As the weather gets colder, people will be looking for interesting ways to stay warm; enter Local Warming, a motion sensor heating system. A radical new way to provide an optimal amount of heat for people, it is able to detect movement in order to direct its energy to specific areas at any given moment.
Created by MIT, the motion sensor heating system essentially follows people like a spotlight. Although this might serve individuals very well, it actually is much more practical than that. The motion sensor heating system hopes "to decrease the amount of wasted energy by creating hyper-localized beams of heat," writes Wired. It works with a WiFi-enabled tracking system, creating personal sons for those in its vicinity.
Motion Sensor Heating Systems
Local Warming by MIT Acts as a Personal Sun for Individuals
Trend Themes
1. Motion Sensor Heating Systems - Disruptive innovation opportunity: Develop motion sensor heating systems that can intelligently detect and direct heat to specific areas, reducing energy waste.
2. Optimized Energy Efficiency - Disruptive innovation opportunity: Create technologies that utilize motion sensors and WiFi tracking to provide hyper-localized beams of heat, thus reducing energy consumption and costs.
3. Personalized Climate Control - Disruptive innovation opportunity: Design heating systems that can adapt to individuals' movements and preferences, providing personalized comfort and energy savings.
Industry Implications
1. Home Automation - Disruptive innovation opportunity: Develop motion sensor heating systems as part of a comprehensive home automation solution, allowing for optimized energy efficiency and personalized comfort.
2. Energy Management - Disruptive innovation opportunity: Integrate motion sensor heating systems into energy management platforms, enabling precise control and reducing waste in heating.
3. Smart Buildings - Disruptive innovation opportunity: Incorporate motion sensor heating systems into smart building technologies, enhancing energy efficiency and occupant comfort.