A) Convert wind energy into electricity B) Measure wind speed C) Store wind energy D) Convert solar energy into electricity
A) Tower B) Generator C) Rotor blades D) Nacelle
A) The wind speed sensor B) The rotor blades combined C) Housing for generator and other components D) The base of the tower
A) Stores electrical energy B) Converts mechanical energy to electrical energy C) Measures voltage D) Increases wind speed
A) Houses the control system B) Supports the nacelle and rotor C) Generates electricity D) Measures wind direction
A) Orients the rotor into the wind B) Regulates voltage output C) Monitors wind speed D) Controls blade pitch
A) Orients the nacelle B) Monitors temperature C) Lubricates moving parts D) Adjusts blade angle to control rotor speed
A) Steel B) Aluminum C) Fiberglass composite D) Wood
A) Controls yaw B) Stabilizes the tower C) Decreases rotor speed D) Increases rotor speed for the generator
A) 12 volts B) 240 volts C) 120 volts D) Several thousand volts
A) Tower B) Radiator C) Blades D) Nacelle
A) Measure wind direction B) Measure wind speed C) Measure blade pitch D) Measure voltage
A) Measure wind speed B) Measure wind direction C) Measure temperature D) Measure air pressure
A) Protect turbine components from lightning strikes B) Increase electricity generation C) Attract more wind D) Reduce noise pollution
A) Decrease voltage for local use B) Increase voltage for grid transmission C) Regulate wind speed D) Store electricity
A) Wooden piles B) Steel beams C) Reinforced concrete D) Asphalt
A) Proximity to a city B) Flat terrain C) Wind resource availability D) Abundant sunshine
A) Access to stronger and more consistent winds B) Lower construction costs C) Easier maintenance D) Reduced visual impact
A) Wind hub B) Wind farm C) Wind cluster D) Wind forest
A) Adding fuel B) Painting the blades weekly C) Lubrication of moving parts D) Replacement of the tower
A) Standard Control and Data Application B) System Control and Data Analysis C) Supervisory Control and Data Acquisition D) Sustainable Control and Design Automation
A) A turbine without a gearbox B) A turbine that directly heats water C) A turbine with only one blade D) A turbine powered directly by the sun
A) It can reduce aerodynamic efficiency and create imbalance B) It increases electricity generation C) It is not a problem D) It strengthens the blades
A) The speed at which the turbine shuts down B) The maximum wind speed the turbine can withstand C) The average wind speed at the location D) The minimum wind speed required to generate electricity
A) The maximum wind speed at which the turbine shuts down B) The minimum wind speed required to generate electricity C) The speed at which the turbine starts up D) The average wind speed at the location
A) The cost of building the turbine B) The wind speed at the turbine location C) The size of the turbine blades D) The actual energy output compared to the maximum possible output
A) To reduce stress on the blades in high winds B) To prevent bird strikes C) To clean the blades D) To increase electricity generation
A) Wind energy generated by turbines located in the ocean B) Wind energy used to power ships C) Wind energy stored underwater D) Wind energy generated in mountainous regions
A) Air pollution B) Water pollution C) Increased rainfall D) Bird and bat mortality
A) It is a renewable energy source B) It is always the cheapest form of energy C) It always provides a constant supply of energy D) It never requires any maintenance |