Legacy is the theme for this year's Milan Design Week, and 'Photosynthesis' by Akihisa Hirata is the perfect definition for this overarching motif. Japanese architect Hirata joined forces with Panasonic technologies to create a solar-powered installation located at the Interni Pavilions.
The project centers on the creation of an artificial miniature energy system that sets an example for architecture in the future, in hopes of powering society with solar energy. Nature was the inspiration behind Hirata's project, and the solar panels act as leaves while the surrounding lamps and light fixtures act as fruits and flowers.
"The project was inspired by a reflection on the natural relationship that exists in a tree between its leaves, fruits and flowers, a truly interdependent cyclical ecosystem in miniature," says Hirata.
Photosynthesis by Akihisa Hirata is an installation concept of solar power that will hopefully be adopted and explode into a global green phenomenon.Photo Credits: designboom, hao.nu
Solar Energy Installations
Photosynthesis by Akihisa Hirata is Designed with Green Energy
Trend Themes
1. Solar Energy - The creation of an artificial miniature energy system by Akihisa Hirata shows innovative opportunities in the development of solar energy.
2. Green Energy - Photosynthesis by Akihisa Hirata and Panasonic Technologies highlights opportunities for innovative green energy solutions.
3. Sustainable Architecture - Akihisa Hirata's solar-powered installation exemplifies sustainable architecture and encourages further innovation in the field.
Industry Implications
1. Architecture - The collaboration between Akihisa Hirata and Panasonic technologies shows potential for innovation in sustainable architecture and green energy solutions.
2. Renewable Energy - Photosynthesis by Akihisa Hirata highlights the potential for innovation in the renewable energy industry, specifically in solar energy solutions.
3. Lighting Design - Hirata's project, featuring lamps and light fixtures, provides opportunities for innovation in sustainable lighting design.