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Energy saving
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Industrial technologies
High altitude wind power
Vertical axis wind turbines
Offshore wind turbines and platforms
Custom Wind Turbines

Technologies of high-altitude wind energy for sustainable development of the city

Onboard wind power systems
The glider winds a cable to generate electricity
Solution of Ampyx Power
Kite: wind power out of the box
Mobile and efficient
Solution of Kitepower
Energy at its best
Glider produces renewable energy in a safe and inexpensive way
Solution of Kitemill
Energy of high-altitude winds
Mobile kite power plant
Solution of EnerKite
Flying windmills
10 times more efficient wind turbines
Solution of kiteKRAFT
Onboard power generator
Drones to capture wind energy at altitude
Solution of Windlift
Onboard wind turbine
Converting high-altitude wind energy into electricity
Solution of Brainwhere
High Altitude Wind Power System
Autonomous drone that captures the energy of high-altitude winds
Solution of Skypull
Automatic kites
Can use unused wind reserves at altitudes up to 400 meters
Solution of SkySails Group
Onboard wind power
Electricity generated by a flying wing tied to a cable
Solution of Aenarete
Mini Wind Turbine
Elegant green technology that does not depend on the wind direction
Solution of ENESSERE
Wind turbine of aerodynamic type
It will withstand a hurricane and does not depend on the wind direction
Solution of Aerogreen
Wind energy
When there is almost no wind, and the efficiency is 30% higher
Solution of VDM-TECH
Traffic to energy
Wind turbine turns traffic into energy
Solution of Shell
Bladeless wind turbine
Environmentally friendly air generator that does not need blades
Solution of VORTEX BLADELESS WIND POWER
Wind energy
Today, approximately 4% of the world's energy comes from wind power. The cost of wind power is falling: Onshore wind prices have fallen by 40% in a decade and offshore wind power by 30% from a decade earlier, making it competitive for the first time. The number of technical solutions in this area is increasing, as well as the number of start-ups in the field of wind energy focused on this rapidly growing market. For example, developing technologies for capturing high-altitude and offshore wind, bladeless and vertical axis turbines, as well as miniturbines that can be installed along roads to generate energy from the movement of passing vehicles.
High altitude wind power
The technology is based on launching into the sky, to a height of over 300 meters, an aircraft: a drone, a turbine, a wing, a kite. The device usually makes cyclic movements and creates tension in the cable with which it is tied to the station on the ground. The tether can transmit power downward or turn turbines at the station itself on the ground.

Technology advantages:
  • 24/7 electricity production, i.e. day, night, cloudy and rainy days;
  • higher power factor than solar photovoltaic (2 times more efficient) and wind turbines (5 times more efficient);
  • requires less investment for installation and maintenance;
  • 10 times less material than conventional wind turbines;
  • mobility and efficiency of installation - it is enough to bring the station to the place of deployment and deploy it within 24 hours, all equipment is placed in one container;
  • entails minimal interference with the environment both in construction and in operation, the aircraft is practically invisible from the ground;
  • the ability to deploy in harsh conditions, almost any terrain, is essentially an analogue of a diesel station.
    In recent years, more and more attention has been paid to the development and application of new technologies for generating energy from wind. One of the promising areas is high-altitude wind energy, which opens up new opportunities for sustainable urban development. In this article, we will look at several key technologies of high-altitude wind energy and their potential for creating sustainable urban environments.

    On–board Wind power Systems: On-board wind power systems are an innovative technology that allows you to generate energy using wind at high altitude. These systems are installed at a height, for example, on the roofs of buildings or at the top of high-rise structures, and can effectively use the strong and constant winds that are observed at such heights. On-board wind power systems are compact and can be easily integrated into urban infrastructure, providing energy for buildings and structures.

    Mobile installation for generating energy from a kite: Mobile installations for generating energy from a kite are mobile systems consisting of a kite and a generator. The kite, rising to a height, captures wind energy, which is transmitted through cables to a generator and converted into electricity. This technology has a number of advantages, including mobility, the ability to use at different locations and the efficient use of wind flows at altitude.

    Drones for capturing wind energy at altitude:

    Drones used to capture wind energy at altitude are autonomous aircraft equipped with special wind energy systems. These drones rise to a considerable height, where the wind speed is higher, and with the help of rotating blades or other mechanisms capture the kinetic energy of the wind. Then the energy is converted into electricity and can be used to power the city infrastructure.

    High-altitude wind energy technologies have several advantages that contribute to their efficiency and sustainability. Firstly, high-altitude winds have a higher speed and constancy, which ensures stable energy generation. This makes it possible to reduce dependence on fluctuations in wind conditions on earth, which is one of the main problems of traditional wind turbines. Secondly, the use of high-rise technologies allows minimizing the impact on the environment and improving the visual aspect, since the structures are placed at a considerable height and can be easily integrated into the urban environment.

    High-altitude wind energy technologies for sustainable urban development offer new opportunities in the field of clean and sustainable energy. They can significantly reduce dependence on fossil fuels and reduce greenhouse gas emissions, contributing to more ecological development of cities. In addition, these technologies can contribute to the creation of new jobs and stimulate economic growth in the renewable energy sector.

    In general, high-altitude wind energy technologies represent a promising direction of development that will be able to effectively meet the needs of cities for sustainable energy and contribute to their progressive development in accordance with the principles of environmental responsibility. These innovative technologies can be an important step in achieving the goals of reducing greenhouse gas emissions and creating environmentally friendly and sustainable urban environments, providing reliable and environmentally sustainable energy sources for the future.
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    Terraforming Market is a service for selecting innovative solutions and technologies for sustainable urban development from well-known brands, research institutes and startups from around the world. Terraforming Market is designed to help state and municipal employees, architects and developers, as well as active citizens to find a modern and environmentally friendly approach to the development of the territory and the creation of the city.

    The project is implemented by the Institute of Environmental Conservation and Ecosystem Development Technologies.
    We study and summarize the experience of leaders in the field of nature conservation and ecosystem development in the era of the Anthropocene and disseminate best practices.