Eco-friendly Infinity Film Energy
No. Carbon Dioxide
Design freedom
Easy construction
Flexibility of Organic Solar Cells
Organic solar cells, due to their organic photovoltaic material composition, showcase exceptional flexibility compared to their inorganic counterparts.
This Technology..
This trait paves the way for novel applications in flexible and wearable devices, such as energy-producing clothing or roll-up displays.
Application
The bending endurance of organic solar cells and their performance stability under deformation are areas of intensive research, as enhancing these features will notably advance the usability of this technology.
Transparency and Color Variability
Certain types of organic solar cells exhibit transparency, allowing them to be integrated into windows, facades, and other transparent surfaces. Additionally, organic solar cells can be engineered to absorb specific wavelengths of light, offering the potential for color-tunable solar panels. This characteristic could lead to aesthetically pleasing and customizable solar installations, further promoting their adoption.
Features of iEnergy
Simple Construction
"Impeccable simplicity in creating organic solar cell films, pioneering renewable energy advancement."
BIPV: Innovative Power Solutions
"BIPV's versatile integration empowers buildings with solar energy, enhancing sustainability and aesthetics."
Carbon-Neutral Urban Development:
BIPV technology incorporates solar panels into urban planning, promoting eco-friendly and sustainable city development. It can be flexibly implemented to suit urban environments.
iEnergy Area Exterior Wall, Dining tables, Windows, Wallpaper
Our Product
iEnergy Area
Exterior Wall,
Dining tables,
Windows,
Wallpaper,
iEnergy film generates electricity from sunlight as well as artificial light.
iEnergy’s flexible design and easy construction methods allow for applications in all areas of life.
“We provide human and nature-friendly, sustainable solar energy.”
What is the efficiency of OPV solar cells?
Organic photovoltaics (OPV) are solar cells that use organic materials
What are the advantages of products that use OPV solar cells?
Products that use OPV solar cells have the following advantages:
What can OPV solar cells be used for?
OPV solar cells (organic photovoltaic cells) can be utilized in
What is an organic solar cell?
The key components of organic solar cells are synthetic polymers
"Unveiling the Dawn: Illuminating Tomorrow with Organic Solar Brilliance"
OUR work
APPLICATIONS : GLASS WALL OFFICE
SIEC™ Theme
Objective: To design and create aesthetic sculptures or buildings that not only serve as architectural marvels but also as functional energy sources.
Bus Stop
Versatility: The design can be adapted for various structures, from public art installations to commercial buildings, making it a versatile solution for urban spaces.
Inner Office
Commercial Buildings: Business centers or shopping malls can incorporate this theme to stand out and also promote sustainable energy practices.
iEnergy Inc.
Revolutionizing the era of energy
We transform buildings into power stations with cutting-edge film energy solutions
Exhausted applications
"MUBEN", a leading group of organic solar cells
Carbon footprint for electrical energy generation
We are endlessly creating air pollutants to sustain human life.
Use of Renewable Materials
Organic solar cells use carbon-based organic materials. These materials are renewable and can often be extracted from plants or other biomass sources.
Transparency
Some organic solar cells can be made transparent, allowing them to be used in windows or displays.
Fast energy payback time
Organic solar cells quickly recover the energy consumed during their production. This increases their potential as an environmentally friendly energy solution.
Design flexibility (iEnergy B/D)
Organic solar cells can be manufactured in a variety of colors and shapes. This is particularly useful in applications such as building-integrated photovoltaics (BIPVs).
FAQ
Most frequent questions and answers
Organic solar cells are made from flexible polymer materials, allowing them to be applied to curved or flexible surfaces. This makes them suitable for various applications, such as vehicles, portable devices, and clothing.
Organic solar cells can typically be mass-produced using printing processes, significantly reducing manufacturing costs.
Organic solar cells can be manufactured in various colors and shapes, which is especially useful in applications such as building-integrated photovoltaics (BIPVs).
Organic solar cells quickly recover the energy consumed during their production, increasing their potential as an environmentally friendly energy solution.
Organic solar cells are much lighter than traditional, heavy silicon-based solar cells. Their lightweight nature helps reduce installation and transportation costs, particularly in areas where fixed installation is challenging.
"Lighting the Future, Naturally: Organic Solar Cells for a Sustainable Tomorrow."
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