Airborne Wind Turbines
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This document discusses exploring a computational fluid dynamics (CFD) integrated design methodology for application to wind turbine blades. It first summarizes background on increasing global energy needs and the growth of wind energy. It then outlines CFD analysis performed on airfoil sections and a full turbine blade to validate simulation results against experimental data. A parametric correlation study identifies the most sensitive design parameters for blade geometry. Finally, a response surface optimization approach is employed to optimize the blade design for maximum power output. The optimized design is then validated using CFD simulations showing an improvement in power output over the original blade design.
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Abstract As the power grid failure problems continue to persist in the country, need arises to make it more efficient and effective. This is a
demonstration devised to provide such kind of a system that could detect the failure in synchronous working of the power grid in
case any external supply source that is supplying to the grid is encountering any kind of abnormalities may be in current levels,
voltage levels, temperature and oil level. There are various generation units that usually supply power to the grids such as
thermal plants, solar plants, hydro-electric plants etc. All the generation units that connect to the grid have to obey the rules or
standards laid down for the operation of a grid. These rules involve maintaining of voltage variation, current variation, oil-level
variation and temperature variation within these specified limits. If there are any kind of abnormalities or deviations from the
acceptable limits laid down by the grid, it then gets crucial that the particular feeding source should get automatically
disconnected from the entire grid temporarily, this process is widely termed islanding. This would prevent large scale occurrences
of events of black outs. Hence it would be beneficial and wise if we could have a system that would be so efficient that it could
issue intimations about the potential variations in the arrangements and in addition provide the exact distance of the fault
location on a feeder line from the base grid and keep the particular source temporarily on a standby basis while this process takes
place. Variation of the system voltage should be around +-5% as per central electricity authority of India Regulations, 2010. This
paper is an approach on devising out a system that helps the grid resolve problems related to black out situations hence making it
a smart grid.
Keywords: - current variation, voltage variation, temperature variation, oil level detection, islanding, smart grid,
active method, passive method.
Detecting Power Grid Synchronization Failure on Sensing Frequency or Voltage ...
Detecting Power Grid Synchronization Failure on Sensing Frequency or Voltage ...Edgefxkits & Solutions
Synchronization means the minimization of difference in voltage, frequency and phase angle between the corresponding phases of the generator output and grid supply. An alternating current generator must be synchronized with the grid prior to connection. It can’t deliver the power unless it is running at same frequency as the network. Viewers also liked (17)
Kite Digital Publishing 'A New Generation of Media' Product Launch
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Power grid synchronization failure detection and recovery
Power grid synchronization failure detection and recovery
Detecting Power Grid Synchronization Failure on Sensing Frequency or Voltage ...
Detecting Power Grid Synchronization Failure on Sensing Frequency or Voltage ...
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