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The Offshore
Generator

(HTS) designed for
Conventional Turbines

The world's most powerful Off Shore Wind Turbines.
The Offshore Generator (HTS) designed for Conventional Turbines.

Why HTC Generator

The gearboxes for multi-MW turbines are very heavy and have unresolved reliability issues. Generators for multi-MW direct drive nubines are typically large and heavy. Allowance for tolerances and deformations in large generators reduce the effectiveness of Permanent Magnet (PM) generators. In addition, the availability of rare earth materials may prevent direct drive PM generators from being cost effective. A smaller superconductor generator with a large air gap can replace a PM machine for direct dfive applications. Tolerance, deformation and material availability are no longer an issue.


  • Direct drive

  • High efficiency Generator (96% efficiency 94°/0 efficiency w/ converter)

  • High power density in a small package

  • No iron rotor or stator teeth
  • HIS windings can generate high ampere-turns and flux density without iron pole faces
  • Forces due to misalignments are small

Development Steps

Why HTS generators?
The gearboxes for turbines are very heavy and reliability issues unresolved, its direct-drive generator turbines are generally large and heavy. Tolerance, distortion and the availability of equipment is no longer a problem. The products, services and system level solutions enable a more efficient and more reliable for the delivery and use of electricity, the leader in alternative energy, offering solutions to interconnect network and designs licensed wind energy and electrical systems. The generator is decoupled from the bearing capacity, the deformations are lower, and the generator torque is transferred directly from the stator to the central computer, direct drive seamless.
New generation Turbines Offshore
Rated power: 10 MW
Rotor diameter: 170
Number of blades: 3
Tower Height: 120m
Class Type
Offshore according to the rules Cut GL Offshore wind speed: 3.5 m / s Rated wind speed: 12.5 m / s cutting speed wind 25.0 m / s time ambient survival. -20 to 50 ° C Operating Temperature: -10 to 40 ° C Speed: 10 tr / min method of power control: pitch blades on the tower position. The superconductor’s wire have zero electrical resistance DC superconducting metal, require cooling to 4K ceramic HTS (high temperature superconductors), allowing a much higher temperature of about 30 - 40K for generators. Less cooling required, allows ultra low speed (10rpm), high power density, synchronous generators. So over 100 times more powerful than the copper wire of the same size.


S.C. Maglev company completes Magnetic Off Shore Turbine design & technology

SC Maglev Industries LLC / USA has completed the design of its Off shore turbine and is in official talks with potential partners (General Atomics, E Tesla) to build the machine & to create its Maglev Generator using (Permanent Magnet Generator & HTS direct drive Turbine with a Smaller Superconductor Generator)

The first (Permanent Magnet Generator & HTS direct drive Turbine with a Smaller Superconductor Generator) was ready to go and the generator had been tested and is using it today. Tolerance, deformation & material availability are no longer an issue, and the company was in discussions with blade manufacturers. Our new own Blades designs are ready, the company said.
The Machine has been in development since 2008 & is ready to be market staring 2013...
Several 1st class Wind Turbine companies announced they will use our design & technology & SC Maglev Industries LLC Company said was prepared to move into other markets.

Recent News

One of the world's most powerful Market’s wind turbines is the offshore one. This market is in a period of rapid growth and prolonged.
Our Company will offer this technology to many manufacturers worldwide wind turbine generators and Off Shore.
Superconductor generators represent a breakthrough in offshore wind energy economics, with considerable weight and efficiency advantages as well as the tantalizing prospect of improved reliability.


Superconducting Opens up a New Path to 10 MW

One of the world's most powerful Market’s wind turbines is the offshore one. This market is in a period of rapid growth and prolonged. The European Wind Energy expects that Europe alone will increase the amount of offshore wind power less than 2 Gigawatts at the end of 2009 to more than 150 GW in 2030 and may be more after Fukushima. Since then, subsea structures and installation services make their accounts to minimize the costs of offshore wind farm; developers seek to maximize their power to get a faster return on investment.

With the capacity to produce over 10 MW per turbine, generators designed by our company for the offshore wind farm to be the world's most powerful. These generators use high temperature superconducting (HTS) rotors rather than copper, which allows generators to be much smaller, lighter, more efficient and less expensive than large scale wind turbines. In addition, and as these generators are direct-drive by our company, and there is no need for a gearbox....