Project Helix aims to create a sustainable urban landscape powered by clean energy. Situated in an area with good airflow, the design includes various building types, such as educational institutions, mixed-use spaces, and residences. The main goal is to generate enough energy for the site and the neighboring communities, establishing a practical example for future developments.

Design Integration

The layout of Project Helix is carefully oriented along the direction of prevailing winds. This maximizes the effectiveness of over 400 helical turbines scattered throughout the site. By positioning buildings to take advantage of natural airflow, the design not only enhances energy collection but also supports the diverse functions within the community, ranging from education to living spaces.



Transportation and Mobility

Pedestrian movement is a key focus in the plan. The site features an extensive network of pedestrian pathways connected by a main street equipped with an electric trolley system. This design prioritizes green transportation options, encouraging people to walk or cycle. The intention is to foster community interaction and engagement, creating a vibrant public realm that enhances accessibility for everyone.



Natural Features

A daylit river runs through the project, accompanied by walkways that enrich the visual and functional aspects of the environment. This natural element serves as a recreational space for the community and acts as an important visual feature. Additionally, the park areas are powered by jack rabbit turbines, further supporting the initiative for self-sustainability in energy use.



Energy Strategy

The energy framework incorporates solar panels, helical turbines, and water jack rabbits, working together to produce clean energy on-site. This combination showcases a thoughtful approach to achieving energy independence. The organization of these components highlights not only a commitment to renewable energy but also a practical consideration for ecological design principles.



The overall design fosters green spaces and encourages walking, creating a setting where alternative energy systems work alongside urban life. This careful planning results in an environment that reflects a balance between ecological sensitivity and practical function.