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high-speed turbine-generator

Improved Performance of a Wind Energy Conversion Chain Driven by an Asynchronous Generator Doubly-Fed and Using a « R-L » Filter

Improved Performance of a Wind Energy Conversion Chain Driven by an Asynchronous Generator Doubly-Fed and Using a « R-L » Filter

... energy conversion in its entirety in order to optimize the power output, improve the quality of the energy supplied and thus make the operating point on high MPTT. For this, we are interested in modeling and ...

8

ABSTRACT : Due to the nature of unpredicted wind speed, determining the optimal speed of wind turbine generator to

ABSTRACT : Due to the nature of unpredicted wind speed, determining the optimal speed of wind turbine generator to

... Wind energy systems have gained tremendous attention over the past decade as one of the most promising renewable energy sources due to the probable depletion, high costs, and negative environmental impacts of ...

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Sliding mode Control of Chopper Connecting Wind Turbine with Grid based on synchronous generator

Sliding mode Control of Chopper Connecting Wind Turbine with Grid based on synchronous generator

... for speed multiplier between the turbine and generator, and the instability of wind speed on the other hand ...wind turbine structures with synchronous generator of high ...

5

Small Scale Horizontal Wind Turbine System Using DC DC Boost Converter

Small Scale Horizontal Wind Turbine System Using DC DC Boost Converter

... wind turbine for home and domestic application is ...wind turbine depend upon wind velocity, air density and which type of generator ...wind turbine not require to installed only on building ...

5

Advanced control of doubly-fed induction generator based variable speed wind turbine

Advanced control of doubly-fed induction generator based variable speed wind turbine

... Since power system small signal stability concerns the ability of the system to maintain stable subject to small disturbances, eigenvalue analysis is suitable for the studies of small signal stability. The original ...

151

Development of a DC AC power conditioner for wind generator by using neural network

Development of a DC AC power conditioner for wind generator by using neural network

... easy speed control (Mukund, ...and high maintenance ...constant speed systems, compared to variable speed systems, are discouraging factors in their use in wind systems (Mukund, ...electric ...

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Robust controller design for speed regulation of a flexible wind turbine

Robust controller design for speed regulation of a flexible wind turbine

... wind turbine model cannot be considered under the effect of PID and Fuzzy logic ...in high winds, particularly for large ...variable speed turbines, but owing to the large structure and higher ...

10

Estimation Of Reliability Evaluation Of Wind Power Plant Connected To Power Grid: An Analysis

Estimation Of Reliability Evaluation Of Wind Power Plant Connected To Power Grid: An Analysis

... wind speed and direction, turbine speed, load requirements, amount of energy in storage, and the voltage and frequency being delivered to the ...the turbine to establish proper yaw (direction ...

18

Management of Green Supply Chain: Need of Hours

Management of Green Supply Chain: Need of Hours

... wind turbine cost, includes the blades for converting wind energy to low speed rotational ...The generator component, which is approximately 34% of the wind turbine cost, includes the ...

5

Study and Control of a Variable Speed Wind Turbine with a Permanent Magnet Synchronous Generator

Study and Control of a Variable Speed Wind Turbine with a Permanent Magnet Synchronous Generator

... wind turbine systems into the electric grid. In modern PMSG wind turbine generators system designs, the power conditioning systems is typically built using a full-scale power converter made up of a ...

5

Study on Magnetic Levitation for Vertical Axis Wind Turbine and Low Wind Speed

Study on Magnetic Levitation for Vertical Axis Wind Turbine and Low Wind Speed

... Wind Turbine and to report the result analysis using an modified magnetic ...circuit generator reported in our earlier work is tested with the built-in ...wind turbine is ...circuit generator ...

6

Performance Analysis of Grid connected Wind Energy Conversion System with a DFIG during Fault Condition

Performance Analysis of Grid connected Wind Energy Conversion System with a DFIG during Fault Condition

... This high penetration of wind energy in the power system has been closely related to the advancement of the wind turbine technology and the way of how to ...induction generator, (2) ...

5

DESIGN AND FEM ANALYSIS OF TWISTED BLADE MICRO WIND TURBINE

DESIGN AND FEM ANALYSIS OF TWISTED BLADE MICRO WIND TURBINE

... The tower supporting the rotor and generator must be strong. Rotor blades need to be light and strong in order to be aerodynamically efficient and to withstand prolonged used in high winds. In addition to ...

12

Isolated Wind–Hydro Hybrid System using Permanent Magnet Synchronous Generators and Battery Storage with Fuzzy Logic Controller

Isolated Wind–Hydro Hybrid System using Permanent Magnet Synchronous Generators and Battery Storage with Fuzzy Logic Controller

... synchronous generator driven by a variable speed wind turbine and another permanent magnet synchronous generator driven by a constant power hydro turbine feeding three-phase four wire ...

8

PMSG Wind Energy Conversion System: Modeling and Control

PMSG Wind Energy Conversion System: Modeling and Control

... variable speed wind turbine using a permanent magnet synchronous generator (PMSG) is presented and the control schemes are ...wind turbine, the mechanic and the electric ...

11

Performance Analysis of DFIG based Wind Turbine using Back to Back Converter

Performance Analysis of DFIG based Wind Turbine using Back to Back Converter

... the generator speed, blade angle adjustment, and yaw ...The generator speed control is the most effective way to extract the maximum power from a low wind speed by using the power ...

8

Control Techniques and Low-Cost Permanent Magnet Synchronous Generator Design for Small Wind Power Generation Plant K. S. L. Kaashyap

Control Techniques and Low-Cost Permanent Magnet Synchronous Generator Design for Small Wind Power Generation Plant K. S. L. Kaashyap

... reduce the cost of wind power. Secondly, the individual turbine has become larger and so has the typical project scale. For modern wind turbines of the multi-MW class, both the nacelle height and the rotor ...

5

Robust Controller Design for Speed Regulation of a Wind Turbine using 16-Plant Theorem Approach

Robust Controller Design for Speed Regulation of a Wind Turbine using 16-Plant Theorem Approach

... wind turbine that is considered for study in this ...for speed regulation of an uncertain wind ...wind turbine and control methodologies were discussed in section ...wind turbine CART2 model, ...

12

Intelligent fuzzy logic controller for improved power extraction of micro wind turbines

Intelligent fuzzy logic controller for improved power extraction of micro wind turbines

... wind turbine extracts from the incoming wind is dependent on the rotational speed and for every wind speed there is an optimal rotational speed that will extract the most amount of power from ...

7

Backstepping and MIMO Approachs to Control a Wind Turbine based on DFIG

Backstepping and MIMO Approachs to Control a Wind Turbine based on DFIG

... wind turbine, a pitch angle control, a drive train, a generator and power ...induction generator (IG), doubly fed induction generator (DFIG) and ...

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