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The Conceptual 'PEEL' Charger Has a Built-in Cord and More

The conceptual 'PEEL' charger is a multifunctional solution for smartphone users that will enable them to enjoy charging capabilities from anywhere.

The unit features a sculptural aesthetic that hides a battery pack inside that can be used for charging up the smartphone between access to electrical outlets. Users can also charge both the smartphone and the power bank by simply unfolding the built-in electrical prongs before plugging it right into an outlet.

The conceptual 'PEEL' charger is the design work of Wenjie Zheng and is paired with a built-in cord on the rear for easily connecting devices. This can be wound into the built-in winding mechanism that will accommodate both short and long connections, depending on the specific needs of the user.
Trend Themes
1. Multifunctional Chargers - The 'PEEL' charger demonstrates an opportunity for creating chargers that serve multiple purposes, such as hiding a battery pack inside.
2. Built-in Cord Technology - The inclusion of a built-in cord on the 'PEEL' charger showcases the potential for incorporating cords directly into charging devices, enhancing convenience for users.
3. Winding Mechanism - The built-in winding mechanism on the 'PEEL' charger suggests avenues for creating chargers that can accommodate both short and long connections, allowing for versatility and ease of use.
Industry Implications
1. Consumer Electronics - The consumer electronics industry can explore the concept of multifunctional chargers, like the 'PEEL' charger, to enhance the charging experience for smartphone users.
2. Power Bank Manufacturing - Power bank manufacturers can consider incorporating built-in cord technology into their products, similar to the 'PEEL' charger, to provide added convenience and functionality for customers.
3. Charging Device Accessories - The inclusion of a winding mechanism on the 'PEEL' charger opens doors for companies in the charging device accessories industry to develop versatile chargers that can accommodate various connection lengths.

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