The 'mySUN' microgrid has been designed by WZMH Architects in partnership with Ryerson University as a personal power system that would enable consumers to create and store their own energy. The system works by capturing energy from an array of sources, which could include solar, wind and even human with a connected exercise bike. The energy captured would then be stored in a battery pack to charge technology devices like laptops or smartphones as well as provide lighting in the home and more.
The 'mySUN' microgrid could help to drastically reduce the average consumer's carbon footprint by offsetting their energy needs. The system, if used in dense urban apartment complexes and buildings, could be used to store energy for the whole community to use.
Omni Energy Source Systems
The 'mySUN' Microgrid Stores Power for On-Demand Use
Trend Themes
1. Personalized Microgrids - The 'mySUN' microgrid presents an opportunity for companies to develop personalized energy systems for consumers.
2. Integrated Renewable Energy - The integration of different renewable energy sources in the 'mySUN' microgrid presents an opportunity for companies to create innovative and efficient renewable energy solutions.
3. Community Energy Storage - The 'mySUN' microgrid could spark the development of community energy storage systems, providing a renewable and sustainable energy solution for entire buildings or neighborhoods.
Industry Implications
1. Renewable Energy - The 'mySUN' microgrid presents an opportunity for companies in the renewable energy industry to create innovative and efficient energy storage solutions.
2. Consumer Electronics - The 'mySUN' microgrid could present an opportunity for companies in the consumer electronics industry to create new products and services that utilize renewable energy sources.
3. Architecture/real Estate - The 'mySUN' microgrid could present an opportunity for companies in the architecture and real estate industries to develop more sustainable buildings and communities that utilize renewable energy sources.