Products/Services for 500 KW Wind Turbine Generators
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Power Generation Systems - (127 companies)...systems, water pressure is directed at a turbine creating rotational kinetic energy. This kinetic energy is converted to electric power by a generator, which is sometimes referred to as a “motor.” Fossil fuel generation systems can be located... -
Electrical Power Generators - (960 companies)...be referred to as alternative power generators that utilize renewable resources such as solar, thermal, and wind power. More information about alternative power generators can be found in the published selection guide for alternative power... -
Wind Turbines - (269 companies)Wind turbines convert the kinetic energy from wind into mechanical energy. When used with an electrical generator, the rotation of the wind turbine 's blades turns a shaft to produce electricity. Wind turbines convert the kinetic energy from wind... -
Blades (wind turbine) - (19 companies)Theory - The Betz Equation and Optimal Rotor Tip Speed Ratio. Wind Turbines - Kinetic Wind Energy Generator Technology. Image credit: Dantec...
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Hydro Turbines - (56 companies)Hydro turbines are used to transmit mechanical power and produce electricity. Hydro turbines convert water pressure into mechanical shaft power that can be used to drive an electricity generator, grind a mill, or move some other device. Hydro... -
Turbine Repair and Maintenance Services - (113 companies)Turbine repair and maintenance services provide maintenance, overhauls and repairs to wind, gas, steam and water turbines. Turbine repair and maintenance services provide maintenance, overhauls, and repairs to wind, gas, steam, and water turbines...
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Alternative Power Generators - (1176 companies)Alternative power generators produce electricity from renewable energy sources, such as wind, flowing water, solar energy and biomass, which create less environmental damage and pollution than fossil fuels. Alternative power generators produce...
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Steam and Gas Turbines - (78 companies)...a nozzle over the turbine 's blades. This spins the turbine and powers the compressor. The energy that is extracted as shaft power, compressed air and thrust is used to power airplanes, generators, marine vessels, and motorized vehicles.
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Turbine Pumps - (249 companies)Turbine pumps are centrifugal pumps that use pressure in combination with a rotary mechanism to transfer fluid. They typically employ blade geometry, which causes fluid circulation around the vanes to add pressure from inlet to outlet. Turbine pumps...
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Wind Tunnels - (17 companies)Wind tunnels allow the characterization of the aerodynamic attributes of objects in a controlled system by creating airflow through a closed passage. They are primarily used in the study of how aircraft, trains, automobiles, boats, and structures...
Product News
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FHD Bearings Co., Ltd.
Durable Bearings for Wind Turbines Wind turbine bearings are engineered to handle extreme loads, variable speeds, and harsh environmental conditions. Designed for optimal performance, they ensure smooth, efficient rotation and minimize friction in turbine main shafts, gearboxes, and generators. Built with high-strength materials and advanced sealing, these bearings provide exceptional durability, corrosion resistance, and long service life. Their precision engineering enhances energy efficiency and reliability, reducing... (read more)Browse Bearing Rings, Housings, and Flanges Datasheets for FHD Bearings Co., Ltd. -
Waukesha Bearings
Transforming Wind Turbine Performance Waukesha Bearings is transforming the future of wind turbine performance with the new NordAlign TM main shaft fluid film bearing!. Inspired by Njord, the Norse god of wind and sea, NordAlign is engineered to bring strength and resilience to modern wind turbines operating in the most demanding environments. Watch our video to learn more. (read more)Browse Thrust Bearings Datasheets for Waukesha Bearings -
ExxonMobil Chemical Company - Synthetic Base Stocks
Wind Turbine Grease As wind turbines increase in size they are utilizing centralized grease distribution systems for their main and pitch bearings, especially in extreme temperatures and remote locations. Your customers demand grease that lasts longer and performs better, minimizing maintenance costs while maximizing equipment reliability and productivity. To help you manufacture wind turbine grease that can meet these challenges, we provide world-class synthetic base stocks, including SpectraSyn Elite TM... (read more)Browse Synthetic Oils, Greases, and Lubricants Datasheets for ExxonMobil Chemical Company - Synthetic Base Stocks -
AENOR
Wind turbine design requirements UNE-EN IEC 61400-8:2025 specifies minimum requirements for the design of wind turbine nacelle-based structures. It focuses on the integrity of structural components within and in the vicinity of the nacelle, including the hub, mainframe, main shaft, structures associated with direct drive systems, gearbox structures, yaw structural connection and nacelle enclosure. It also addresses connections of the structural components to control and protection mechanisms together with structural... (read more) -
ExxonMobil Chemical Company - Synthetic Base Stocks
Making Wind Turbine Lubricants How we can help: To help you meet - and exceed - these demands, we provide state-of-the-art synthetic base stocks, including next-generation SpectraSyn Elite metallocene polyalphaolefin (mPAO) developed using our proprietary metallocene catalyst technology. SpectraSyn Elite mPAO provides higher viscosity index (VI), enhanced film thickness, improved low temperature, fluidity and lower foaming than conventional high viscosity PAOs. You can also rely on us for world-class technical expertise that... (read more)Browse Synthetic Oils, Greases, and Lubricants Datasheets for ExxonMobil Chemical Company - Synthetic Base Stocks -
Waukesha Bearings
Video: Optimize Wind Turbine Performance Optimize Wind Turbine Performance with Waukesha Bearings Fluid Film Main Shaft Bearings. As the world turns towards wind power, operators must find ways to optimize equipment performance, increase reliability, and decrease maintenance costs to remain competitive. Waukesha Bearings has collaborated with equipment OEMs and leveraged first-rate material development and testing capabilities to design fluid film main shaft bearings for wind applications. Waukesha Bearings is your trusted partner... (read more)Browse Hydrostatic and Hydrodynamic Bearings Datasheets for Waukesha Bearings -
ExxonMobil Chemical Company - Synthetic Base Stocks
Synthetic Wind Turbine Gear Oil Wind turbine power generation capacity and turbine size are both increasing, which drives wind power 's competitiveness by reducing the levelized cost of electricity. However, increasing power generation increases the loads on the gearbox and bearings, which increases the stress on the lubricants needed to protect the equipment. Going up-tower costs your wind industry customers money. That 's why they want long-lasting gear oil that minimizes maintenance while enhancing equipment life... (read more)Browse Synthetic Oils, Greases, and Lubricants Datasheets for ExxonMobil Chemical Company - Synthetic Base Stocks -
Knick Interface LLC
Signal Clarity in Wind Turbine Applications As wind energy production methods progress and become more established, the need to capture, monitor, and control the input and output data of these systems continues to increase accordingly. https://www.knick-international.com/en/products/interface-technology/proline/. Sensors and measurement devices throughout wind turbine power systems are the answer to this. But maintaining the accuracy of this data is just as important as the acquisition of it. The various parameters that need... (read more)Browse Signal Conditioners Datasheets for Knick Interface LLC -
Waukesha Bearings
Fluid Film Bearing for Wind Turbine Main Shaft The main shaft bearing is one of the most critical components in a wind turbine, yet it is susceptible to failure and excessive maintenance costs due to its extreme and isolated operating environments. The new NordAlign, from Waukesha Bearings, is a cutting-edge fluid film bearing specifically designed for wind turbine main shafts. These innovative bearings improve main shaft bearing reliability, cut costs, are easy to install, and allow for almost seamless uptower exchangeability. Watch (read more)Browse Hydrostatic and Hydrodynamic Bearings Datasheets for Waukesha Bearings -
THK America, Inc.
Optimized Efficiency of Wind Turbines,Solar Panels THK 's Linear Motion Systems contribute to a more sustainable energy infrastructure by offering products with long service life, accuracy, and low friction. Read to discover how THK products help increase the service life and efficiency of wind turbines and solar panels. Interested in Our Resources? (read more)Browse Linear Actuators Datasheets for THK America, Inc.
More Information
Indicates content that may require registration and/or purchase.
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IEA Wind Energy Annual Report 2000
… wind turbine generator Enercon E40; a 750-kW, stall-regulated induction wind turbine NEG Micon 750/48; a 660-kW, pitch-regulated induction wind turbine Vestas V47; and two variable-speed stall AC/DC/AC wind turbine generators of 500 kW and 600 kW each …
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Artificial Intelligence and Computational Intelligence
Simulations are investigated with a rated 500KW variable speed wind turbine generator .
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Force density limits in low-speed PM machines due to temperature and reactance
For example, in a 32-r/min 500 - kW wind - turbine generator , the full-load core losses are only about 3 kW while the copper losses are 23 kW [7].
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Economic and environmental analysis of a wind-hybrid power system with desalination in Hong-do, South Korea
Below a fuel price of $3/L, the exclusion of either wind turbines or the 500kW generator must be considered depending on the wind speed; otherwise, 500kW-750kW-wind turbines are the best configuration for the 10,000kW/d load as shown in …
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Active distribution network cost/benefit analysis with multi-objective programming
The set of 5000 DG allocations, randomly generated, has been created considering the following power rates of the three aforementioned renewable generators: 1000 kW, 3000 kW and 6000 kW wind turbines , 500 kW photovoltaic generator , 1000 kW and 5000 kW biomass units.
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Determination method for loss‐minimum configuration considering reconnection of distributed generators
120 DGs are connected to the system (64 photovoltaic generators with maximum output of 250 kW, 44 photovol- taic generators with maximum output of 500 kW , and 12 wind turbine generators with maximum output of 1000 kW).
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The History and State of the Art of Variable‐Speed Wind Turbine Technology
A 500 kW variable speed gearless wind turbine generator for the American market.
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The History and State of the Art of Variable-Speed Wind Turbine Technology
Haller, Mark; “A 500 kW Variable Speed Gearless Wind Turbine Generator for the American Market”; Windpower’94 Proceedings, American Wind Energy Association, 1994.
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Scalability characteristics of magnetic circuit model for fractional-slot concentrated winding IPM machines
Several FSCW-IPM machine designs that have been evaluated for this scalability investigation, but one example, consisting of a direct-drive 500 kW FSCW-IPM wind turbine generator , is highlighted in this paper.
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A study of tower shadow effect on fixed-speed wind turbines
The site consists of ten 500 kW fixed-speed wind turbine generators (WTGs).
