2023525 · 2023 Drivetrain Reliability Collaborative NREL & GE Research | 3 • Generator technologies – Interior permanent-magnet direct drive (IPM) – Low
2021120 · General Electric (GE) Research of Niskayuna, New York developed a high-efficiency ultra-light low temperature superconducting (LTS) generator, leveraging
2023525 · Generator technologies. Interior permanent-magnet direct drive (IPM) Low temperature superconducting (LTS) Medium-speed geared configuration (gear ratio 120) with surface-mounted permanent-magnet generator (MS-PMSG) Ratings of 15/17/20/22/25 megawatts (MW) Floating and fixed bottom. Design and optimization supported by the
GE''s superconducting generator takes a long step forward. 26 July 2013. Print Email. GE Power Conversion has been factory testing a pioneering form of superconducting generator for hydroelectric applications alongside its Opera electromagnetic simulation tool used during the design process. It reports that the test run has demonstrated a high
2023710 · Cryogenic aspects of a 20 MW class Superconducting generator for the Renewables industry. W. Stautner1, D. Torrey2, M. Xu1, A. Wu1, M. Parizh1, V. Soni1.
2023121 · GE believed an HTS utility generator would be economically viable at power levels above 500 MW and when the cost of superconducting wire decreased to $5/kA-m (General Electric Company, 2007). Industrial motors serve various heavy industries, including oil and gas, petroleum and chemicals, pulp and paper, mining and minerals,
20211223 · Backed by a $20.3 million contract from the Department of Energy, the GE researchers are looking for ways superconducting generators can help lower wind energy costs, simplify the turbine manufacturing supply chain and support the DOE''s goal of nearly tripling wind power''s share of U.S. energy production to 20% over the next decade.
In order to reduce carbon emissions, there is considerable interest in both superconducting generators and motors to enable all-electric aircraft for transportation. This paper summarizes the results of an initial design study for a 5 MW, 6000 rpm fully-superconducting generator. Using the FEMM magnetics code and the Lua scripting language,
2021120 · The U.S. Department of Energy''s (DOE''s) Wind Energy Technologies Office has announced the selection of General Electric (GE) Research to receive $20.3
2024621 · • [Jan 2021] DOE selected GE to receive up to $20.3 million to build and test a scaled prototype of their generator on a wind turbine. • GE plan to produce a
2010222 · Finally, the quantities of high temperature superconducting tape needed for a 10 kW and an extreme high field 10 MW generator are found to be 7.5 km and 1500 km, respectively.
GE''s ''low temperature'' concept borrows-in helium-based cryocooler technology that has amassed "millions of hours of operational data" in hospital MRI units – but adapted to be closed-loop, so as not to "boil off" the gas – to cool the wind turbine generator to 4.3K (-268C), a level that will allow GE to "open up the technology to handling more powerful
2020225 · LTS-based SC generator programs started in the USA, France, Japan, and Germany early on in the late 1960s. Figure 6.1a–h show superconducting generators developed and built by GE in the 1970s. The assembly of one of the very first 20 MW LTS-based SC generators operating at a liquid helium temperature of 4 K is shown in (a) and (b).
20221130 · In recent years offshore wind turbines are being deployed to capture the steady offshore winds and relieved siting constraints. This lecture starts with a discussion
201344 · A superconducting wind turbine generator may permit significant reductions of mass mounted on the tower, thus helping to reduce the cost for the tower itself and its foundations. Recent studies
2019923 · General Electric Research, in Niskayuna, N.Y., will develop a generator using low-temperature superconductors, leveraging its experience using liquid helium to
200231 · In USA, the developments were started in MIT, GE and WH. After developing 20 MV A SCG by GE in 1983 and 10 MV A by MIT in 1984, we have no researches. In Germany, Research and development of 850 MV A generator was started in 1990. However, it was stopped before the completion. In France, after development of
A 3 Tesla MRI system installed in GE Research''s dedicated lab on its Niskayuna, NY campus in the US Foto: GE. The GE superconducting generator envisaged will be an ultralight concept with the "same footprint" as the Haliade-X permanent magnet generator (PMG), but, as Torrey notes, "much higher" power density, a step-up in the region
201344 · A superconducting wind turbine generator may permit significant reductions of mass mounted on the tower, thus helping to reduce the cost for the tower itself and its foundations. Recent studies conducted for GE Power Conversion show that the lifetime energy saving for a superconducting wind turbine compared to a conventional machine
GE eyes offshore wind turbines with superconducting generator. Manufacturer working with US government agency on technology that could boost turbine power rating. by Craig
202223 · • Generator design is seeking high magnetic loading for high efficiency and high torque density • Superconducting generators have the promise of providing high