CN111425328A - Wind-water rotating wheel and ocean energy comprehensive power generation device thereof - Google Patents
Wind-water rotating wheel and ocean energy comprehensive power generation device thereof Download PDFInfo
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- CN111425328A CN111425328A CN202010390779.8A CN202010390779A CN111425328A CN 111425328 A CN111425328 A CN 111425328A CN 202010390779 A CN202010390779 A CN 202010390779A CN 111425328 A CN111425328 A CN 111425328A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B3/00—Machines or engines of reaction type; Parts or details peculiar thereto
- F03B3/12—Blades; Blade-carrying rotors
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B13/00—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates
- F03B13/06—Stations or aggregates of water-storage type, e.g. comprising a turbine and a pump
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B13/00—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates
- F03B13/12—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B3/00—Machines or engines of reaction type; Parts or details peculiar thereto
- F03B3/12—Blades; Blade-carrying rotors
- F03B3/121—Blades, their form or construction
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03D—WIND MOTORS
- F03D3/00—Wind motors with rotation axis substantially perpendicular to the air flow entering the rotor
- F03D3/06—Rotors
- F03D3/061—Rotors characterised by their aerodynamic shape, e.g. aerofoil profiles
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03D—WIND MOTORS
- F03D3/00—Wind motors with rotation axis substantially perpendicular to the air flow entering the rotor
- F03D3/06—Rotors
- F03D3/062—Rotors characterised by their construction elements
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03D—WIND MOTORS
- F03D9/00—Adaptations of wind motors for special use; Combinations of wind motors with apparatus driven thereby; Wind motors specially adapted for installation in particular locations
- F03D9/20—Wind motors characterised by the driven apparatus
- F03D9/25—Wind motors characterised by the driven apparatus the apparatus being an electrical generator
- F03D9/255—Wind motors characterised by the driven apparatus the apparatus being an electrical generator connected to electrical distribution networks; Arrangements therefor
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/74—Wind turbines with rotation axis perpendicular to the wind direction
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/16—Mechanical energy storage, e.g. flywheels or pressurised fluids
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- General Engineering & Computer Science (AREA)
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- Combustion & Propulsion (AREA)
- Sustainable Development (AREA)
- Sustainable Energy (AREA)
- Life Sciences & Earth Sciences (AREA)
- Power Engineering (AREA)
- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- Other Liquid Machine Or Engine Such As Wave Power Use (AREA)
- Wind Motors (AREA)
Abstract
本发明公开了一种风水转轮,包括转轮轴和若干绕转轮轴的轴心均匀设置在转轮轴上的叶片;所述叶片沿转轮轴轴向设置的长度方向与转轮轴轴向平行;所述叶片沿转轮轴径向的横截面两侧分别形成叶片内凹的风水冲击面和外凸的风水阻力面。本发明的风水转轮结构简单,适应能力强,风能水能都能很好的应用。本发明还涉及一种使用该风水转轮的海洋能综合发电装置,采用多个风水转轮立体化设置,使用若干差速器形成树状结构,该方案解决了现有技术中,每个风水转轮都要一台调速器和一台发电机的问题。该发电装置结构简单、成本低、易于商业化。
The invention discloses a feng shui runner, comprising a runner shaft and a plurality of blades evenly arranged on the runner shaft around the axis of the runner shaft; the length direction of the blades arranged along the axis of the runner shaft is parallel to the axial direction of the runner shaft; The two sides of the cross section of the blade along the radial direction of the runner shaft respectively form an inner concave feng shui impact surface and an outer convex feng shui resistance surface. The feng shui runner of the invention has the advantages of simple structure, strong adaptability, and good application of both wind energy and water energy. The present invention also relates to a marine energy integrated power generation device using the feng shui runner, which adopts a plurality of feng shui runners to be three-dimensionally arranged, and uses a plurality of differentials to form a tree-like structure. The runner needs a governor and a generator. The power generation device is simple in structure, low in cost and easy to commercialize.
Description
技术领域technical field
本发明属于风能和水能可再生能源发电领域;更具体的涉及一种风水转轮及其海洋能综合发电装置。The invention belongs to the field of wind energy and water energy renewable energy power generation; more specifically relates to a wind water runner and a marine energy integrated power generation device.
背景技术Background technique
随着全球工业化的发展,人们的生活水平不断改善,能源问题逐渐凸显,近年受化石能源日趋枯竭影响,开发清洁可再生能源是人类发展需求的必然趋势。清洁能源包括太阳能、风能、水能、地热能等。风能和水能比较成熟是人们的首选。目前最成熟的风力发电多数都是水平轴,一般由下列几个部分组成,风轮、发电机、调速和调向机构、停车机构、塔架及拉索、控制器、蓄电池、逆变器等,结构复杂,成本高。水能包括波浪能、潮流能、潮汐能、河流能等。目前,人们对波浪能、潮汐能、潮流能等都是单独利用,以上能源各有自己的缺点。单独利用达不到优缺点互补的目的,导致各自的附件增多,成本高,难以达到商业化。为了调节用电高峰,必须修水库抽水蓄能来达到削峰填谷的目的。抽水蓄能1度电抽的水。目前技术只发到0.7度电,这就意味着30%的损耗。With the development of global industrialization, people's living standards have been continuously improved, and energy problems have gradually become prominent. In recent years, affected by the depletion of fossil energy, the development of clean and renewable energy is an inevitable trend of human development needs. Clean energy includes solar energy, wind energy, hydro energy, geothermal energy, etc. Wind energy and hydropower are more mature and are people's first choice. At present, most of the most mature wind power generation are horizontal axis, generally composed of the following parts: wind turbine, generator, speed and direction adjustment mechanism, parking mechanism, tower and cable, controller, battery, inverter etc., the structure is complex and the cost is high. Water energy includes wave energy, tidal energy, tidal energy, river energy, etc. At present, people use wave energy, tidal energy, tidal energy, etc. independently, and the above energy sources each have their own shortcomings. Single use cannot achieve the purpose of complementing advantages and disadvantages, resulting in the increase of their respective accessories, high cost, and difficulty in commercialization. In order to adjust the peak electricity consumption, the reservoir must be built to achieve the purpose of reducing the peak and filling the valley. Pumped storage water is pumped by 1 kWh of electricity. The current technology only generates 0.7 kWh of electricity, which means a 30% loss.
发明内容SUMMARY OF THE INVENTION
针对现有技术的不足之处,本发明的目的在于提供一种风水转轮及其海洋能综合发电装置。以解决现有技术的发电装置结构复杂、成本高、商业化困难以及发电效率低等问题。Aiming at the deficiencies of the prior art, the purpose of the present invention is to provide a feng shui runner and a marine energy integrated power generation device. In order to solve the problems of complex structure, high cost, difficult commercialization and low power generation efficiency of the power generation device in the prior art.
为达到上述目的,本发明的技术方案如下:For achieving the above object, technical scheme of the present invention is as follows:
一种风水转轮,包括转轮轴和若干绕转轮轴的轴心均匀设置在转轮轴上的叶片;所述叶片沿转轮轴轴向设置的长度方向与转轮轴轴向平行;所述叶片沿转轮轴径向的横截面两侧分别形成叶片内凹的风水冲击面和外凸的风水阻力面。A feng shui runner, comprising a runner shaft and a plurality of blades uniformly arranged on the runner shaft around the axis of the runner shaft; the length direction of the blades arranged along the axis of the runner shaft is parallel to the axial direction of the runner shaft; The two sides of the radial cross section of the wheel shaft respectively form the concave feng shui impact surface and the outer convex feng shui resistance surface of the blade.
叶片沿转轮轴轴向延伸,形成风水冲刷的动力来源。叶片上设置内凹的冲击面和外凸的阻力面,风或水冲击风水转轮时,不同叶片受冲击的力度不同,部分叶片的外凸的阻力面受风水冲击通过外凸处分流,部分叶片内凹的冲击面受风水冲击时反弹,故部分叶片内凹的冲击面受到的冲击力始终大于部分叶片外凸的阻力面的力,从而确保整个风水转轮只以一个方向转动。且将风水转轮的转轮轴平放时,绕该轴无论是从哪个方向冲击叶片,都可确保叶片始终向一个方向转动。结构简单,使用范围广,便于推广利用。The blades extend axially along the runner shaft, forming a power source for feng shui scouring. There are concave impact surfaces and convex resistance surfaces on the blades. When wind or water hits the feng shui runner, different blades have different impact strengths. The concave impact surface of the blade rebounds when it is impacted by feng shui, so the impact force on the concave impact surface of some blades is always greater than the force on the convex resistance surface of some blades, thus ensuring that the entire feng shui runner only rotates in one direction. And when the runner shaft of the feng shui wheel is placed horizontally, no matter which direction the blade is hit from around the shaft, it can ensure that the blade always rotates in one direction. The structure is simple, the scope of use is wide, and the utility model is convenient for popularization and utilization.
进一步,所述叶片沿转轮轴径向的横截面呈圆弧状,且该圆弧的长度为圆长度的一半。通过叶片圆弧状设置,可最大程度的冲击叶片的冲击面,提高了冲击力度,从而提高了发电量。Further, the cross section of the blade along the radial direction of the runner shaft is in the shape of an arc, and the length of the arc is half of the length of the circle. Through the arc-shaped arrangement of the blade, the impact surface of the blade can be impacted to the greatest extent, and the impact strength is improved, thereby increasing the power generation.
进一步,所述风水转轮上的叶片为3-6个。Further, the number of blades on the feng shui runner is 3-6.
更进一步,所述叶片冲击面一侧的通孔上铰接有盖合或打开通孔的挡板。Furthermore, a baffle plate for closing or opening the through hole is hingedly connected to the through hole on one side of the impingement surface of the blade.
通过在叶片冲击面上设置通孔的挡板构成单向阀门,风水转轮在冲击面的力大于阻力面的力时,单向阀门受风水冲击自动关闭,冲击面受力就更大,阻力面的力大于冲击面力时单向阀门在风水冲击下自动打开,阻力面的力就相应减小,通过若干个单向阀的设置风水转轮的效率成倍提高。A one-way valve is formed by setting a baffle with a through hole on the impact surface of the blade. When the force of the feng shui runner on the impact surface is greater than the force on the resistance surface, the one-way valve is automatically closed by the feng shui impact, and the impact surface is subjected to greater force and resistance. When the force of the surface is greater than the force of the impact surface, the one-way valve will automatically open under the impact of Feng Shui, and the force of the resistance surface will be reduced accordingly.
本发明还涉及一种海洋能综合发电装置,包括上述所述的风水转轮、若干竖井、若干转轴、传动结构、调速器、离合器以及发电机;若干所述竖井相互竖向平行设置,所述风水转轮的转轮轴固定套设在转轴上,若干所述转轴均水平穿过若干所述竖井并在风水转轮带动下转动,所述风水转轮夹设置在相邻竖井之间;若干所述风水转轮的叶片方向均一致;若干所述转轴通过传动结构与调速器连接,调速器通过离合器与发电机连接,发电机与电网相连;所述传动结构、调速器、离合器以及发电机均设置在其中一竖井内,所述传动结构与穿入竖井内的转轴部分相连;通过风水冲击风水转轮转动,带动转轴转动,转轴依次通过传动结构、调速器和离合器从而带动发电机发电。The present invention also relates to a marine energy integrated power generation device, comprising the above-mentioned feng shui runner, several vertical shafts, several rotating shafts, a transmission structure, a governor, a clutch and a generator; a plurality of the vertical shafts are arranged vertically parallel to each other, so The rotating shaft of the feng shui runner is fixedly sleeved on the rotating shaft, a plurality of the rotating shafts horizontally pass through a plurality of the vertical shafts and rotate under the driving of the feng shui runner, and the feng shui runner clips are arranged between adjacent vertical shafts; The directions of the blades of the feng shui runners are all the same; a plurality of the rotating shafts are connected with the governor through a transmission structure, the governor is connected with the generator through a clutch, and the generator is connected with the power grid; the transmission structure, the governor, the clutch The generator and the generator are all arranged in one of the shafts, and the transmission structure is connected to the part of the shaft that penetrates into the shaft; the feng shui impinges the rotation of the feng shui runner to drive the shaft to rotate, and the shaft passes through the transmission structure, the governor and the clutch in turn to drive Generator to generate electricity.
通过设置若干竖井,可将若干转轴设置其上,实现多个风水转轮立体化设置,风水冲击风水转轮时,实现多个风水转轮转动,从而收集较多的能量发电。同时通过设置竖井,且将若干风水转轮的叶片转动方向一致设置,针对本发明的叶片,水或风从绕转轴360度的任何方向冲击,均可确保所有转轴同向转动,确保了转轴转动的一致性,便于通过传动结构收集能量。将传动结构、调速器、离合器以及发电机等设置在竖井内,可方便管理以及检修等。By setting up several shafts, several shafts can be set on it, realizing the three-dimensional arrangement of multiple feng shui runners. When feng shui hits the feng shui runner, multiple feng shui runners can be rotated, thereby collecting more energy to generate electricity. At the same time, by setting the shaft and setting the rotation directions of the blades of several feng shui runners in the same direction, for the blades of the present invention, water or wind impacts from any direction of 360 degrees around the rotation axis, which can ensure that all the rotation shafts rotate in the same direction and ensure the rotation of the rotation shafts. Consistency to facilitate energy collection through the transmission structure. The transmission structure, governor, clutch and generator are arranged in the shaft, which can facilitate management and maintenance.
进一步,在相邻竖井之间的若干转轴上均设置数量相同的若干风水转轮,同一转轴上相邻风水转轮之间通过挡片隔开。通过在相邻竖井之间的转轴上设置若干风水转轮,可增长相邻竖井之间的距离,使风水转轮面对海水或风冲击的面更广,便于海水或风的冲击,防止相邻竖井之间距离过小而造成冲击力不足的情况出现。Further, several feng shui runners of the same number are arranged on several rotating shafts between adjacent vertical shafts, and adjacent feng shui runners on the same rotating shaft are separated by baffles. By arranging several feng shui runners on the rotating shaft between adjacent shafts, the distance between adjacent shafts can be increased, so that the feng shui runner can face the impact of seawater or wind more widely, which is convenient for the impact of seawater or wind and prevents the The distance between adjacent shafts is too small to cause insufficient impact force.
进一步,还包括若干支撑转轴端部的连接柱,若干所述连接柱均设置在转轴的两端且与转轴端部活动连接;若干转轴两端的若干连接柱通过紧固结构与竖井固定为一体。通过在转轴端部设置活动连接的连接柱取代端部的竖井,可防止海水或风从该发电装置侧面冲击从而造成的发电装置歪倒、位移以及角度偏转等影响发电的问题;且造价更低,海水穿过连接柱冲击风水转轮,发电效率更高。Further, it also includes a plurality of connecting columns supporting the ends of the rotating shaft, the connecting columns are arranged at both ends of the rotating shaft and are movably connected with the ends of the rotating shaft; the connecting columns at both ends of the rotating shafts are integrally fixed with the shaft through a fastening structure. By replacing the shaft at the end of the rotating shaft with an articulated connecting column, it can prevent problems such as tilting, displacement and angle deflection of the power generating device caused by the impact of seawater or wind from the side of the power generating device, which affects power generation; and the cost is lower. , the sea water passes through the connecting column to impact the feng shui runner, and the power generation efficiency is higher.
进一步,若干水平设置的所述转轴竖向在竖井上排成一列构成转轮组,在竖井上设置有若干列转轮组;所述传动结构包括若干锥形齿轮差速器、若干分别设置在转轴上的链轮以及连接相邻链轮的链条;若干所述锥形齿轮差速器设置在转轮组的中部,将转轮组分隔为转轮组上部和转轮组下部,所述链轮固定套设在穿入竖井内的转轴上,转轮组上部相邻转轴通过链轮与链条的配合相连接,转轮组下部相邻转轴通过链轮与链条的配合相连接,在锥形齿轮差速器相邻的转轮组上部的转轴和转轮组下部的转轴上分别固定套设有锥齿轮,所述锥齿轮分别与初级锥形齿轮差速器的两个输出轴相连,相邻两个初级锥形齿轮差速器的输入轴分别与次级锥形齿轮差速器的输出轴相连,相邻两个次级锥形齿轮差速器的输入轴分别与三级锥形齿轮差速器的输出轴相连,依次通过若干层级差速器的设置将若干转轮组上的力传递至终极锥形齿轮差速器;终极锥形齿轮差速器的输入轴与调速器输入轴相连,调速器的输出轴通过离合器与发电机相连;若干所述转轮组通过若干层级的差速器的传导从而带动发电机发电。Further, several horizontally arranged said rotating shafts are vertically arranged in a row on the shaft to form a runner group, and several rows of runner groups are arranged on the shaft; the transmission structure includes several bevel gear differentials, several The sprocket on the rotating shaft and the chain connecting the adjacent sprockets; a plurality of the bevel gear differentials are arranged in the middle of the runner group, and the runner group is divided into the upper part of the runner group and the lower part of the runner group, the chain The wheel is fixedly sleeved on the rotating shaft that penetrates into the shaft. The adjacent rotating shafts on the upper part of the runner group are connected by the cooperation of the sprocket and the chain, and the adjacent rotating shafts at the lower part of the runner group are connected by the cooperation of the chain wheel and the chain. Bevel gears are respectively fixed and sleeved on the rotating shaft of the upper part of the runner group adjacent to the gear differential and the rotating shaft of the lower part of the runner group, and the bevel gears are respectively connected with the two output shafts of the primary bevel gear differential. The input shafts of the adjacent two primary bevel gear differentials are respectively connected with the output shafts of the secondary bevel gear differentials, and the input shafts of the adjacent two secondary bevel gear differentials are respectively connected with the three-stage bevel gears. The output shaft of the differential is connected, and the force on several runner groups is transmitted to the ultimate bevel gear differential through the arrangement of several levels of differentials in turn; the input shaft of the ultimate bevel gear differential is connected to the governor input. The shafts are connected, and the output shaft of the governor is connected with the generator through the clutch; a plurality of the runner groups are conducted through the differential gears of several levels to drive the generator to generate electricity.
一般的锥形齿轮差速器包括一个输入轴,两个输出轴,通过输入轴输入的转速,可实现两个输出轴分别以不同速度转动;同理反向通过两个输出轴输入的速度可合二为一通过输入轴输出。将若干水平设置的转轴竖向排成一列构成转轮组,同时将初级锥形齿轮差速器设置在转轮组的中部,可方便将相邻转轴通过链轮和链条竖向连接在一起,从而便于将转轮组上部和转轮组下部的动力同时输入到初级锥形齿轮差速器的输出轴。通过设置若干组转轮组,也即相对应的设置若干个初级锥形齿轮差速器,在初级锥形齿轮差速器的基础上设置次级锥形齿轮差速器,相邻两个初级锥形齿轮差速器的输入轴分别与一个次级锥形齿轮差速器的输出轴相连,然后由次级锥形齿轮差速器的输入轴将两组转轮组所产生的力和速度输出;以此类推,可将整个转轮组产生的速度和力最终输送到终极锥形齿轮差速器上,再由终极锥形齿轮差速器的输入轴输出到发电机当中发电,整个传动结构的锥形齿轮差速器呈树状分支形结构设置,可将风水转轮所产生的不同力和速度逐级输送,最终合二为一,设计结构合理。终极锥形齿轮差速器的输入轴再通过调速器调速后输入到发电机,通过设置多个转轮组,可收集剧烈波浪产生的能量,采用大功率发电机发电,无需拦河筑坝,就地安装,降低了成本,采用清洁能源,无环境污染。A general bevel gear differential includes an input shaft and two output shafts. Through the input speed of the input shaft, the two output shafts can rotate at different speeds respectively; similarly, the speed input through the two output shafts in the reverse direction can be Combined into one output through the input shaft. Several horizontally arranged rotating shafts are vertically arranged in a row to form a runner group, and at the same time, the primary bevel gear differential is arranged in the middle of the runner group, which can facilitate the vertical connection of adjacent rotating shafts through sprockets and chains. Therefore, it is convenient to input the power of the upper part of the runner set and the lower part of the runner set to the output shaft of the primary bevel gear differential at the same time. By setting several groups of runners, that is, setting several primary bevel gear differentials correspondingly, the secondary bevel gear differential is set on the basis of the primary bevel gear differential, and two adjacent primary bevel gear differentials are arranged. The input shaft of the bevel gear differential is connected to the output shaft of a secondary bevel gear differential, and then the input shaft of the secondary bevel gear differential transfers the force and speed generated by the two sets of runners. Output; by analogy, the speed and force generated by the entire runner group can be finally transmitted to the ultimate bevel gear differential, and then the input shaft of the ultimate bevel gear differential is output to the generator to generate electricity. The bevel gear differential of the structure is arranged in a tree-like branch structure, which can convey the different forces and speeds generated by the feng shui runner step by step, and finally combine them into one, and the design structure is reasonable. The input shaft of the ultimate bevel gear differential is then input to the generator after being adjusted by the governor. By setting up multiple runner groups, the energy generated by the violent waves can be collected, and the high-power generator is used to generate electricity without blocking the river. The dam, installed on-site, reduces costs, uses clean energy, and has no environmental pollution.
更进一步,相邻转轮组上的转轴相互错落设置。海水冲击发电装置,首先冲击发电装置最前端或最后端的转轮组,为使最前端转轮组和最后端转轮组之间的转轮组能够获得更大的动力,将不同转轮组之间的转轴交错设置,当海水自第一排转轮组的两个转轮之间穿过时,可直接冲击下一转轮组上的风水转轮,依次类推,从而使该发电装置获得更多的能量来发电。Furthermore, the rotating shafts on the adjacent runner groups are arranged staggered from each other. When the seawater impacts the power generation device, it first impacts the runner group at the front end or the rear end of the power generation device. The rotating shafts between the runners are staggered. When the sea water passes between the two runners of the first row of runners, it can directly impact the feng shui runners on the next runner set, and so on, so that the power generation device can obtain more energy to generate electricity.
进一步,还包括电动机,所述发电机为三个,离合器为四个;所述调速器的输出轴上设置一连接齿轮,该连接齿轮通过四个离合器分别与电动机和三个发电机相连;所述电动机与电网相连。Further, it also includes an electric motor, three generators and four clutches; a connecting gear is arranged on the output shaft of the governor, and the connecting gear is respectively connected with the electric motor and the three generators through four clutches; The electric motor is connected to the grid.
通过设置三个发电机,可采用不同马力的发电机来收集不同程度的能量,且三个发电机还可组合使用,根据风浪的大小适时调整发电的大小和数量,使发电机与当时风浪更匹配,提高发电量。通过三台发电机的设置,解决了只用一台发电机风浪很小启动不了不能发电,风浪过强发电机超负荷也发不了电和损坏设备的问题,发电机也可根据实际需要设置其数量。该发电装置在发电时,各差速器通过将风水转轮收集的能量反向传递到发电机;在无风无浪风水转轮停止运转后,又有微风微浪时,风水转轮难以启动和正常运转,可启动电动机通过差速器正向传递从而启动各风水转轮转动,电动机激活风水转轮正常运转后,关闭电动机即可,此时启动发电机即可正常发电,电动机通过电网带动其转动,该方案解决了现有技术中风水转轮在微风微浪的情况下难以启动不能发电的问题。By setting up three generators, generators with different horsepower can be used to collect different degrees of energy, and the three generators can also be used in combination. match to increase power generation. Through the setting of three generators, it solves the problem that only one generator cannot start and cannot generate electricity when the wind and waves are too small. If the wind and waves are too strong, the generator cannot generate electricity and damage the equipment due to overloading. The generator can also be set according to actual needs. quantity. When the power generation device generates electricity, each differential transmits the energy collected by the feng shui runner to the generator in the reverse direction; after the wind and water runner stops without wind and waves, and there is a breeze and waves, the feng shui runner is difficult to start. and normal operation, the motor can be started to transmit forward through the differential to start the rotation of each feng shui runner. After the motor activates the feng shui runner to run normally, the motor can be turned off. At this time, the generator can be started to generate electricity normally, and the motor is driven by the power grid. It rotates, and the solution solves the problem of the prior art that the feng shui runner is difficult to start and cannot generate electricity in the case of light wind and waves.
更进一步,还包括设置在中间竖井上的发电舱,所述发电舱设置在转轮组上部和转轮组下部之间的竖井上;所述传动结构、调速器、离合器、发电机和电动机均设置在发电舱内。通过发电舱的设置,可将各个结构集中设置,集中管理以及检修,方便维护。Further, it also includes a power generation cabin arranged on the middle shaft, the power generation cabin is arranged on the shaft between the upper part of the runner group and the lower part of the runner group; the transmission structure, the speed governor, the clutch, the generator and the motor are installed in the generator room. Through the setting of the power generation cabin, each structure can be centrally set, managed and inspected in a centralized manner, which is convenient for maintenance.
更进一步,在设置发电舱的竖井之上还设置有操控传动结构、调速器、离合器、发电机和电动机的操控塔。操控塔一般设置在海面之上,在其上可安装各种自动控制装置或手动控制装置,且通过操控塔可进入到发电舱中,方便进出及维护。Furthermore, a control tower for controlling the transmission structure, the governor, the clutch, the generator and the electric motor is also arranged above the shaft where the generator cabin is arranged. The control tower is generally set on the sea surface, on which various automatic control devices or manual control devices can be installed, and through the control tower, the power generation cabin can be entered, which is convenient for access and maintenance.
更进一步,在操控塔的顶部还设置有风力发电的设置在竖向转轴上的若干风水转轮,该转轴通过传动结构与调速器连接。通过在操控塔上设置风力发电的风水转轮,可有效利用该发电装置,提高了发电量。同时也可根据该风水转轮判断风力的大小。风水转轮用于风力发电时,转轴竖向安装,风水转轮可以接受来自绕转轴任何方向的风,风向改变时无需对风。用于流水发电既可立式安装也可卧式安装。Furthermore, on the top of the control tower is also provided a number of feng shui runners for wind power generation, which are arranged on the vertical rotating shaft, and the rotating shaft is connected with the governor through a transmission structure. By arranging a wind-shui runner for wind power generation on the control tower, the power generation device can be effectively used, and the power generation amount is increased. At the same time, the wind force can also be judged according to the feng shui wheel. When the feng shui runner is used for wind power generation, the rotating shaft is installed vertically. The feng shui runner can accept the wind from any direction around the rotating shaft, and there is no need to face the wind when the wind direction changes. It can be installed vertically or horizontally for running water power generation.
更进一步,还包括抽水提能系统;所述抽水提能系统包括低势水库、高势水库、若干加压管、抽水机以及水轮机;所述加压管呈喇叭状,涨潮时其大头深入海水内,其小头高于大头以及海平面的高度并延伸至低势水库内;所述抽水机将低势水库内的海水抽入到高势水库内,高势水库内的海水通过落差与水轮机相配合发电,并通过电网带动电动机转动,从而带动风水转轮转动。Further, it also includes a water pumping energy-lifting system; the water pumping and energy-lifting system includes a low-potential reservoir, a high-potential reservoir, a number of pressurized pipes, a water pump and a water turbine; the pressurized pipe is in the shape of a trumpet, and its large end penetrates into the seawater when the tide is high. , the small head is higher than the big head and the height of the sea level and extends into the low-potential reservoir; the water pump pumps the seawater in the low-potential reservoir into the high-potential reservoir, and the seawater in the high-potential reservoir cooperates with the turbine through the drop It generates electricity, and drives the motor to rotate through the power grid, thereby driving the feng shui runner to rotate.
通过低势水库和加压孔的设置,涨潮时抽水机将海水从低势水库抽到高势水库可减少抽水的扬程,节约抽水的用电量,退潮时放水发电输入电网。Through the setting of low-potential reservoirs and pressurized holes, the water pump can pump seawater from the low-potential reservoir to the high-potential reservoir during high tide, which can reduce the pumping lift and save the electricity consumption for pumping.
进一步,所述加压管小头上以及抽水机出水管上分别设置有软管,软管的出口处分别设置有软管漂浮的浮子。通过软管与浮子的配合使用,海水涌进低势水库同时抽水机将低势水库的水抽入高势水库中时,软管的出水口在浮子的作用下始终处于液面之上,防止海水涌进低势水库时管道过高不利进入低势水库,管道出口低于水平面又容易回流。海水自低势水库进入高势水库时,通过软管设置,提升的海水始终根据高势水库的水位的变化而变化节约了电能。Further, hoses are respectively provided on the small head of the pressurizing pipe and the water outlet pipe of the water pump, and a float for the hose to float is respectively provided at the outlet of the hose. Through the use of the hose and the float, the seawater flows into the low-potential reservoir and the water pump of the low-potential reservoir is pumped into the high-potential reservoir, the outlet of the hose is always above the liquid level under the action of the float, preventing seawater When pouring into the low-potential reservoir, the pipeline is too high to enter the low-potential reservoir, and the outlet of the pipeline is lower than the horizontal level and easy to backflow. When the seawater enters the high potential reservoir from the low potential reservoir, the raised seawater is always changed according to the change of the water level of the high potential reservoir through the hose setting, saving electric energy.
更进一步,所述低势水库的底部设置有海水流向低势水库的单向阀,低势水库底部和高势水库底部之间设置有低势水库内的海水流向高势水库的单向阀。Furthermore, the bottom of the low-potential reservoir is provided with a one-way valve for seawater flowing to the low-potential reservoir, and a one-way valve for seawater in the low-potential reservoir to flow to the high-potential reservoir is arranged between the bottom of the low-potential reservoir and the bottom of the high-potential reservoir.
通过在海水和低势水库之间设置单向阀,涨潮时海水可先灌入低势水库,低势水库的水位和海水的水位齐平,且可防止低势水库内的海水倒流回海,再在加压孔的作用下,通过海水与低势水库和低势水库与高势水库设置单向阀,涨潮时海水灌入低势水库,同时灌入高势水库后,可防止进入高势水库和低势水库内的海水倒流回海,水位齐平,涌浪冲击加压孔进入低势水库后自然上涨。再同时通过抽水机将低势水库不断涌进的海水抽入高势水库,从而可降低海水抽入高势水库的扬程,节约了电量。By setting a one-way valve between the seawater and the low-potential reservoir, the seawater can be poured into the low-potential reservoir first when the tide is high, and the water level of the low-potential reservoir is flush with the seawater level, and the seawater in the low-potential reservoir can be prevented from flowing back to the sea. Then, under the action of the pressure hole, one-way valves are set up through the seawater and the low-potential reservoir and the low-potential reservoir and the high-potential reservoir. When the tide is high, the seawater is poured into the low-potential reservoir, and the high-potential reservoir can be prevented from entering the high-potential reservoir at the same time. The sea water in the reservoir and the low-potential reservoir flows back to the sea, and the water level is flush. At the same time, the seawater continuously pouring from the low-potential reservoir is pumped into the high-potential reservoir through the water pump, thereby reducing the lift of the seawater pumped into the high-potential reservoir and saving electricity.
抽水提能系统是利用涨潮时海水上涨通过单向阀引水入库,待内外水位齐平,发电装置发的电带动抽水机,把低势水库的水继续抽到高势水库存储,在涨潮时把高势水库装满,平潮时放水发电,收入高势水库的水存储的位置始终是涨潮时潮高的上方,落差就大,发电的效率就好。在潮汐、加压孔和抽水机的共同作用下,小扬程抽的水平潮时大落差发电,提高了发电量,通过发电装置和抽水提能系统的综合运用,达到抽水提能系统既可蓄能又可提能的目的。The pumping and energy-lifting system uses the rising tide of seawater to divert water into the reservoir through the one-way valve. When the internal and external water levels are flush, the electricity generated by the power generation device drives the water pump, and the water from the low-potential reservoir continues to be pumped to the high-potential reservoir for storage. When the high tide reservoir is full, water is released to generate electricity at low tide, and the water storage location of the income high tide reservoir is always above the high tide at high tide. The larger the drop, the better the power generation efficiency. Under the combined action of tides, pressurized holes and water pumps, the small head pumping can generate electricity with a large drop during the horizontal tide, which increases the power generation. Another possible purpose.
本发明的原理如下:The principle of the present invention is as follows:
本发明的风水转轮固定在转轴上带动转轴转动,风水转轮的叶片具有内凹的冲击面和外凸的阻力面,当海水或风从绕转轮轴360度任一方向冲击叶片时,所有叶片冲击面承受的合力始终大于所有阻力面承受的合力,带动风水转轮转动,且风水转轮在叶片内凹面和外凸面固定的情况下,风水转轮将始终按同一方向转动,便于控制;通过在叶片的通孔上设置单向阀作用的挡片,可将叶片冲击面承受的合力更加大于叶片阻力面承受的合力,从而提高了整个风水转轮的转速,提高了发电量。The feng shui runner of the present invention is fixed on the rotating shaft to drive the rotating shaft to rotate. The blades of the feng shui runner have an inwardly concave impact surface and an outwardly convex resistance surface. The resultant force on the impact surface of the blade is always greater than that on all resistance surfaces, which drives the feng shui runner to rotate, and when the feng shui runner is fixed on the inner concave and outer convex surfaces of the blade, the feng shui runner will always rotate in the same direction, which is easy to control; By arranging a one-way valve on the through hole of the blade, the resultant force on the impact surface of the blade can be more than that on the resistance surface of the blade, thereby increasing the rotation speed of the entire feng shui runner and increasing the power generation.
本发明的一种海洋能综合发电装置在海浪或风的作用下,冲击风水转轮,所用的风水转轮将按照相同的方向转动,同一转轮组通过链轮和链条依次将转轮组上部连为一体,将转轮组下部连为一体,再通过初级锥形齿轮差速器将转轮组上部和转轮组下部的力和速度合二为一,再通过次级锥形齿轮差速器将若干初级锥形齿轮差速器的速度和力合二为一,依次类推,将所有的转轴产生的速度和力通过终极锥形齿轮差速器输出到调速器上,调速器的输出轴分别与若干离合器相互作用,若干离合器分别与发电机和电动机相互作用,在不同风浪的情况下,选择不同的发电机或者发电机的组合发电,输入电网即可。特别是在微风微浪时,风水转轮处于静止状态,此时就需要电网带动电动机,电动机带动调速器,调速器带动若干层级的锥形齿轮差速器,从而带动若干转轴转动,从而激活启动风水转轮转动,在风水转轮的带动下发电机发电。其中风水转轮带动发电机发电,若干锥形齿轮差速器反向传递力;电动机启动风水转轮转动,若干锥形齿轮差速器正向传递力;无论是正向传递还是反向传递,风水转轮的转向相同,锥形齿轮差速器的输入轴与输出轴的转向也不变。其中电动机所需的电能通过本发明的抽水提能系统发电后获得。本发明的海洋综合能发电装置可根据实际情况固定在海床上,也可悬浮在海中方便移动和航运,其中操控塔和设置在操控塔上方的风水转轮设置在液面之上,以防止海水倒灌。Under the action of sea waves or wind, the marine energy comprehensive power generation device of the present invention impacts the feng shui runner, the used feng shui runner will rotate in the same direction, and the same runner group will turn the upper part of the runner group through the sprocket and the chain in turn. Connect the lower part of the runner group into one, and then combine the force and speed of the upper part of the runner group and the lower part of the runner group through the primary bevel gear differential into one, and then pass the secondary bevel gear differential The speed and force of several primary bevel gear differentials are combined into one, and so on, and the speed and force generated by all the rotating shafts are output to the governor through the final bevel gear differential. The output shaft interacts with a number of clutches respectively, and a number of clutches interact with the generator and the motor respectively. In the case of different wind and waves, select a different generator or a combination of generators to generate electricity and input it into the power grid. Especially in the breeze and waves, the feng shui runner is in a static state. At this time, the power grid is required to drive the motor, the motor drives the governor, and the governor drives several levels of bevel gear differentials, thereby driving several shafts to rotate, thereby Activate to start the rotation of the feng shui runner, and the generator generates electricity under the drive of the feng shui runner. Among them, the feng shui runner drives the generator to generate electricity, and several conical gear differentials transmit force in the reverse direction; the motor starts the feng shui runner to rotate, and several conical gear differentials transmit force in the forward direction; whether it is forward transmission or reverse transmission, feng shui The steering of the runners is the same, and the steering of the input and output shafts of the bevel gear differential is also unchanged. The electric energy required by the electric motor is obtained by generating electricity through the water pumping energy-lifting system of the present invention. The marine comprehensive energy power generation device of the present invention can be fixed on the seabed according to the actual situation, and can also be suspended in the sea to facilitate movement and shipping, wherein the control tower and the feng shui runner set above the control tower are set above the liquid surface to prevent seawater pour back.
本发明的有益效果如下:The beneficial effects of the present invention are as follows:
1、本发明的风水转轮结构简单,适应能力强,风能水能都能很好的应用。1. The feng shui runner of the present invention has a simple structure, strong adaptability, and can be well applied to both wind and water energy.
2、多个风水转轮立体化设置,使用若干差速器形成树状结构,把各个风水转轮的速度和力合而为一后,输入调速器带动发电机发电,该方案解决了现有技术中,每个风水转轮都要一台调速器和一台发电机的问题。2. Multiple feng shui runners are set up three-dimensionally. Several differentials are used to form a tree-like structure. After the speed and force of each feng shui runner are combined into one, the input governor drives the generator to generate electricity. This solution solves the problem of the current situation. In the prior art, each feng shui runner needs a governor and a generator.
3、本发明的海洋能综合发电装置配备若干台发电机,发电机可组合若干个档次,可根据当时的实际情况随意组合,满足当时发电机与风水能量相匹配,尽最大程度多发电。3. The marine energy comprehensive power generation device of the present invention is equipped with several generators, and the generators can be combined in several grades, which can be combined at will according to the actual situation at the time, so as to satisfy the matching of the generators and the feng shui energy at that time, and generate as much power as possible.
4、本发明的发电装置能够在海洋中巨大波浪环境下工作,收集剧烈波浪产生的能量。风水转轮直径减小,增加风水转轮数量,也能有效在内陆中的江、河、湖中正常工作,收集较小波浪产生的能量和河流河水流动产生的能量。内陆中的江、河、湖的能量与海洋能的能量比较相对较小,但无需拦河筑坝,就地安装发电装置发电,当地使用,节约了长距离架设线路的投入和线路维修开支,可有效解决边远地区用电难的问题。4. The power generating device of the present invention can work in the environment of huge waves in the ocean and collect the energy generated by the violent waves. The diameter of the feng shui runner is reduced and the number of feng shui runners is increased. It can also effectively work normally in rivers, rivers and lakes in the inland, collecting the energy generated by smaller waves and the energy generated by the flow of rivers and rivers. The energy of rivers, rivers and lakes in the inland is relatively small compared with the energy of ocean energy, but there is no need to dam the river, and the power generation device is installed on the spot to generate electricity and used locally, which saves the investment of long-distance line erection and line maintenance expenses. , which can effectively solve the problem of power difficulty in remote areas.
5、本发明的发电装置近岸安装易于安装和维护,建设成本低等特点,同时其所处区域波浪能密度相对较高。又不容易受台风等恶劣天气影响,保证了发电装置的稳定性和安全性,增强了该系统的生存能力。5. The nearshore installation of the power generation device of the present invention is easy to install and maintain, and the construction cost is low. At the same time, the wave energy density in the area where it is located is relatively high. It is not easily affected by bad weather such as typhoons, which ensures the stability and safety of the power generation device and enhances the survivability of the system.
6、在同一海域可多安装多个发电装置形成阵列,方便管理和电力输送,节约成本和维护开支,同时也可多发电。在平潮时高势水库放水发电,冲击水轮机的水从尾水道排出,还有少部分能量形成波浪和暗流,再次被发电装置吸收利用,提高了发电量。6. Multiple power generation devices can be installed in the same sea area to form an array, which is convenient for management and power transmission, saves costs and maintenance expenses, and can also generate more power. During flat tide, the high-potential reservoir releases water to generate electricity, and the water impacting the turbine is discharged from the tail water channel, and a small amount of energy forms waves and undercurrents, which are absorbed and utilized by the power generation device again, increasing the power generation.
附图说明Description of drawings
说明书各附图所表达的内容及图中的标记作出简要的说明:A brief description of the contents expressed in the drawings of the description and the marks in the drawings:
图1为实施例一风水转轮的立体图;Fig. 1 is the perspective view of embodiment one feng shui wheel;
图2为图1中A处的放大图;Fig. 2 is the enlarged view of A place in Fig. 1;
图3为实施例一风水转轮的结构示意图;3 is a schematic structural diagram of a feng shui runner in
图4为实施例二发电装置的立体图;4 is a perspective view of the power generating device of the second embodiment;
图5为实施例二竖井之间同一转轴上的风水转轮设置的结构示意图;5 is a schematic structural diagram of the arrangement of feng shui runners on the same shaft between the vertical shafts in the second embodiment;
图6为实施例三发电装置的立体图;6 is a perspective view of the power generating device of the third embodiment;
图7为实施例二发电装置的结构示意图;FIG. 7 is a schematic structural diagram of the power generation device of the second embodiment;
图8为实施例二发电机以及电动机分别和调速器连接的结构示意图;8 is a schematic structural diagram of the second embodiment of the generator and the motor connected to the governor respectively;
图9为实施例二抽水提能系统的结构示意图;9 is a schematic structural diagram of the water pumping energy-lifting system in
图10为本发明的原理图;10 is a schematic diagram of the present invention;
图中:1为风水转轮;1-1为转轮轴;1-2为叶片;1-3为冲击面;1-4为阻力面;1-5为通孔;1-6为挡板;2为竖井;3为转轴;4为调速器;5为离合器;6为发电机;7为挡片;8为锥形齿轮差速器;9为链条;10为电动机;11为发电舱;12为操控塔;13为低势水库;14为高势水库;15为加压管;16为抽水机;17为软管;18为浮子;19为单向阀;20为连接柱;21为紧固结构。In the figure: 1 is the feng shui runner; 1-1 is the runner shaft; 1-2 is the blade; 1-3 is the impact surface; 1-4 is the resistance surface; 1-5 is the through hole; 1-6 is the baffle; 2 is the shaft; 3 is the shaft; 4 is the governor; 5 is the clutch; 6 is the generator; 7 is the block; 8 is the bevel gear differential; 9 is the chain; 10 is the motor; 12 is the control tower; 13 is the low potential reservoir; 14 is the high potential reservoir; 15 is the pressurized pipe; 16 is the pump; 17 is the hose; 18 is the float; solid structure.
具体实施方式Detailed ways
下面结合附图给出一个非限定的实施例对本发明作进一步的阐述。但是应该理解,这些描述只是示例的,而并非要限制本发明的范围。此外,在以下说明中,省略了对公知结构和技术的描述,以避免不必要地混淆本发明的概念。A non-limiting embodiment is given below in conjunction with the accompanying drawings to further illustrate the present invention. It should be understood, however, that these descriptions are exemplary only, and are not intended to limit the scope of the present invention. Also, in the following description, descriptions of well-known structures and techniques are omitted to avoid unnecessarily obscuring the concepts of the present invention.
实施例一Example 1
如图1、2、3所示,一种风水转轮1,包括转轮轴1-1和若干绕转轮轴1-1的轴心均匀设置在转轮轴1-1上的叶片1-2;叶片1-2沿转轮轴1-1轴向设置的长度方向与转轮轴1-1轴向平行;叶片1-2沿转轮轴1-1径向的横截面两侧分别形成叶片1-2内凹的风水冲击面1-3和外凸的风水阻力面1-4。叶片1-2沿转轮轴1-1径向的横截面呈圆弧状,且该圆弧的长度为圆长度的一半。如图2所示,叶片1-2冲击面1-3一侧的通孔1-5上铰接有盖合或打开通孔1-5的挡板1-6。如图3所示,风水转轮1上的叶片1-2为3个。As shown in Figures 1, 2 and 3, a
本实施例的风水转轮1不仅可用于水力发电,也可用于风力发电,风或水冲击叶片1-2的冲击面1-3克服阻力面1-4的阻力转动,通过冲击面1-3凹形设置以及阻力面1-4凸形设置,可提高冲击力并降低阻力,设计科学合理。通过在冲击面1-3的通孔1-5上设置具有单向阀功能的挡板1-6,增加了冲击力与阻力之间差值,使风水转轮1更容易转动。The
实施例二
如图4、7、8所示,一种海洋能综合发电装置,包括上述的风水转轮1、若干竖井2、若干转轴3、传动结构、调速器4、离合器5以及发电机6;若干竖井2相互竖向平行设置通过紧固结构21固定为一体,风水转轮1的转轮轴1-1固定套设在转轴3上,若干转轴3均水平穿过若干竖井2并在风水转轮1带动下转动,风水转轮1夹设置在相邻竖井2之间;若干风水转轮1的叶片1-2方向均一致;若干转轴3通过传动结构与调速器4连接,调速器4通过离合器5与发电机6连接,发电机6与电网相连;传动结构、调速器4、离合器5以及发电机6均设置在其中一竖井2内,传动结构与穿入竖井2内的转轴3部分相连;通过风或水冲击风水转轮1转动,带动转轴3转动,转轴3依次通过传动结构、调速器4和离合器5从而带动发电机6发电。As shown in Figures 4, 7, and 8, a marine energy integrated power generation device includes the above-mentioned
如图5所示,在相邻竖井2之间的若干转轴3上均设置数量相同的若干风水转轮1,同一转轴3上相邻风水转轮1之间通过挡片7隔开。通过在相邻竖井2之间的转轴3上设置若干风水转轮1,可增长相邻竖井2之间的距离,使风水转轮1面对海水或风冲击的面更广,便于海水或风的冲击,防止相邻竖井2之间距离过小而造成冲击力不足的情况出现。在同一转轴3上设置若干风水转轮1时,相邻风水转轮1上的叶片1-2相互错位设置,在海水或风力冲击时,始终保持有叶片1-2被冲击到,使整个发电装置运行平稳,防止转轴3停转带来的卡顿停机等问题。As shown in FIG. 5 , several
如图7所示,若干水平设置的转轴3竖向在竖井2上排成一列构成转轮组,在竖井2上设置有若干列转轮组;传动结构包括若干锥形齿轮差速器8、若干分别设置在转轴3上的链轮以及连接相邻链轮的链条9;若干锥形齿轮差速器8设置在转轮组的中部,将转轮组分隔为转轮组上部和转轮组下部,链轮固定套设在穿入竖井2内的转轴3上,转轮组上部相邻转轴3通过链轮与链条9的配合相连接,转轮组下部相邻转轴3通过链轮与链条9的配合相连接,在锥形齿轮差速器8相邻的转轮组上部的转轴3和转轮组下部的转轴3上分别固定套设有锥齿轮,锥齿轮分别与初级锥形齿轮差速器8的两个输出轴相连,相邻两个初级锥形齿轮差速器8的输入轴分别与次级锥形齿轮差速器8的输出轴相连,相邻两个次级锥形齿轮差速器8的输入轴分别与三级锥形齿轮差速器8的输出轴相连,依次通过若干层级差速器的设置将若干转轮组上的力传递至终极锥形齿轮差速器8;终极锥形齿轮差速器8的输入轴与调速器4输入轴相连,调速器4的输出轴通过离合器5与发电机6相连;若干转轮组通过若干层级的差速器的传导从而带动发电机6发电。相邻转轮组上的转轴3相互错落设置。还包括设置在中间竖井2上的发电舱11,发电舱11设置在转轮组上部和转轮组下部之间的竖井2上;传动结构、调速器4、离合器5、发电机6和电动机10均设置在发电舱11内。As shown in FIG. 7 , several horizontally arranged rotating
如图8所示,还包括电动机10,发电机6为三个,离合器5为四个;调速器4的输出轴上设置一连接齿轮,该连接齿轮通过四个离合器5分别与电动机10和三个发电机6相连;电动机10与电网相连。As shown in FIG. 8, it also includes
发电机6配备大中小各一台,总共配备是3台。如把小发电机6设为10千瓦,中发电机6设为20千瓦,大发电机6设为40千瓦。微风微浪时只启动小发电机6(等于10千瓦),风浪稍微大时只启动中发电机6(等于20千瓦),风浪再大点时,同时启动小发电机6和中发电机6(10千瓦+20千瓦=30千瓦),再大点时只启动大发电机6(等于40千瓦),更大点时,同时启动小发电机6和大发电机6(10千瓦+40千瓦=50千瓦),再更大点时,同时启动中发电机6和大发电机6(20千瓦+40千瓦=60千瓦),风浪最大时,小中大三台发电机6同时启动(10千瓦+20千瓦+40千瓦=70千瓦)。根据风浪的大小适时调整发电机的大小和数量,使发电机6与当时风浪更匹配,提高发电量。三台发电机6最多可组合七个档次,可根据当时的实际情况随意组合,满足当时发电机6与风水能量相匹配,尽最大程度多发电。通过三台发电机6的设置,解决了只用一台发电机6风浪很小启动不了不能发电,风浪过强发电机6超负荷也发不了电和损坏设备的问题。The
如图6所示,在设置发电舱11的竖井2之上还设置有操控传动结构、调速器4、离合器5、发电机6和电动机10的操控塔12。在操控塔12的顶部还设置有风力发电的设置在竖向转轴3上的若干风水转轮1,该转轴3通过传动结构与调速器4连接。As shown in FIG. 6 , a control tower 12 for controlling the transmission structure, the
如图9所示,还包括抽水提能系统;抽水提能系统包括低势水库13、高势水库14、若干加压管15、抽水机16以及水轮机;加压管15呈喇叭状,涨潮时其大头深入海水内,其小头高于大头并延伸至低势水库13内;抽水机16将低势水库13内的海水抽入到高势水库14内,高势水库14内的海水通过落差与水轮机相配合发电,并通过电网带动电动机10转动,从而带动风水转轮1转动。加压管15小头上以及抽水机16出水管上分别设置有软管17,软管17的出口处分别设置有软管17漂浮的浮子18。低势水库13的底部设置有海水流向低势水库13的单向阀19,低势水库13底部和高势水库14底部之间设置有低势水库13内的海水流向高势水库14的单向阀19。As shown in Figure 9, it also includes a pumping energy-lifting system; the pumping-energy-lifting system includes a low-
如图10所示,在无风无浪风水转轮1停止运转后,又有微风微浪时,风水转轮1很难启动和正常运转,此时可用抽水提能系统发的电带动电动机10,电动机10再带动风水转轮1。电动机10激活风水转轮1启动正常运转后。微风微浪也能正常发电,提高了发电量。发电装置通过发的电可直接输入电网,再带动抽水提能系统的抽水机16抽水。As shown in FIG. 10 , after the windless and no-wave
抽水提能系统与发电装置近距离设置,涨潮时,波浪能和潮流能处于最佳状态,发电装置可满负荷发电输入电网供民用。多余电量输入抽水提能系统抽水蓄能提能。平潮时抽水提能系统又放水冲击水轮机发电并输入电网,冲击水轮机的水从尾水道排出形成波浪和暗流,再次被发电装置吸收利用,通过设置抽水提能系统和立体发电系统得到很好的循环利用,并保证了24小时都能正常发电和用电。The pumping energy lifting system is set close to the power generation device. When the tide is high, the wave energy and tidal current energy are in the best state, and the power generation device can generate electricity at full load and enter the power grid for civilian use. The excess electricity is input into the pumped water energy-lifting system for pumping-storage energy-lifting. When the tide is flat, the pumping energy-lifting system releases water to impact the turbine to generate electricity and input it to the power grid. The water impacting the turbine is discharged from the tailwater to form waves and undercurrents, which are absorbed and utilized by the power generation device again. It is recycled and guaranteed to be able to generate electricity and use electricity normally 24 hours a day.
本实施例的抽水提能发电,是利用涨潮时海水上涨,波浪推向加压孔继续涌进斜上方的低势水库13存蓄。把低势水库13的水抽到大水库存蓄,平潮时放水冲击水轮机发电,该方案具备常规的抽水蓄能功能,同时因为海水在涨潮时长高了若干米后,波浪推向加压孔继续涌进斜上方的低势水库13,海水又提高了若干米,再从低势水库13用抽水机16把水抽到高势水库14储存,这种方法抽水机16抽水时的扬程相当小,在平潮时放水发电,大水库的水位与平潮时海水的水位的落差是抽水机16抽水时的扬程的若干倍,这就意味着用1度电从低势水库13抽到高势水库14的水,平潮时放水发电能发若干度电。现有技术抽水蓄能1度电抽的水只发0.7度电,有30%的损耗,本实施例的抽水提能发电在涨潮时潮高5米的情况下,波浪经过加压孔又提高1米。抽水机16再抽高1米,高势水库14的水位与平潮时海水的水位就是7米,1米扬程抽的水用于7米水头发电,1度电抽的水可发7度电,除去30%的损耗,能得4.9度电。The pumping of water to generate power in this embodiment utilizes that the seawater rises when the tide is high, and the waves push toward the pressurized hole and continue to flow into the low-
本实施例发电装置的若干竖井2同时设置,若干竖井2排水量大于整个发电装置重量,发电装置悬浮在水里,方便移动和航运,可解决某些情况的临时用电问题。Several
实施例三
本实施例与实施例二不同之处在于:The difference between this embodiment and the second embodiment is that:
如图6所示,还包括若干支撑转轴3端部的连接柱20,若干连接柱20均设置在转轴3的两端且与转轴3端部活动连接;若干转轴3两端的若干连接柱20通过紧固结构21与竖井2固定为一体。通过在转轴3端部设置活动连接的连接柱20取代端部的竖井2,可防止海水或风从该发电装置侧面冲击从而造成的发电装置歪倒、位移以及角度偏转等影响发电的问题。As shown in FIG. 6 , a plurality of connecting
以上这些实施例应理解为仅用于说明本发明而不用于限制本发明的保护范围。在阅读了本发明的记载的内容之后,技术人员可以对本发明作各种改动或修改,这些等效变化和修饰同样落入本发明权利要求所限定的范围。The above embodiments should be understood as only for illustrating the present invention and not for limiting the protection scope of the present invention. After reading the contents of the description of the present invention, the skilled person can make various changes or modifications to the present invention, and these equivalent changes and modifications also fall within the scope defined by the claims of the present invention.
Claims (10)
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