Lenovo has unveiled a concept wireless keyboard and mouse combo at CES 2024 that can work without any external charging. The 'Mechanical Energy Harvesting Combo' uses mechanical movement and solar irradiation to generate power for the devices, eliminating the need for batteries or cords. This is done by rolling a crank on the keyboard or spinning a crank attached to the bottom of the mouse. The keyboard has a 68-key layout, RGB lighting, and a solar panel on the top. The mouse has a ring-shaped crank at the bottom that can be wound to provide charge. Both devices support Bluetooth and 2.4G wireless connection.
The Mechanical Energy Harvesting Combo is still a proof-of-concept device, so Lenovo has not announced any pricing or availability details for it yet. However, the device was showcased at CES 2024 in a fully-functional matter, so it is expected that Lenovo may release the product soon, if it does past the final testing phases.
Crank-Powered Wireless Peripherals
Lenovo's Latest Mouse and Keyboard are Powered by a Crank
Trend Themes
1. Mechanical Energy Harvesting - Lenovo's crank-powered wireless peripherals harness mechanical movement and solar irradiation to generate power, eliminating the need for batteries or cords.
2. Wireless Power Generation - Lenovo's concept mouse and keyboard combo utilizes a crank mechanism to generate power, offering a cordless and battery-free experience for users.
3. Sustainable Peripheral Devices - Lenovo's proof-of-concept wireless peripherals feature a design that allows them to be powered by mechanical and solar energy, paving the way for more sustainable and eco-friendly technology.
Industry Implications
1. Consumer Electronics - The concept of crank-powered wireless peripherals presents an innovative disruption in the consumer electronics industry, offering a potential shift towards self-powered devices.
2. Computer Hardware - Lenovo's mechanical energy harvesting combo introduces a disruptive innovation opportunity in the computer hardware industry, providing a unique approach to power supply for peripheral devices.
3. Renewable Energy - The integration of solar irradiation and mechanical movement as power sources for wireless peripherals opens up a disruptive innovation opportunity within the renewable energy industry, showcasing new applications for sustainable power generation.