Solar Powered Fashion: The Rise of Wearable Technology


There is a revolution taking on in the fashion sector. The world is embracing smart clothing as wearable technology soars. The applications for this new technology range from connected medical equipment to fitness trackers, and they seem limitless. The term “smart clothing” refers to apparel that has sensors and other devices that may gather and transmit data embedded into it. These garments can communicate with the wearer and other devices via Bluetooth and other wireless technology.

How to Make?

As an alternative to conventional solar panels, solar fabric is a relatively new technology. It is a material that can produce electricity from the sun’s rays and is flexible, light, and portable.

Solar fabric, often known as textiles with embedded photovoltaic cells, is the main element of solar clothing. These solar-powered cells are constructed of semiconductor materials that can convert sunlight into electricity, such as silicon or copper indium gallium selenide. The Solar fabric is typically made of robust material, such as nylon or polyester, making it resistant to deterioration and wear and tear.

There are multiple steps involved in creating solar-powered clothing, including the creation of photovoltaic cells, the design and construction of the garment, and the incorporation of the photovoltaic cells into the garment.

Making solar cells is the initial step in the manufacturing process. Silicon water is produced in this process, which is followed by its cutting into smaller pieces and subsequent processing to produce solar cells. The solar cells are then put to the test to see if they work and if they adhere to the requirements.

The creation of the garment’s design and construction is the following step in the manufacturing process. This entails choosing a fabric that is strong and breathable, then cutting and sewing the fabric to make the garment. The clothing also has to

Advantages of Solar Powered cloth :

One of the primary advantages of solar cloth is its flexibility and portability. It can be easily rolled up and transported from one location to another, making it an ideal power source for people on the go. It can also be easily attached to a variety of surfaces, such as tents, cars, or buildings, which makes it a versatile source of electricity.

Another advantage of solar cloth is its durability. The fabric is resistant to water, dust, and other environmental factors, which makes it a reliable source of power in a variety of conditions. It is also resistant to breakage and damage, which makes it a long-lasting power source.

The versatility and portability of solar fabric are two of its main benefits. It is the perfect power source for people on the road because it is simple to roll up and move from one place to another. It is a flexible source of power since it is simple to connect to a variety of surfaces, such as tents, cars, or buildings. The resilience of solar fabric is another benefit. The cloth is immune to moisture, dust, and other environmental elements, making it a dependable power source under a range of circumstances. It is a long-lasting power source because it is also resistant to breaking and damage.

ConclusionThe report’s most intriguing finding is that smart fabrics will surpass those used in garments in six years. Depending on the application, the compound annual growth rates will range from 14% to 167%. Last but not least, the need for more functionality in smart textiles and wearables will cause a substantial increase in the value of nanomaterials utilized in the worldwide textile sector.

Sadman Al Hasan
Campus Ambassador
Institute of Science Trade and Technology (ISTT).

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