of the semiconductor and transported through the external circuit to be collected at the cathode, while the dye is regenerated through the redox shuttle. DSSCs offer advantages such as low cost, flexibility in design, and the ability to work in low light conditions. Recent research aims to
Dye Sensitized Solar cell (DSSC)
This document provides an overview of dye sensitized solar cells (DSSC). It discusses the principle and working of DSSCs, including the key components - a photosensitive dye, nanostructured semiconductor (typically TiO2), redox electrolyte, and two electrodes. Upon light absorption, electrons are injected from the dye into the semiconductor. The electrolyte regenerates the oxidized dye and transports electrons between the electrodes. The document outlines the preparation, applications, and commercial potential of DSSCs, noting their advantages over silicon solar cells.
Organic / Polymer solar cells
Organic Solar cells are the future.They can be easily manufactured. also flexible; can be carried around in pockets, and 1000 times thinner to silicon cells.
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This document provides an overview of dye-sensitized solar cells (DSSCs). It discusses the history, components, principles, and limitations of DSSCs. DSSCs were invented in 1991 by Brian O'Regan and Michael Gratzel. They have several advantages over conventional solar cells, including lower cost, flexibility, and semi-transparency. DSSCs consist of a photoelectrode made of titanium dioxide coated with a dye, a redox electrolyte, and a counter electrode. When light is absorbed by the dye, electrons are injected into the titanium dioxide and collected, while the dye is regenerated, allowing the cell to function. Recent developments aim to improve light absorption and stability.
Dye sensitized solar cells
Dye sensitized solar cells (DSSCs) were invented by Brian O'Regan and Michael Gratzel at UC Berkley as a low-cost alternative to thin film solar cells. DSSCs consist of four main components: a semiconducting electrode like TiO2, a dye sensitizer that absorbs sunlight, a redox mediator like I-/I3- to restore the dye, and a counter electrode. When sunlight is absorbed by the dye, electrons are injected into the conduction band of the oxide and transported through an external circuit to the counter electrode, while the dye is regenerated by the redox mediator. Though less efficient than other solar cells currently, DSSCs offer a cheaper price
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This document discusses the basic principles and measurements of dye solar cells. It begins by introducing dye solar cells and their advantages over other solar cell technologies. It then provides a simplified diagram of a dye solar cell's setup and components. The remainder of the document thoroughly explains the electrochemical processes and energy transfers that occur in a dye solar cell when exposed to light, including excitation of dye molecules, electron injection and transport, redox reactions, and regeneration of the electrolyte. It also defines and discusses important parameters that can be measured from dye solar cell I-V curves, such as short circuit current, open circuit potential, fill factor, series and shunt resistances, maximum power, and efficiency.
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A dye sensitized solar cell (DSSC) functions by using light absorbing dye molecules to convert sunlight into electricity through photovoltaic processes. When light is absorbed by the dye, electrons are injected into the conduction band of a nanostructured titanium dioxide layer. The electrons then travel through an external circuit, generating electricity, and are collected by a counter electrode. The oxidized dye is regenerated by electron donation from an electrolyte, allowing the process to repeat continuously. DSSCs have the advantages of being relatively inexpensive, flexible in design, and using natural dyes, making them a promising solar technology.
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This document summarizes a presentation on dye sensitized solar cells (DSSC) given by Ashok Kumar Jangid. It describes the basic components and structure of a DSSC, which includes a titanium dioxide semiconductor, sensitizing dye, iodide redox mediator, platinum counter electrode, and glass support. The document explains that light absorption by the dye generates electron injection into the semiconductor to produce a current. Common dyes used include N3, N719, and various ruthenium-based dyes. Potential applications of DSSCs include use in buildings, agriculture, and domestic settings due to their low cost and environmental friendliness.
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This document summarizes information about solar cells. It discusses different types of solar cells including bulk material cells, thin-film cells, single crystal silicon cells, and more. It provides diagrams of solar cell characteristics like I-V curves with and without illumination. Maximum cell performance factors like fill factor and efficiency are defined. The document also discusses materials used in solar cells and why semiconductors are suitable. References are provided at the end.
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Solar cells directly convert sunlight into electricity and were first used in spacecraft. Traditional solar cells use two types of silicon sandwiched together, while newer types are still in development. Solar cells work by using photons to separate electron-hole pairs in materials like titanium dioxide.
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2. OPV cells work by absorbing light which creates an exciton, an electron-hole pair, that is separated at the donor-acceptor interface.
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Solar Cell
Solar cells, also known as photovoltaic cells, convert sunlight directly into electricity through the photovoltaic effect. The first solar cell was built in 1839 by French physicist Edmond Becquerel. In 1905, Albert Einstein explained the photoelectric effect that underlies solar cell function. Solar cells generate electricity when light strikes their semiconductor material, ejecting electrons through the photoelectric effect. There are several types of solar cells including monocrystalline, polycrystalline, and thin-film cells, which vary in efficiency, cost, flexibility and other factors. Solar cells are used widely in applications such as solar water heating, solar cars, and small electronics.
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The document provides information about solar cells and photovoltaic technology. It discusses how solar cells work using the photovoltaic effect to convert sunlight into electricity. It describes the basic components of solar cells including semiconductor materials like silicon, the p-n junction, and how sunlight generates electron-hole pairs that create voltage. It also outlines the characteristics and efficiency of solar cells as well as common types of solar cells used in photovoltaic modules and systems.
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Nanotechnology involves engineering systems at the molecular scale and can be applied to improve solar cells. It allows for thinner silicon films that better absorb photons in solar cells, increasing efficiency. Quantum dots in particular can generate multiple electrons from a single photon, boosting performance. The use of nanomaterials and thin films in solar cells promises to significantly reduce manufacturing costs and make solar power affordable enough to supply energy to developing countries on a large scale.
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Solar cells convert sunlight directly into electrical energy. They work as a semiconductor that produces electricity when exposed to light, functioning similarly to how a battery produces electricity. The key components are a photovoltaic material like silicon that produces electrons and holes when struck by photons, and electrical conductors that carry the current. Solar cells have many applications and benefits like being renewable, clean, and able to provide off-grid power, but their initial costs remain high and they require large surface areas for average efficiency.
Solar cells and its applications
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Organic electronics deals with conductive polymers and small molecules for carbon-based electronics. It includes laminar electronics like transparent and paper-based devices. Conductive organic materials can be polymers or small molecules and exhibit electrical conductivity between insulators and metals. Organic light-emitting diodes (OLEDs) have an organic semiconductor layer between electrodes that emits light in response to electric current. Organic electronics have advantages like lower cost fabrication compared to inorganic materials.
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This document discusses different generations of solar cells. It begins by explaining the importance of renewable energy sources like solar due to climate change and depletion of fossil fuels. It then describes first generation solar cells, which use monocrystalline and polycrystalline silicon, as well as their advantages of high efficiency and understanding, but also their disadvantages of high cost. Second generation cells, like amorphous silicon and thin-film technologies, aimed to reduce costs but had issues with performance degradation and use of rare materials. Overall, second generation solar cells did not prove to be viable silicon alternatives.
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This document describes a project aimed at synthesizing and characterizing novel achiral and chiral ionic liquids containing ester and amide functionality. The ionic liquids were evaluated for their antimicrobial toxicity and biodegradability. Some of the ionic liquids exhibited low toxicity and were readily biodegradable by microorganisms. The suitable ionic liquids were then employed as reaction media in catalytic reactions and as electrolytes in dye-sensitized solar cells, demonstrating their potential as environmentally-friendly solvents.
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Dye sensitized solar cells
Dye sensitized solar cells (DSSCs) were invented by Brian O'Regan and Michael Gratzel at UC Berkley as a low-cost alternative to thin film solar cells. DSSCs consist of four main components: a semiconducting electrode like TiO2, a dye sensitizer that absorbs sunlight, a redox mediator like I-/I3- to restore the dye, and a counter electrode. When sunlight is absorbed by the dye, electrons are injected into the conduction band of the oxide and transported through an external circuit to the counter electrode, while the dye is regenerated by the redox mediator. Though less efficient than other solar cells currently, DSSCs offer a cheaper price
Dye Solar Cells Basic Principles and Measurements
This document discusses the basic principles and measurements of dye solar cells. It begins by introducing dye solar cells and their advantages over other solar cell technologies. It then provides a simplified diagram of a dye solar cell's setup and components. The remainder of the document thoroughly explains the electrochemical processes and energy transfers that occur in a dye solar cell when exposed to light, including excitation of dye molecules, electron injection and transport, redox reactions, and regeneration of the electrolyte. It also defines and discusses important parameters that can be measured from dye solar cell I-V curves, such as short circuit current, open circuit potential, fill factor, series and shunt resistances, maximum power, and efficiency.
Dye sensitized solar cells
A dye sensitized solar cell (DSSC) functions by using light absorbing dye molecules to convert sunlight into electricity through photovoltaic processes. When light is absorbed by the dye, electrons are injected into the conduction band of a nanostructured titanium dioxide layer. The electrons then travel through an external circuit, generating electricity, and are collected by a counter electrode. The oxidized dye is regenerated by electron donation from an electrolyte, allowing the process to repeat continuously. DSSCs have the advantages of being relatively inexpensive, flexible in design, and using natural dyes, making them a promising solar technology.
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The document discusses cadmium telluride thin film solar cells. It describes how CdTe solar cells work and the fabrication process using spray pyrolysis to deposit CdS thin films and pulsed plasma deposition to deposit CdTe layers at low temperature. Characterization of the films using XRD showed the CdS films were polycrystalline hexagonal structures and the CdTe films had an optical bandgap of 1.50eV, matching the expected value.
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This document discusses the fabrication of organic bulk heterojunction solar cells. It begins with an introduction to organic solar cells and their advantages. It then describes the working principles of organic polymer solar cells including light absorption, exciton diffusion, charge transfer, and charge collection. The common layer stack is explained including the active layer, transport layers, electrodes, and substrates. Fabrication methods like spin coating and spray coating are outlined along with specific fabrication steps for layers. Performance parameters like open circuit voltage and power conversion efficiency are discussed. The effects of UV irradiation treatment and adding zinc oxide nanoparticles are evaluated.
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This document summarizes a presentation on dye sensitized solar cells (DSSC) given by Ashok Kumar Jangid. It describes the basic components and structure of a DSSC, which includes a titanium dioxide semiconductor, sensitizing dye, iodide redox mediator, platinum counter electrode, and glass support. The document explains that light absorption by the dye generates electron injection into the semiconductor to produce a current. Common dyes used include N3, N719, and various ruthenium-based dyes. Potential applications of DSSCs include use in buildings, agriculture, and domestic settings due to their low cost and environmental friendliness.
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This document summarizes information about solar cells. It discusses different types of solar cells including bulk material cells, thin-film cells, single crystal silicon cells, and more. It provides diagrams of solar cell characteristics like I-V curves with and without illumination. Maximum cell performance factors like fill factor and efficiency are defined. The document also discusses materials used in solar cells and why semiconductors are suitable. References are provided at the end.
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Dye sensitised solar cell
Solar cells directly convert sunlight into electricity and were first used in spacecraft. Traditional solar cells use two types of silicon sandwiched together, while newer types are still in development. Solar cells work by using photons to separate electron-hole pairs in materials like titanium dioxide.
Organic photovoltaic cells : OPV
1. Organic photovoltaic (OPV) solar cells aim to provide an abundant and low-cost photovoltaic solution compared to classical silicon solar cells.
2. OPV cells work by absorbing light which creates an exciton, an electron-hole pair, that is separated at the donor-acceptor interface.
3. The three main types of OPV cells are single layer, bilayer, and bulk heterojunction, with bulk heterojunction having the highest efficiencies due to an intermixed donor-acceptor layer.
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The document discusses the use of nanotechnology for renewable energy generation. It describes how dye-sensitized solar cells use nanostructures to absorb sunlight more efficiently and cheaply than traditional silicon-based solar cells. The document also discusses how solar cells work by absorbing photons that excite electrons, generating electricity, and how not all absorbed light is converted. Finally, it provides an overview of natural energy sources like hydrocarbons and their effects compared to more sustainable renewable sources like solar, wind, and biomass that are being advanced through nanotechnology approaches.
Solar Cell
Solar cells, also known as photovoltaic cells, convert sunlight directly into electricity through the photovoltaic effect. The first solar cell was built in 1839 by French physicist Edmond Becquerel. In 1905, Albert Einstein explained the photoelectric effect that underlies solar cell function. Solar cells generate electricity when light strikes their semiconductor material, ejecting electrons through the photoelectric effect. There are several types of solar cells including monocrystalline, polycrystalline, and thin-film cells, which vary in efficiency, cost, flexibility and other factors. Solar cells are used widely in applications such as solar water heating, solar cars, and small electronics.
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Use of Nanotechnology in Solar PVcells
Nanotechnology involves engineering systems at the molecular scale and can be applied to improve solar cells. It allows for thinner silicon films that better absorb photons in solar cells, increasing efficiency. Quantum dots in particular can generate multiple electrons from a single photon, boosting performance. The use of nanomaterials and thin films in solar cells promises to significantly reduce manufacturing costs and make solar power affordable enough to supply energy to developing countries on a large scale.
Organic Solar Cells
Vishal Shrotriya presented on low cost manufacturing of organic solar cells. He discussed Solarmer's development of roll-to-roll processing for high throughput, low temperature production of organic photovoltaic cells. Through new donor and acceptor materials, efficiencies over 8% have been achieved in single cells and modules. Testing has shown stability of over 2500 hours under continuous illumination. The talk outlined a roadmap for commercializing organic solar cell products, starting with applications in portable power and building integrated photovoltaics, with a potential market of hundreds of millions of dollars annually.
Solar cell
Solar cells convert sunlight directly into electrical energy. They work as a semiconductor that produces electricity when exposed to light, functioning similarly to how a battery produces electricity. The key components are a photovoltaic material like silicon that produces electrons and holes when struck by photons, and electrical conductors that carry the current. Solar cells have many applications and benefits like being renewable, clean, and able to provide off-grid power, but their initial costs remain high and they require large surface areas for average efficiency.
Solar cells and its applications
Solar cells convert sunlight into electricity by using semiconductor materials, most commonly silicon, where photons knock electrons loose allowing them to flow as an electric current; different types of solar cells have varying efficiencies with single crystalline silicon cells being the most efficient at 25%; solar cells can be connected together in panels and arrays to provide power for various applications from small electronics to entire homes.
Organic electronics ppt
Organic electronics deals with conductive polymers and small molecules for carbon-based electronics. It includes laminar electronics like transparent and paper-based devices. Conductive organic materials can be polymers or small molecules and exhibit electrical conductivity between insulators and metals. Organic light-emitting diodes (OLEDs) have an organic semiconductor layer between electrodes that emits light in response to electric current. Organic electronics have advantages like lower cost fabrication compared to inorganic materials.
LED TECHNOLOGY FOR WONDERING FUTURE(PPT)
LED technology has advanced significantly. LEDs are now commonly used for lighting applications due to their energy efficiency and long lifespan. LEDs operate by passing electricity through crystalline solids unlike conventional lighting methods. Early LEDs could only produce red light but advances in materials allow different colors to be produced. White LEDs use a blue LED combined with yellow phosphor. Manufacturing LEDs is a complex process involving growing semiconductor wafers, dicing dies, packaging, and testing. Proper heat management is important for LED lifespan and performance. LEDs have many applications from indoor lighting to automotive due to their controllability and flexibility. Further advances may allow multi-color chips and integrated circuits on LEDs.
Generations of solar cells
This document discusses different generations of solar cells. It begins by explaining the importance of renewable energy sources like solar due to climate change and depletion of fossil fuels. It then describes first generation solar cells, which use monocrystalline and polycrystalline silicon, as well as their advantages of high efficiency and understanding, but also their disadvantages of high cost. Second generation cells, like amorphous silicon and thin-film technologies, aimed to reduce costs but had issues with performance degradation and use of rare materials. Overall, second generation solar cells did not prove to be viable silicon alternatives.
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Dye-Sensitized Solar Cells, Green Train in Qatar, IDM8
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Done by Engineers group, Doha Independent secondary school for boys
Dye-Sensitized Solar Cells (DSSC) is a low-cost solar cell belonging to the group of thin film solar cells.
Fossil fuel will not stay forever so why don’t we make use of the Solar Energy.
We thought about using DSSCs in Qatar metro
DSSCs will be on the surface of the metro and also on both sides to absorb maximum amount of solar energy
Solar panels will also be placed in the train stations and supplied by them.DSSC, Solar Glucometer & Eco-friendly ACS, IDM7
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There are some ideas for improving DSSC efficiency by using electrolyte (Eversolar EL-200), and other metal based dyes: copper(ll) phthalocyanine from Sigma-Aldrich, and polyaromatic dyes. Benz(b)anthracene (Purity 99.99% trace metal basis) but not found in Qatar. Also they used Nitric acid instead of acetic acid to do DSSC. Also there are two projects in which DSSCs can be applied: glucometer and Eco-friendly ACs.
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This document discusses computational modeling of organic dye sensitizers for application in solar cells. It outlines the research question of how rational in silico design can be used to develop new organic dyes to increase photocurrent density by decreasing the optical band gap and extending light absorption into the near-infrared region. The document describes computational methods used, including density functional theory and time-dependent density functional theory to optimize dye structures, calculate frontier molecular orbital energies, and simulate UV-Vis absorption spectra. Selected results are presented on modifications made to an existing dye sensitizer to lower the band gap and shift absorption spectra bathochromically into the near-infrared. The overall outcome was successful design of new dyes with improved light absorption properties for potential
Dye-Sensitized Solar Cells, Portable Solar Panel, IDM8
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Done by Alchemists group, Doha Independent secondary school for boys
Dye-Sensitized Solar Cells (DSSC) is a low-cost solar cell belonging to the group of thin film solar cells.
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it was created because it has a huge array of possible uses.
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DSSC- G24 innovations
- 1. G24 Innovations: Introduction 21st April 2010
- 2. Vision The future of mobile energy is personal solar power G24 Innovations – Personalizing solar power
- 3. Introduction G24i designs and manufactures photovoltaic modules and high-value products using a proprietary dye-sensitized solar (DSSC) thin film technology Extremely robust, flexible and versatile; well suited to a range of consumer and commercial products Scalable, roll-to-roll, high volume manufacturing process Production located in Cardiff, Wales; Sales and Marketing located in London and Silicon Valley 30 MW nameplate capacity production installed (~4 MW enabled) with space to expand to 200 MW R&D leverage with EcolePolytechniqueFederale Lausanne (EPFL) Switzerland Privately funded through Renewable Capital, 4rae, Morgan Stanley
- 4. G24i DSSC Technology Attributes Flexible Aesthetics Lightweight Thin Low Cost G24i PV Modules Robust Performance inLow Light Customizable
- 5. Key Markets for DSSC Consumer Products Market (Disposable Battery Cell) Consumer Electronics Market (Embedded Power) Building Integrated Solar Market Market Size 2008 = $50 Billion 2013 = $55 Billon Market Size 2008 = $200 Billion 2013 = $250 Billion Market Size 2008 = $29 Billion 2013 = $80 Billion Portable Applications AA and AAA Battery Off-Mains Portable Accessory Opportunity Embedded Applications Flexible and OLED Displays Computers Monitors and TV’s Keyboards and Pointer Devices Integrated Applications Integrated indoor DC powered office devices Lighting, wall systems, shades, awnings, and blinds Source: IDTECHEXLTD 2009 Source: Battery Market Source: Nano Markets - 2009
- 6. Portable Battery Charging Embedded Application Full Integration DSSC Applications
- 7. The DSSC Technology Advantage G24i Flexible a-Si Glass (fresh) Flexible OPV DSSC outperforms amorphous silicon (a-Si) and OPV at low illuminance DSSC is in its first generation product; performance improvements and cost reduction are on the horizon Amorphous silicon is a mature technology with little ability to improve performance at low illuminance and low cost; light-induced degradation is inherent *Tri-phosphor fluorescent tube, T=2850 K
- 8. Thank you!
Editor's Notes
- Potential Market segmentsDates indicate focus years