– STORM's has used the large surface area of the Helix wind turbine with its innovative solar cell system. This combination of sun and wind in one element can become a significant energy source of the future.
During the year, the conditions for solar and wind are never constant. With STORM's concept, energy production is always guaranteed. – Features: no noise – power generation during storm no shutdown – optical adjustment by colored solar cells, no bird threat.
ENERGY SOLAR WIND ROAD LANTERNSTORM's in cooperation with a traditional German "Wind Turbiner" has developed a "Solar-Wind" street lamp to illuminate roads and paths with multiple functions. In addition to the illumination of the street, seats are arranged around the mast on the ground. Above the seats an umbrella was placed around the mast, which is also covered with solar cells. Underneath the umbrella is a LED mass applied, which illuminates the seats at night if desired. On the mast charging sockets for mobile phone and laptop are attached, so that under the umbrella can also be worked.
Be Part of Our CommunitySTORM's will develop a solar wind gas station that will provide decentralized, autonomous supply anywhere in the world with power for e-vehicles. Furthermore, the Bluenergy Helix surface can be provided with advertising. This is also a contribution to the energy transition and can contribute to stopping climate change.
ENERGY GEO–ELECTRICITY Solution:
Geo-Electricity – in the earth is 50,000 times more renewable energy than all energy sources on Earth (n-tv) 24 hours of electricity in every location on Earth. 0,01-0,02 €/m2. Every 100 m a 10 MW plant results in one km2 100 geo-electric plants with a capacity of 1 GW corresponding to 2 nuclear power plants without uranium ect., without uranium waste, no dismantling of the plants ect. without exhaust and noise.
Thanks to our unrivalled expertise, we are drawn to complex, incredible projects that assemble infrastructures and systems all over the world. These projects need a strong presence and are developed with specific and complimentary skills. Client-focused and with exceptional capacities for interface management, the STORM's Group approaches these large projects with the help of different Groups | Partnerships depending on the project size. The STORM's Group insures the design, installation, operation and maintenance of the Power-systems integrated in the infrastructures by using their skilled project management capacities and immense mastery of these products...
optimistic forecast! for a new kind of wind turbine
The video compares two prototypes for a high-altitude wind farm. On the left is a horizontal-axis wind turbine with a hub height of 300 meters and a rotor height of 365 meters, which is expected to deliver up to 7.7 megawatts (MW) at an operating wind speed of 12 meters per second (m/s) by the end of the year. Due to wind speeds suitable for converting into mechanical energy occurring more frequently at this height, the annual yield is higher than that of the lower wind turbines shown as well.The same applies to the wind turbine with a vertical axis of rotation shown on the right. It has a height of 400 meters and a usable rotor area of 54,000 square meters. At the design wind speed of 12 m/s, this results in a maximum output of 28 MW. This value is approximately four times that of the turbine on the left. In addition, this performance can be achieved using a lightweight construction technique, with a fraction of the weight of the turbine on the left. Stacked rotary paraboloids, each formed by a Kevlar cable net, are separated by horizontal ring supports with a diameter of 140 meters. Each paraboloid carries six rotor blades, which are suspended from a central, non-rotating mast.
The four rotational hyperboloids provide intermediate stabilisation. The central mast supports the weight of the rotor via five azimuth bearings. The torque generated by the rotor blades is transferred to a lower ring carrier via the triangulated cable net structure, which is then anchored in a ring carrier at the base via a notch. This lower ring support forms the rotor of a ring generator, whose stator is formed by the base ring support. A contactless bearing is formed between the rotor and the stator. Further information is available on request. Engineers aim to complete a given task with the least possible effort, and in this case, a mutation in wind energy utilisation achieves significantly higher performance with significantly reduced construction weight.