Dutch designer Marjan Van Aubel contributes to a more sustainable future with his rooftop greenhouse structure. The project is relevant in a number of ways — for one it is inherently beneficial to the environment. Secondly, it also has the ability to address possible food shortages.
In order to work, the structure harnesses sunlight through installed solar panels. The power is fed into the operation of an integrated hydroponic system and color-interchanging LED lights that help stimulate plant growth. As Marjan Van Aubel created the self-sufficient rooftop greenhouse based on the knowledge that "every hour we receive enough sunlight to provide the world with sufficient electricity for an entire year," each surface of the 'Power Plant' is equipped with the relevant technology that makes it productive.
Marjan Van Aubel's Design Harnesses Solar Energy
1. Self-powered Rooftop Greenhouses - Designers can explore the use of renewable energy sources like solar panels to create self-powered rooftop greenhouses for sustainable and eco-friendly urban agriculture.
2. Integrated Hydroponic Systems - The integration of hydroponic systems with renewable energy sources like solar panels has massive potential for sustainable and high-yield urban agriculture.
3. Color-interchanging LED Lights for Plant Growth - Innovation in the use of color-interchanging LED lights can help optimize plant growth in controlled-environment agriculture systems.
1. Urban Agriculture - Self-powered greenhouses with integrated hydroponic systems and renewable energy sources can revolutionize urban agriculture practices for sustainable and high-yield food production.
2. Renewable Energy - The use of solar panels and other renewable energy sources in rooftop greenhouses can significantly minimize the carbon footprint of urban agriculture practices.
3. Controlled-environment Agriculture - Incorporating innovative technologies like color-interchanging LED lights to optimize plant growth in controlled-environment agriculture can result in improved yields and resource efficiency.