(redirected from Wind Turbine System)
Category filter:
WTSWind Turbine Syndrome
WTSWanting to Sell
WTSWant To Sell
WTSWant to See
WTSWindows Terminal Server (Microsoft)
WTSWindows Task Scheduler (Microsoft Windows utility)
WTSWillits (Amtrak station code; Willits, CA)
WTSWind Turbine System (alternative energy technology)
WTSWaste Transfer Station
WTSWomen's Transportation Seminar
WTSWatch This Space
WTSWindows Terminal Services (Microsoft)
WTSWeb Transaction Security
WTSWireless Temperature Sensor
WTSWireless Transport Security
WTSWindows Terminal Server
WTSWorld Time Server
WTSWave Table Synthesis
WTSWilson's Temperature Syndrome (endocrinology)
WTSWeb Terrain Service
WTSWireless Telecommunications Symposium
WTSWesley Theological Seminary
WTSWorld Tour Soccer
WTSWork Truck Show (National Truck Equipment Association)
WTSWheel and Tire Set (bicycles)
WTSWant to Show (mathematics)
WTSWinebrenner Theological Seminary (Findlay, OH)
WTSWoodland Trust Scotland (UK)
WTSWater Treatment Station (filtration system)
WTSWireless Telephone System
WTSWorld Toilet Summit
WTSWorking Time Saved
WTSWanita Tuna Susila (Indonesian: Women Lacking in Morals; Prostitutes)
WTSWeb Translation System (BabelZilla)
WTSWeb Transaction Service
WTSWireless Telemetry System
WTSWaterloo Town Square (Waterloo, Ontario, Canada)
WTSWhat's That Smell?
WTSWilson-Turner X-Linked Mental Retardation Syndrome
WTSWillingness to Sacrifice
WTSWishful Thinking Syndrome
WTSWaco Transit System
WTSWunderland Toast Society
WTSWeb Transport System
WTSWhat the Shizzle?
WTSWashington Tactical Switch
WTSWroclawskie Towarzystwo Sportowe (Poland)
WTSWeapons Training Site
WTSWastewater and Tank Systems
WTSWaupun Taxi System (Wisconsin)
Copyright 1988-2018 AcronymFinder.com, All rights reserved.
References in periodicals archive ?
Bang, "Structural health monitoring for a wind turbine system: A review of damage detection methods," Measurement Science and Technology, Vol.
Less than a year after the PV system was installed, we experienced a fortunate convergence of circumstances that made the installation of a 10-kW wind turbine system from Bergey Windpower a reality.
Hongchang Sun and all [12] explored the maximum wind power tracking of doubly fed wind turbine system based on adaptive gain second-order sliding mode.
The cost of the wind turbine system ([I.sub.WT]) and the cost of the photovoltaic panel system ([I.sub.PV]) are components of the capital cost.
Sliding mode control is a nonlinear robust control method and has already successfully applied to doubly fed wind turbine system [10-12].
In this paper, our research group is devoted to investigating a voltage compensation type active SFCL prototype and its application for transient performance enhancement of a PMSG-based wind turbine system. The active SFCL is based on power electronic equipment, modern control approach, energy storage technology, and HTS materials.
It discretizes the wind turbine system to finite elements as flexural beam, lumped masses, springs, and joints.
Hitachi has increased the rated power of the new HTW5.2-136 5MW-class wind turbine system to 5.2MW by optimizing its setup and its control programs.
This paper has presented the control of the IFBTL DC/DC converter for the wind turbine system to facilitate the integration of wind turbines into a DC grid.
A., "Fuzzy Logic Control of Wind Turbine System Connection to PM Synchronous Generator for Maximum Power Point Tracking", I.J.
El-Sharkawi devotes a chapter to each of the four types of wind turbine system and concludes on the topic of grid integration.
The main techanical parameter to determine the economic success of wind turbine system in its annual energy output, which in turn determine the parameters such as average wind speed statistical wind speed distribution, distributing of occuring wind direction, turbelence, intensities and roughness of surrounding terrain.