Vertaxis

Urban areas account for over 75% of global energy consumption, yet conventional wind turbines are designed for open, high-wind landscapes and cannot be deployed on rooftops or in city centres due to their size, noise, and need for consistent directional wind. At the same time, schools, public buildings, and residential developments face rising energy costs and sustainability mandates but lack viable on-site wind generation options. Solar alone is often insufficient for buildings with high energy demand. The result is that urban wind energy, one of the largest untapped renewable sources, remains almost entirely unexploited.

Vertaxis has developed proprietary vertical-axis wind turbines manufactured using the world's largest industrial delta 3D printer. Unlike conventional horizontal turbines, Vertaxis turbines capture wind from any direction without reorientation, operate quietly at low wind speeds, and are compact enough for rooftop installation on buildings of all sizes. The turbines are paired with an AI driven remote monitoring system that integrates satellite imagery and sensor data to predict maintenance needs before failures occur, reducing downtime and extending turbine lifespan by over 5 years. This satellite enabled approach is particularly valuable for turbines in hard-to-access rooftop locations and remote wind parks where traditional on-site inspections are costly and impractical.