Wind power systems could soon be rising high into the sky at altitudes of 400 meters (1,300 feet) and delivering up to 25 megawatts. Growing along with the wind turbine towers are the forces acting on the mechanical systems of such behemoths.

Many companies have set themselves ambitious sustainability goals. But that won’t be enough if the partners in their supply chains don’t follow suit.

Norwegian company Wind Catching Systems aims to revolutionize offshore power generation with a “wall” as tall as the Eiffel Tower with 126 small 1-MW turbines.

Energy-efficient wing-in-ground vehicles as new interurban means of transportation are planned to zip across the sea on air cushions.

This high-speed boat is said to achieve a speed of 150 km/h (93 mph)or 80 knots. That would be a new world record.

Friction-optimized headwind vehicles drive into the wind faster than the wind blows against them.

Only when the human, nature and technology triad is in perfect harmony will sailors stand a chance of finishing the Vendée Globe. Mental agility is a key skill in the world’s toughest non-stop regatta

Over the course of millennia, the wind has been working for humans. In the future, the wind will become a powerful ally in the battle against climate change – thanks to technological innovation.

Sun, wind and water can supply sufficient energy to cover the worldwide demand. An efficient global power grid is an important key of innovation to achieving this goal.

Before wind turbines are able to generate electricity at dizzying heights they have to complete an arduous journey. The transportation of wind power systems is packed with challenges.

In the 17th century, the Netherlands had the biggest merchant fleet in the world. The rise of the small nation was accelerated by the efficient utilization of a renewable source of energy: wind.