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Quebec, Canada
11-50 Employees
2016
We are always open to collaborative opportunities involving complex technological challenges. By using innovative chemical processes, we provide value-added and environmentally friendly solutions to emerging printed electronics technologies. We firmly believe uniting our efforts is the key to innovate faster and accelerate the commercialization of emerging technologies. This is why we continuously expand our network to connect with world-leading experts in universities and in the organic printed electronics industry. We do our part by using our environmentally-friendly proprietary production method to make organic semiconductors for printed organic solar cells, the renewable energy of the future. We use state-of-the-art chemistry equipment to develop and produce the next generation of organic semiconductors. We have access to all the equipment we need to ensure we deliver quality materials up to the kilogram scale. We offer our expertise in chemistry and material science to help you successfully manufacture printable organic electronic devices.
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Organic photovoltaic
... Organic photovoltaic ...
Dresden, Germany
51-100 Employees
2001
Novaled is a leading provider of proprietary organic materials and complementary innovative technologies for superior OLED's in display and lighting and for high performance OSC. Novaled is constantly looking for motivated people to join its scientific, technical and business teams. In the field of organic electronics, Novaled’s expertise is unique in combining physics, chemistry and engineering support.
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Organic Photovoltaic Materials - NOVALED | Creating the OLED Revolution
... Organic Photovoltaic Materials - NOVALED | Creating the OLED ...
11-50 Employees
2009
We specialise in materials and equipment for fabricating and testing high-performance research devices. Backed by decades of experience, our mission is to pave the way to discovery by empowering the international scientific community with the tools you need to accelerate your research. From teaching to rapid prototyping and scale-up processing, we equip laboratories around the world with dependable products at accessible prices. Class AAA over a 15 mm diameter circular area at an affordable price. Long-term and low cost LED characterisation and lifetime measurement system.
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PCDTBT Polymer for Organic Photovoltaics, Low Price | Ossila
... PCDTBT Polymer for Organic Photovoltaics, Low Price | ...
Valence-en-Brie, France
11-50 Employees
It empowers manufacturers and end users to pioneer a battery-free future by using ambient indoor light to generate sustainable micro-power for devices. This enhances your product’s intelligence, lifespan, and reduces its environmental impact. Ultra thin, flexible and free-shape, LAYER® integrates seamlessly into any product, enabling self-sufficiency and circumventing battery replacement. In our state-of-the-art Green Micropower Factory, we oversee the large-scale production of premium OPV modules. By leveraging cutting-edge machinery and our team of skilled technicians, we’re committed to meeting high quality and performance standards. Our ambitious goal is to scale up production to 30 million modules per year by 2024, meeting the expanding customer demand. We specialize in developing prototypes and pre-series to validate innovative concepts, pushing the limits of energy harvesting technology. Our team provides a quick and effective transformation of your ideas into functional prototypes.
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Dracula Technologies | Sustainable energy for your devices
... We made LAYER® The 1st leading inkjet Printed Organic Photovoltaic Product. ...
Shenzhen, China
11-50 Employees
2011
Most of our products are applied to electronic materials, high performance materials, colorless polyimide film, pharmaceuticals, new energy, etc. Most of our products are applied to electronic materials, high-performance materials, colorless polyimide film, pharmaceuticals and new energy etc. Today, we provide customers comprehensive services including pre-sale consultation, product manufacturing and delivery. Feiming is a company specialized in the organic opto-electronic materials, monomers (polyimide monomers) and specialty chemicals. Since its establishment in 2010, the company has established a complete system of product quality, it has supplied high quality products and satisfactory services to customers in more than 50 countries. We also provide consulting and customized services for customers from all over the world. In Feiming, each professional team can cooperate efficiently together to achieve shared target. We can cooperate to develop the products you need.
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Quality Polyimide Monomer & Rubber Coating Material factory from China
... Organic Photovoltaic ...
Boonton, United States
51-100 Employees
2016
We deliver market research reports on time everytime. We are always dedicated to turn decisions into actions. We deliver best in-class market research reports in addition to consultancy services. We are known for custom research studies on diverse markets. We diffuse all our services for enabling a hassle-free and centralized market research solution for all kinds of needs. With a team of 500+ Analysts and subject matter experts, VMR leverages internationally recognized research methodologies for data collection and analysis, covering over 15,000 high impact and niche markets. This robust team ensures data integrity and offers insights that are both informative and actionable, tailored to the strategic needs of businesses across various industries. Verified Market Research® is also a member of ESOMAR, an organization renowned for setting the benchmark in ethical and professional standards in market research.
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Global OPV (Organic Photovoltaic) Technology Market Size By Application (Consumer Electronics, Architecture and Building Integration, Wearable Device), By Type (Dye-sensitized Nano crystalline Solar Cells, and PN Junction Structure), By Geographic Scope And Forecast
... Global OPV (Organic Photovoltaic) Technology Market Size By Application (Consumer Electronics, Architecture and Building Integration, Wearable Device), By Type (Dye-sensitized Nano crystalline Solar Cells, and PN Junction Structure), By Geographic Scope And ...
Berlin, Germany
1-10 Employees
2005
Begeisterung für Wissenschaft, Sinn für Design und Leidenschaft für Film: Jahrelange Erfahrung in diesen Bereichen sorgt für ein tieferes Verständnis Ihrer Themen, unkompliziertere Kommunikation und schönere Ergebnisse (im Ernst, schauen Sie mal in unser Portfolio). Wir stellen die richtigen Fragen, kennen die Fallstricke und können Konzepte entwickeln, die Ihr Budget nicht sprengen.
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X10D | TRICKLABOR
... The goal of the project is to develop a new kind of solar cell based on organic photovoltaics. ...
Dresden, Germany
251-500 Employees
1992
Kombinierte Konferenz Laser Symposium und ISAM vereint Wissenschaft und Industrie Ende November in Dresden. Bleiben Sie immer und überall up to date: Folgen Sie uns in den sozialen Netzwerken. Die neuesten Informationen aus dem Fraunhofer IWS kompakt für Sie aufbereitet. Unser Newsletter IWSfokus hält Sie regelmäßig über aktuelle Themen, Forschungsergebnisse und Termine auf dem Laufenden. Treffen Sie unsere Experten auf Messen und Veranstaltungen – live oder in zahlreichen Online-Formaten.Termine schon jetzt vormerken! Eine vollständige Übersicht finden Sie unter dem Menüpunkt Messen und Veranstaltungen.
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Cost-efficient solutions for medium-sized businesses - Fraunhofer IWS
... Organic photovoltaics: precisely cutting thin films with ...
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Photovoltaics & Organic Electronics
... Empowering the Virtual Design of Photovoltaics and Organic ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Organic Photovoltaic
| Country with most fitting companies | Germany |
| Amount of fitting manufacturers | 14 |
| Amount of suitable service providers | 11 |
| Average amount of employees | 51-100 |
| Oldest suiting company | 1958 |
| Youngest suiting company | 2016 |
Organic Photovoltaic (OPV) technology refers to a type of solar cell that uses organic electronics, a branch of electronics dealing with conductive organic polymers or small organic molecules, for light absorption and charge transport to produce electricity from sunlight through the photovoltaic effect. Unlike traditional solar panels that rely on inorganic materials such as silicon, OPVs employ carbon-based compounds, which are flexible, lightweight, and can be produced at a lower cost. This innovative approach allows for the creation of solar cells that can be integrated into a variety of materials and surfaces, including flexible films, fabrics, and even building materials, offering a more versatile solution for harnessing solar energy. The role of OPVs in the renewable energy sector is increasingly significant, as they offer a promising path towards reducing the cost and environmental impact of solar energy production. By enabling the development of portable, aesthetically pleasing solar panels that can be easily adopted in urban and remote environments alike, OPVs are poised to play a crucial role in the transition towards more sustainable energy systems. Their potential for customization and integration into everyday objects and surfaces represents a paradigm shift in how solar energy is perceived and utilized, marking a step forward in the quest for cleaner, more accessible energy solutions.
1. Lower Production Costs
Organic photovoltaic (OPV) cells have the potential for lower production costs compared to traditional silicon-based solar cells. This is primarily due to the use of carbon-based materials, which are abundant and cheaper to process.
2. Flexibility and Lightweight
OPVs can be manufactured to be flexible and lightweight, making them ideal for a variety of applications where traditional solar panels would be impractical. This includes integration into clothing, portable chargers, and unconventional building surfaces.
3. Eco-Friendly Manufacturing
The production process of OPV cells is more environmentally friendly. It requires less energy and produces fewer carbon emissions than the manufacturing of silicon-based solar cells, aligning with global sustainability goals.
4. Aesthetic Integration
Due to the versatility in the manufacturing process, OPVs can be designed in various colors and patterns. This allows for aesthetic integration into buildings and products, making solar power adoption more appealing to consumers and industries focused on design.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology Compatibility
Ensure the supplier's technology aligns with your specific energy efficiency and application requirements. Organic photovoltaics (OPVs) vary in materials and configurations, affecting their performance in different environments.
2. Material Quality
Assess the quality of organic materials used in the photovoltaic cells. High-quality materials are crucial for durability, efficiency, and the long-term performance of the OPVs.
3. Manufacturing Standards
Verify that the supplier adheres to international manufacturing standards. This compliance indicates a commitment to producing reliable and safe organic photovoltaic products.
4. Customization Options
Check for the ability to customize OPV panels according to your project's specific needs. Flexibility in customization can be a significant advantage for integration into various applications.
5. Cost-Efficiency
Consider the cost relative to the performance and longevity of the OPV systems. An optimal supplier offers a balance between upfront costs and the long-term benefits of their panels.
6. Environmental Credentials
Prioritize suppliers with strong environmental credentials. Organic photovoltaics are chosen for their green technology benefits; the manufacturing process should align with this principle.
Organic Photovoltaic (OPV) technology is revolutionizing the way businesses across various industries harness solar energy, thanks to its flexibility, lightweight nature, and ease of integration. In the construction industry, OPVs are seamlessly integrated into building materials like glass and facades, enabling energy-efficient buildings that generate their own electricity. This application not only reduces operational costs but also contributes to sustainable building practices. In the consumer electronics sector, OPVs offer an innovative solution for powering devices. Their thin and flexible properties allow for incorporation into wearable technology, such as smartwatches and fitness trackers, providing a sustainable charging option that extends battery life and reduces dependency on traditional power sources. Agriculture also benefits from OPV technology. By integrating OPVs into greenhouse coverings, farmers can generate clean energy while providing optimal light conditions for plant growth. This dual functionality not only lowers energy costs but also supports sustainable farming practices by reducing the carbon footprint associated with agricultural production. Lastly, the automotive industry is exploring the use of OPVs in vehicles. Incorporating flexible solar panels into the roofs and bodies of cars can provide additional power for electric vehicles (EVs), extending their range and reducing the need for frequent recharging. This application signifies a step towards greener, more energy-efficient transportation options.
Organic Photovoltaic (OPV) technology, a promising alternative for harnessing solar energy through the use of carbon-based materials, currently stands at a Technology Readiness Level (TRL) of 4 to 5. This classification indicates that OPV has moved beyond initial theoretical research (TRL 1-3) and is now in the small-scale prototype testing phase in a controlled environment. The reason for this specific TRL positioning stems from several technical challenges and advancements. Key among these is the efficiency and stability of OPV cells. While traditional silicon-based solar cells boast efficiencies above 20%, OPVs have historically struggled to exceed efficiencies of 10-15%. However, recent breakthroughs in material science and the development of novel organic semiconductors have begun to close this gap. Stability, another critical factor, has seen improvements with advancements in encapsulation techniques, extending the operational lifetime of OPV cells. Despite these advancements, the transition to higher TRLs requires overcoming hurdles related to large-scale manufacturing processes, ensuring consistent cell performance, and proving long-term durability under varying environmental conditions. The current TRL reflects a pivotal stage where technical feasibility is proven, yet scalability and commercial viability are the next frontiers.
In the Short-Term, organic photovoltaics (OPVs) are poised to see significant improvements in efficiency and stability. Recent research is focusing on developing new materials and optimizing the manufacturing processes, aiming to enhance the power conversion efficiency beyond the current 10-15% range. Innovations such as non-fullerene acceptors promise to improve light absorption and electron transport, which could lead to more efficient energy conversion in smaller, more flexible devices. The Mid-Term developments are expected to tackle the longevity and scalability challenges that OPVs face today. Efforts will likely concentrate on enhancing the operational lifespan of OPV devices, with goals to extend it to over 20 years. Additionally, scaling up the production process while maintaining high efficiency and low cost will be crucial. This phase may also see the integration of OPVs into various commercial products, including wearable technologies and smart textiles, leveraging their lightweight and flexible nature. Looking into the Long-Term, organic photovoltaics are anticipated to revolutionize the solar power industry by achieving parity with or even surpassing traditional photovoltaic technologies in terms of efficiency, cost, and environmental impact. Advanced research could lead to the development of ultra-thin, transparent OPVs that can be applied to surfaces ranging from building windows to vehicle exteriors, thus opening up new avenues for solar energy harvesting. The focus will also be on bio-based and recyclable materials, aligning with global sustainability goals.
