TR201403660A2 - An electric power generation system through wind and airplane effects at airports. - Google Patents

Abstract

The main factor that feeds the system is the thrust of the airplanes while they are moving on the ground, at the exhaust outlets coming out of the jet engines. The system is designed to operate the wind turbines by capturing this power and taking advantage of the aerodynamics and physics laws in landing and take-off of aircraft. The large turbines (8) which will work under the effect of exhaust gas are vertical axis turbines and are located in a special reinforced concrete structure. Side (6) and corner (7) turbines are stationary, while large turbines (8) are capable of moving up and down. The height of all turbines relative to the floor of the runway 1 is limited to a maximum of 1 meter.

Description

Technical Area This invention; has-alimaiilariiida i'iilqturdus of planes taking off or landing A system that provides energy production, as a result of its evaluation with tui'bii It is seen that all has-a vehicles and ground vehicles move to certain rules. si'i-il is deprecated: gfiire to ha'i-a tools duieiileiimis pLst__ apiti'in: taxi ;wellari 'i-b. areas with high strength are called ha'i-a fields. Tekiiigiiii in has-alimans in its known state, it is named as has-a field. 21] there is no hei'haigi energy production method. This is because in these areas In particular, the emphasis is on the efficiency of airplanes. saving :yade ;veeu 'i-e' technical units' continuous 'i-e uninterrupted energy the need to be met is necessary. This is ;i-ILIiiiißll ha'i-alimansiiiiii ha'i-a field the need for energy production has not come to the fore. pii'iitaiLsiiel energy in this area Although it can be considered within the rules of has-aeilik, ueun :eamandir bi'iisa hareaiima kt. lia'i-alimaiilariiiiii ii-ar i'iilan systems has-alimaiiiiiiiii all eiierjLsiiiiii 3 separate Outage from source.: is a system for provisioning. llas-fields: Ji!] terminal technical information out-of-the-box navigation systems meeting is possible.

TantFHarHE, By the Effects of Ruigar and Aircraft in the Haralinian Era An Electric Power Generation System Technical Area This invention; has-alimaiilariiida i'iilqturdus of planes taking off or landing A system that provides energy production, as a result of its evaluation with tui'bii It is seen that all has-a vehicles and ground vehicles move to certain rules. si'i-il is deprecated: gfiire to ha'i-a tools duieiileiimis pLst__ apiti'in: taxi ;wellari 'i-b. areas with high strength are called ha'i-a fields. Tekiiigiiii in has-alimans in its known state, it is named as has-a field. 21] there is no hei'haigi energy production method. This is because in these areas In particular, the emphasis is on the efficiency of airplanes. saving :yade ;veeu 'i-e' technical units' continuous 'i-e uninterrupted energy the need to be met is necessary. This is ;i-ILIiiiißll ha'i-alimansiiiiii ha'i-a field the need for energy production has not come to the fore. pii'iitaiLsiiel energy in this area Although it can be considered within the rules of has-aeilik, ueun :eamandir bi'iisa hareaiima kt. lia'i-alimaiilariiiiii ii-ar i'iilan systems has-alimaiiiiiiiii all eiierjLsiiiiii 3 separate Outage from source.: is a system for provisioning. llas-fields: Ji!] terminal technical information out-of-the-box navigation systems meeting is possible.

Energy cost of both terminal and technical information in the existing system high i'iilup: erunlu and constantly meeting this energy need from external sources it needs to be met.

EeyrîLsefer systems and terminal building energy needs are outsourced. It is very important in this section to receive and receive food without interruption, but the invention thanks to; technical bli'iiklar., ati'iilyeler yb. energy needs of buildings energy costs by meeting your dreams from this energy potential It can be lowered.

Eulus ii .di maci Eulmun's purpose; reduce the energy costs of your dreams deduction from fuel expenditures, which is the main factor in the flight costs of airplanes It is to ensure that resources are used more effectively by providing

Another purpose of the invention is; to the dream operator of this energy saving Ai'tirilniisg of the resources of the investments it will make with the profit it will bring it is the shifting of the energy pii'iita initial to the eki'iini'iimi value.

Another purpose of the invention; any national power outage___degal disaster life that may result from possible power cuts in case of disruption in traffic? such as deactivation of radar and flight systems is to keep the dream active by providing alternative energy.

In order to realize the mentioned purposes; take off and land in your dreams turbulence, ground effect and egzcii: gacinin strong As a result of the evaluation with the wind turbines to be installed in the distances, the energy production is provided.

Energy cost of both terminal and technical information in the existing system high i'iilup: erunlu and constantly meeting this energy need from external sources. it needs to be met.

EeyrîLsefer systems and terminal building energy needs are outsourced. It is very important in this section to receive and receive food without interruption, but the invention thanks to; technical bli'iiklar., ati'iilyeler yb. energy needs of buildings energy costs by meeting your dreams from this energy potential It can be lowered.

Eulus ii .di maci Eulmun's purpose; reduce the energy costs of your dreams deduction from fuel expenditures, which is the main factor in the flight costs of airplanes It is to ensure that resources are used more effectively by providing

Another purpose of the invention is; to the dream operator of this energy saving Ai'tirilniisg of the resources of the investments it will make with the profit it will bring it is the shifting of the energy pii'iita initial to the eki'iini'iimi value.

Another purpose of the invention; any national power outage___degal disaster life that may result from possible power cuts in case of disruption in traffic? such as deactivation of radar and flight systems is to keep the dream active by providing alternative energy.

In order to realize the mentioned purposes; take off and land in your dreams turbulence, ground effect and egzcii: gacinin strong As a result of the evaluation with the wind turbines to be installed in the distances, the energy production is provided.

Description of Sck Hands Polished German wing tip depending on the movement with the shape-l wing tips presented in the appendix explains turbulence.

Figure-2: The place where the planes come out when they are approaching the runway and landing explains its effect.

Figure-3 explains the domains and powers of _iet nii'iiti'iiregzciiz.

Figure-1 represents the sample layout of the turbines. appears.

Figure-S is the bird's eye view of the turbines that will be placed at the runway heads. appears.

Figure-fr is the a-a-section view of the polished turbines to be placed at the runway heads. appears.

Figure-H: to capture the effect of the planes to the right km of wind turbines to the right ye sciil sides of taxi yi'iil for the remainder is visible.

The main elements that make up the figures are listed below by number and name. is local. {l]i FLst {l]i Tak ksi yi'iilu {3]i Apri'iin {4]i Crow apri'iinu {S]i Fistbni {fr]i 'fan turbines {'i']i Köse turbines {I-l]i Large turbines {9]i Feryane {lÜ]iRü1gar entry {l l]iTurbine ciii:l..-1si Description of Sck Hands Polished German wing tip depending on the movement with the shape-l wing tips presented in the appendix explains turbulence.

Figure-2: The place where the planes come out when they are approaching the runway and landing explains its effect.

Figure-3 explains the domains and powers of _iet nii'iiti'iiregzciiz.

Figure-1 represents the sample layout of the turbines. appears.

Figure-S is the bird's eye view of the turbines that will be placed at the runway heads. appears.

Figure-fr is the a-a-section view of the polished turbines to be placed at the runway heads. appears.

Figure-H: to capture the effect of the planes to the right km of wind turbines to the right ye sciil sides of taxi yi'iil for the remainder is visible.

The main elements that make up the figures are listed below by number and name. is local. {l]i FLst {l]i Tak ksi yi'iilu {3]i Apri'iin {4]i Crow apri'iinu {S]i Fistbni {fr]i 'fan turbines {'i']i Köse turbines {I-l]i Large turbines {9]i Feryane {lÜ]iRü1gar entry {l l]iTurbine ciii:l..-1si {l2]iFlü1gar {issuiisi kuti.i_su {l4]i.leneratiîr {li'i]iTraiLsl`i'iimiatfiir Eulusuii Detailed Description Since Illyalimanlari is established in regions with regular winds, these areas Generating energy with wind turbines is of great value.

The main element that feeds the system is the jet while the planes are on the ground. egzi'ii coming out of mi'iiti'iirlar: i'iilu.san is pushing power in their output. Eistem, this beautiful from aeri'idynamics and physics in the landing and take-off of planes It has been designed to operate the wind turbines by taking advantage of the laws.

One of the potential energy supplies to be considered in the invention is the aircrafts. i'iilu.san wing ueu turbulence depending on the movement at the wing tips. your planes i'iilu.san on the wing tips, these air movements are available in all flights, landings and take-offs. is an effect. The moment the planes start moving {:î] at the runway and the moment of take-off TurbulaiLstan formed by the wings of the airplane in the time declared until ki'iinumlandirilmi.s side wind turbines {iii]i on the sides of the runway {l]i energy production is realized by means of

Another energy source of the system is the place that comes out during the landing of planes. is the effect. The 'r'er effect goes into effect as soon as the planes approach the ground at the same time as their landing. is coming out. This effect is when the life under the wings of the plane is perpendicular to the base of the plane. In this way, it occurs with the movement of the wings from the outside to the other side. to the edges {to the .right and .si'iil sides of the runway] in accordance with the rules of imagination. small side wind turbines at regular intervals {iii]i is placed. However, these tribunes are {iEr]i haya . {l2]iFlü1gar {issuiisi kuti.i_su {l4]i.leneratiîr {li'i]iTraiLsl`i'iimiatfiir Eulusuii Detailed Description Since Illyalimanlari is established in regions with regular winds, these areas Generating energy with wind turbines is of great value.

The main element that feeds the system is the jet while the planes are on the ground. egzi'ii coming out of mi'iiti'iirlar: i'iilu.san is pushing power in their output. Eistem, this beautiful from aeri'idynamics and physics in the landing and take-off of planes It has been designed to operate the wind turbines by taking advantage of the laws.

One of the potential energy supplies to be considered in the invention is the aircrafts. i'iilu.san wing ueu turbulence depending on the movement at the wing tips. your planes i'iilu.san on the wing tips, these air movements are available in all flights, landings and take-offs. is an effect. The moment the planes start moving {:î] at the runway and the moment of take-off TurbulaiLstan formed by the wings of the airplane in the time declared until ki'iinumlandirilmi.s side wind turbines {iii]i on the sides of the runway {l]i energy production is realized by means of

Another energy source of the system is the place that comes out during the landing of planes. is the effect. The 'r'er effect goes into effect as soon as the planes approach the ground at the same time as their landing. is coming out. This effect is when the life under the wings of the plane is perpendicular to the base of the plane. In this way, it occurs with the movement of the wings from the outside to the other side. to the edges {to the .right and .si'iil sides of the runway] in accordance with the rules of imagination. small side wind turbines at regular intervals {iii]i is placed. However, these tribunes are {iEr]i haya . in accordance with the technical requirements applied in the air fields of wind catchers designed skin is required. Namely; pLstin {l]i : sure The height of {Ei-]i ye köse{]']i turbines is limited to a maximum of 1 metre. [:with a long list both side {ö]i and corner {i']i turbines are specially designed.

The side turbines {ö]i located along FLst {l]i move to the side of the runway {l]i according to certain rules. is placed.

The third effect in the system is the _iet mi'iitii'iir egzöi: effect. airplanes After they've had their smugglers work, their egzcii: they have the right to slander their gaci out.

This strong effect dampens the aircraft's ability to reach high speeds.

This effect lasts while the aircraft is still on the ground and during its journey towards the runway {l]. exists. The egzi'ii emerging from this ground movement to the offspring: energy thanks to the effect is obtained.

As can be seen in figure-1 and figure-H, {l]i in taxi grades of airplanes in your movements? eczei on the right and left turns: taxi to catch the effect {2] to the right and left sides of the road at a certain speed-distance and high corner wind turbines {i']i are located. Jet meti'iir egzöi: domains and powers in figure-3 has been explained. Köse wind turbines {i']i pLste {l]i nL at a relatively 45 degree angle kincluded. This angle can die between 31] and ?5 degrees.

In addition, large scale wind turbines {I-l]i by placing {:î]i at the head of the pLst. By making use of the egzi'ii: effect of the aircraft taking off, energy r_ii production is provided.

Large scale wind turbines, positioned in figure-1 and figure-:'i The {H]i vertical axis turbine dies and the per'iiane {vane]i-[9]i diameter is maximum IS meters. This At least 1 {S]i from large turbines {I-l]i is placed at the head of the plst, iii preferably a distance of at least 1 meter between them and the second largest turbine {H} to be placed. space is located. At the beginning of the site pLst where large turbines {I-l]i are placed { S]i is the area called the "escape area" in in accordance with the technical requirements applied in the air fields of wind catchers designed skin is required. Namely; pLstin {l]i : sure The height of {Ei-]i ye köse{]']i turbines is limited to a maximum of 1 metre. [:with a long list both side {ö]i and corner {i']i turbines are specially designed.

The side turbines {ö]i located along FLst {l]i move to the side of the runway {l]i according to certain rules. is placed.

The third effect in the system is the _iet mi'iitii'iir egzöi: effect. airplanes After they've had their smugglers work, their egzcii: they have the right to slander their gaci out.

This strong effect dampens the aircraft's ability to reach high speeds.

This effect lasts while the aircraft is still on the ground and during its journey towards the runway {l]. exists. The egzi'ii emerging from this ground movement to the offspring: energy thanks to the effect is obtained.

As can be seen in figure-1 and figure-H, {l]i in taxi grades of airplanes in your movements? eczei on the right and left turns: taxi to catch the effect {2] to the right and left sides of the road at a certain speed-distance and high corner wind turbines {i']i are located. Jet meti'iir egzöi: domains and powers in figure-3 has been explained. Köse wind turbines {i']i pLste {l]i nL at a relatively 45 degree angle kincluded. This angle can die between 31] and ?5 degrees.

In addition, large scale wind turbines {I-l]i by placing {:î]i at the head of the pLst. By making use of the egzi'ii: effect of the aircraft taking off, energy r_ii production is provided.

Large scale wind turbines, positioned in figure-1 and figure-:'i The {H]i vertical axis turbine dies and the per'iiane {vane]i-[9]i diameter is maximum IS meters. This At least 1 {S]i from large turbines {I-l]i is placed at the head of the plst, iii preferably a distance of at least 1 meter between them and the second largest turbine {H} to be placed. space is located. At the beginning of the site pLst where large turbines {I-l]i are placed { S]i is the area called the "escape area" in distance of at least IS meters between two turbines so that the distance is located. FLstin {l]i :sure of relatively large turbines {H]i its height is limited to a maximum of l meters.

Egzii'ii: large turbines that die due to the gari effect {H]i vertical axis turbines die and take place in a special construction structure. FLstin {l]i he is angry. 'r'an {ö]i ye corner {'i']i turbines are fixed, large turbines {H]i move up It has the ability to move in the downward direction.

Just below the big turbines {H]i is the turbine id {11]i. per fist {:î]i is the opposite of the take-off direction of the airplanes from the large turbines {H]i that die by being placed. those who died in the direction of those who took off by rising from the ground during the take off egzi'ii of the plane: catching the gai.__ big turbines at the other end {at the runway head]i {H]i {ll]i descends to the turbine i'da under the ground by dying off. the direction of the wind with the change of departure direction of the planes, turbine {H]i up and starting ___ opposite large turbine {H]i down i'idaya will descend.

{S]i these big turbines in fists {H]i beti'i in construction It has standards to carry these beti'iinarme aircraft loads. {H]i peryanes of large turbines in .siyriea-[91iay'ri are located in a chamber. This the traitor is located in a system that can move up and down was available for closure. l[em], each turbine in the system produces energy separately and creates a tral transferring their production to the network with the help of___ as well as side {ö]i and corner {'i']i turbines support the large turbine {H] by generating energy to keep it in motion iii) ensures its conversion. distance of at least IS meters between two turbines so that the distance is located. FLstin {l]i :sure of relatively large turbines {H]i its height is limited to a maximum of l meters.

Egzii'ii: large turbines that die due to the gari effect {H]i vertical axis turbines die and take place in a special construction structure. FLstin {l]i he is angry. 'r'an {ö]i ye corner {'i']i turbines are fixed, large turbines {H]i move up It has the ability to move in the downward direction.

Just below the big turbines {H]i is the turbine id {11]i. per fist {:î]i is the opposite of the take-off direction of the airplanes from the large turbines {H]i that die by being placed. those who died in the direction of those who took off by rising from the ground during the take off egzi'ii of the plane: catching the gai.__ big turbines at the other end {at the runway head]i {H]i {ll]i descends to the turbine i'da under the ground by dying off. the direction of the wind with the change of departure direction of the planes, turbine {H]i up and starting ___ opposite large turbine {H]i down i'idaya will descend.

{S]i these big turbines in fists {H]i beti'i in construction It has standards to carry these beti'iinarme aircraft loads. {H]i peryanes of large turbines in .siyriea-[91iay'ri are located in a chamber. This the traitor is located in a system that can move up and down was available for closure. l[em], each turbine in the system produces energy separately and creates a tral transferring their production to the network with the help of___ as well as side {ö]i and corner {'i']i turbines support the large turbine {H] by generating energy to keep it in motion iii) ensures its conversion.

With this system, energy supply to every nectar except navigation systems is provided. llaualimanina how many planes take off with landing The energy to be obtained is also increased. no wind currents in lla'ialaliman the diamond trick is simply the energy production thanks to the effects caused by the planes is realized. Thanks to the invention; ;ill wind regime delay 'i' kni'iit Depending on the number of planes in a ha'iialliman, this value is more famous than ever. It is believed that the energy of the jet fuel consumed by the planes operating on fuels It is obvious that it contributes to the production of urea.

With this system, energy supply to every nectar except navigation systems is provided. llaualimanina how many planes take off with landing The energy to be obtained is also increased. no wind currents in lla'ialaliman the diamond trick is simply the energy production thanks to the effects caused by the planes is realized. Thanks to the invention; ;ill wind regime delay 'i' kni'iit Depending on the number of planes in a ha'iialliman, this value is more famous than ever. It is believed that the energy of the jet fuel consumed by the planes operating on fuels It is obvious that it contributes to the production of urea.

Claims (2)

REQUESTS l. Boom: whether an electrical power generation system dies; It is the inclusion of large-scale wind turbines {H]i, which provides energy 5 generation by utilizing the tilt effect of the take-off aircraft placed on the runway blocks {S]i. 2. The system dies, as mentioned in claim 1, is that {S]iena: 1 large turbines {H]i are located at the beginning of the runway. At the beginning, there is {:'1} en a: l. turbines -[H]i vertical axis turbine dies and peryan i[wing]i {9]i eap is maximum IS meter. Q. The system dies feature mentioned in claim 1; The pLstin i[l]i floor is the maximum 1 meter diamond of the {H]i height of 20 relatively large turbines. he. The system dies feature mentioned in claim 1; Inclination: It is the fact that the large turbines {H] that die, which will operate with the effect of gas, are located in a reinforced concrete structure. 25. System death as claimed in claim 1; large turbines-[H]i is the diamond with the ability to move up and down. H. The system mentioned in claim 1 dies; It is that the turbine interior {l l] takes place just below the {H]i of large turbines. REQUESTS l. Boom: whether an electrical power generation system dies; It is the inclusion of large-scale wind turbines {H]i, which provides energy 5 generation by utilizing the tilt effect of the take-off aircraft placed on the runway blocks {S]i. 2. The system dies, as mentioned in claim 1, is that {S]iena: 1 large turbines {H]i are located at the beginning of the runway. At the beginning, there is {:'1} en a: l. turbines -[H]i vertical axis turbine dies and peryan i[wing]i {9]i eap is maximum IS meter. Q. The system dies feature mentioned in claim 1; The pLstin i[l]i floor is the maximum 1 meter diamond of the {H]i height of 20 relatively large turbines. he. The system dies feature mentioned in claim 1; Inclination: It is the fact that the large turbines {H] that die, which will operate with the effect of gas, are located in a reinforced concrete structure. 25. System death as claimed in claim 1; large turbines-[H]i is the diamond with the ability to move up and down. H. The system mentioned in claim 1 dies; It is that the turbine interior {l l] takes place just below the {H]i of large turbines. In claim 1, the system dies and its property; Of the large turbines {H]i placed at the head of the runway {H]i the dead of the aircraft in the opposite direction of the take-off direction of the aircraft that took off by rising from the ground during take-off: catching the gai.__ of the large turbines at the {p-stall] at the other end It is the descent of the turbine i'iii:l..-1 to {l l]i under the ground, with {I-l]i dying off. In claim 1, the system dies and Edelligi; With the change of the wind direction, it starts to work by getting up and starting to work with the change of the take-off directions of the airplanes. sLstem it'iilLl]:'r feature mentioned in claim 1; in the {l]i movements of airplanes in taxiways? Corner wind turbines {i'] are located on the right and left sides of the taxiway {2] in order to capture the eczei: effect on the right and left turns. . In claim 1, the system dies and remains; corner wind turbines {'i']i runway {l]i relative to an angle between SU to 'IS creek r. In claim 1, the system dies and its property; corner {'i']i is the maximum 1 meter height of turbines. The system dies feature mentioned in claim 1; the turbulence measured by the wings of the airplanes and the ground effect that comes out during the landing of the airplanes, and the side wind turbines {ö] located on the sides of the runway that perform energy generation. . The system mentioned in claim 1 is dead; {l]i of the runway: sure, it is the measurement of the maximum height of the side turbines {ö]i in l meters. In claim 1, the system dies and its property; Of the large turbines {H]i placed at the head of the runway {H]i the dead of the aircraft in the opposite direction of the take-off direction of the aircraft that took off by rising from the ground during take-off: catching the gai.__ of the large turbines at the {p-stall] at the other end It is the descent of the turbine i'iii:l..-1 to {l l]i under the ground, with {I-l]i dying off. In claim 1, the system dies and Edelligi; With the change of the wind direction, it starts to work by getting up and starting to work with the change of the take-off directions of the airplanes. sLstem it'iilLl]:'r feature mentioned in claim 1; in the {l]i movements of airplanes in taxiways? Corner wind turbines {i'] are located on the right and left sides of the taxiway {2] in order to capture the eczei: effect on the right and left turns. . In claim 1, the system dies and remains; corner wind turbines {'i']i runway {l]i relative to an angle between SU to 'IS creek r. In claim 1, the system dies and its property; corner {'i']i is the maximum 1 meter height of turbines. The system dies feature mentioned in claim 1; the turbulence measured by the wings of the airplanes and the ground effect that comes out during the landing of the airplanes, and the side wind turbines {ö] located on the sides of the runway that perform energy generation. . The system mentioned in claim 1 is dead; {l]i of the runway: sure, it is the measurement of the maximum height of the side turbines {ö]i in l meters.