there is growing demand for wind power , power which is derived from wind energy . wind power is typically generated using wind turbines . these wind turbines can be large and in many cases are considered aesthetically unappealing . wind farms , collections of wind turbines , have been stopped from construction due to public outcry over potential loss in property values . it is assumed that the property values of areas near the potential wind farms would drop due to the perception that wind turbines are aesthetically unappealing . the present disclosure provides a retractable wind turbine apparatus for generating power . the retractable wind turbine apparatus may be retracted and hidden from view during periods of concern when aesthetics are important . examples of such periods are daytime hours or a tourist season . the retractable wind turbine apparatus may then be placed back into service at times when aesthetics are less important . in developing the present disclosure , the inventors have found unexpected results . one unexpected result is that there is an added benefit of being able to retract the wind turbine apparatus and protect it during difficult weather conditions . a second unexpected result is the potential reduction in maintenance costs derived from protecting the retractable wind turbine apparatus during during difficult weather conditions . the present apparatus is comprised of blades , a mast , and means to retract the blades and mast . the apparatus will use a plurality of blades . one blade is independent . the other blades are either locked in their power generating position or their retracted position . when in power generating position , all of the blade tips are equidistant from each other . when in the retracted position , the blades are lined - up with the independent blade . in a separate embodiment , the plurality of blades may be may be permanently locked in their power generating position . different embodiments are possible for the mast . a first embodiment is to use a scissor lift for the mast . a second embodiment is to use a single section mast . the single section mast may have teeth on the side ( s ) to enable motion via a gear system . a third embodiment uses a telescoping mast . the telescoping mast uses an spring - loaded cable or other device capable of providing necessary tension . different means may be employed to retract the blades and mast . the means employed correspond to the type of mast used . when using a scissor lift mast , a motor may be used to provide the necessary power to open and close the scissors . opening the scissors lowers the mast , while closing the scissors raises the mast . when using a single section mast , a gear system may be used to raise or lower the mast . when using a telescoping mast , a spring loaded cable system may be used to raise or lower the mast . fig1 shows a blade assembly locked in its power generating position . the independent blade 101 is permanently locked in position . the dependent blades 102 and 103 may be moved relative to the independent blade 101 . a blade assembly fastener 104 ties the blade assembly to the generator drive shaft 108 . independent blade controller 105 positions the independent blade in a downward position when the blades are stopped . dependent blade actuator 106 positions corresponding blade 102 into either the power generating position , as shown , or the storage position . when moving from the power generating to storage position , blade 102 moves in a counter - clockwise motion . conversely when moving from the storage position to power generating position , blade 102 moves in a clockwise motion . dependent blade actuator 107 positions corresponding blade 103 into either the power generating position , as shown , or the storage position . when moving from the power generating to storage position , blade 103 moves in a clockwise motion . conversely when moving from the storage position to power generating position , blade 103 moves in a counter - clockwise motion . fig2 shows a retractable wind turbine apparatus using a scissor lift mast 202 . wind energy is used to drive a blade assembly 205 . a blade assembly fastener 206 ties the blade assembly 205 to a generator drive shaft 204 . the generator drive shaft 204 drives a generator 203 . the generator may be raised or lowered with the scissor lift mast 202 . the scissor lift mast 202 may be raised or lowered with movable arms 209 . the movable arms 209 are actuated with a motor 208 . when the wind turbine apparatus is lowered , the blade assembly rests in a blade resting space 210 . the blade assembly shown is the embodiment where a plurality of blades are permanently locked in their power generating position . the lift housing 201 is used to store the retractable wind turbine apparatus . an anemometer 207 may be used to determine wind speed . wind speed may be a criterion used to determine whether or not the wind turbine apparatus should be raised or lowered . fig3 shows a retractable wind turbine apparatus using a solid mast 306 with a gear system . wind energy is used to drive a blade assembly 311 . a blade assembly fastener 312 ties the blade assembly 311 to a generator drive shaft 310 . the generator drive shaft 310 drives a generator 309 . the generator may be raised or lowered with the solid mast 306 . the solid mast 306 has teeth 305 . the teeth 305 are used in conjunction with gears 303 to raise and lower the solid mast 306 . the gears are driven with gear shafts 302 . the gear shafts 302 are driven with motors 301 . when the mast is lowered , it is stored in a mast resting place 313 . when the wind turbine apparatus is lowered , the blade assembly rests in a blade resting space 307 . the blade assembly shown is the embodiment where a plurality of blades are permanently locked in their power generating position . the lift housing 308 is used to store the retractable wind turbine apparatus . an anemometer 304 may be used to determine wind speed . wind speed may be a criterion used to determine whether or not the wind turbine apparatus should be raised or lowered . in a separate embodiment , a hydraulic system may be substituted for the gear system shown in fig3 . the hydraulic system is capable of raising and lowering the mast . fig4 shows a retractable wind turbine apparatus using a telescoping mast 409 with a spring loaded cable system . wind energy is used to drive a blade assembly 412 . a blade assembly fastener 413 ties the blade assembly 412 to a generator drive shaft 411 . the generator drive shaft 411 drives a generator 410 . the generator may be raised or lowered with the telescoping mast 409 . the telescoping mast 409 has an internal spring loaded cable with teeth 403 . the spring loaded cable with teeth 403 is used in conjunction with a gear 404 to raise and lower the telescoping mast 409 . cable brackets and a channel guide are used to support the spring loaded cable with teeth 403 . the gear is driven with a gear shaft 402 . the gear shaft 402 is driven with a motors 401 . when the wind turbine apparatus is lowered , the blade assembly rests in a blade resting space 408 . the blade assembly shown is the embodiment where a plurality of blades are permanently locked in their power generating position . when the wind turbine apparatus is lowered , the spring loaded cable with teeth is stored in a cable storage space 405 . the lift housing 406 is used to store the retractable wind turbine apparatus . an anemometer 407 may be used to determine wind speed . wind speed may be a criterion used to determine whether or not the wind turbine apparatus should be raised or lowered . while the disclosure describes embodiments and various alternatives thereto , it should be apparent that the invention is not limited to such embodiments . rather , many variations would be apparent to persons of skill in the art without departing from the scope and spirit of the invention , as defined herein and in the claims .