阅读说明：本技术 新能源太阳能热能发电机内嵌一体式发电装置 (Embedded integrated power generation device of new energy solar heat energy generator ) 是由 李县法 张俊 高春坦 石文典 刘胜贵 明成业 于 2020-06-12 设计创作，主要内容包括：新能源太阳能热能发电机热动能转换装置,新能源太阳能热能发电机内嵌一体式发电装置,它包括：储能飞轮、花键毂、内嵌式行星增速器、内嵌式增速器壳体、内嵌式发电机、内嵌式发电机壳体等。新能源太阳能热能发电机内嵌一体式发电装置的功能是将新能源太阳能热能发电机热能转换装置产生的输出轴的机械动能,通过行星齿轮增速器增速,然后利用发电机将机械动能转换成电能存储到储能装置中。本发明采用内嵌式结构,结构紧凑,能量传递效率高,便于市场推广和应用,不仅增强了对保护环境的保护,并且对太阳能新能源开发领域的拓宽具有重要意义。(New forms of energy solar thermal energy generator heat kinetic energy conversion equipment, the embedded integral type power generation facility of new forms of energy solar thermal energy generator, it includes: an energy storage flywheel, a splined hub, an embedded planetary speed increaser, an embedded speed increaser housing, an embedded generator housing, and the like. The function of the integrated power generation device embedded in the new energy solar thermal generator is to accelerate mechanical kinetic energy of an output shaft generated by the thermal energy conversion device of the new energy solar thermal generator through the planetary gear speed increaser, and then convert the mechanical kinetic energy into electric energy to be stored in the energy storage device by utilizing the generator. The solar energy and heat collecting device adopts an embedded structure, has a compact structure and high energy transfer efficiency, is convenient for market popularization and application, not only enhances the protection on environment protection, but also has important significance on the widening of the field of solar new energy development.)

1. An embedded integrated power generation device of a new energy solar heat energy generator mainly comprises an energy storage flywheel (1), a spline hub (2), a spline power input shaft (3), an input shaft left side planet carrier connecting screw (4), an embedded speed increaser shell (5), a power input side planet carrier (6), an embedded generator shell (7), a generator shaft (8), a generator shaft key (9), a generator silicon steel sheet (10), a first N pole permanent magnet (11), a generator stator (12), a first S pole permanent magnet (13), a second S pole permanent magnet (14), a second N pole permanent magnet (15), a generator shaft bearing (16), a bearing end cover (17), a power output side planet carrier (19), a first planet helical gear (20), a first planet helical gear shaft bearing (21), a first planet helical gear shaft (22), a planet carrier first connecting shaft (23), The planetary gear set comprises a sun gear (24), a planetary carrier second connecting shaft (25), a third planetary bevel gear shaft (26), a third planetary bevel gear (27), a second planetary bevel gear (28), a second planetary bevel gear shaft bearing (29), a second planetary bevel gear shaft (30), a planetary carrier third connecting shaft (31), a third planetary bevel gear shaft bearing (32) and a bevel gear outer gear ring (33).

2. The embedded integrated power generation device of the new energy solar thermal energy generator of claim 1 is characterized in that: energy storage flywheel (1) is fixed on the power output shaft of new forms of energy solar thermal energy power generation device heat kinetic energy conversion equipment, spline hub (2) are connected with energy storage flywheel (1) with the axle center through bolt and nut, spline power input shaft (3) pass through splined connection with spline hub (2), the hexagon boss of power input side planet carrier (6) inserts and links firmly through input shaft left side planet carrier connecting screw (4) in the hexagon recess with spline power input shaft (3).

3. The embedded integrated power generation device of the new energy solar thermal energy generator of claim 1 is characterized in that: the outer diameter of one end of the first planet bevel gear shaft (22) is in interference fit with the inner diameter of a corresponding hole in the planet carrier (6) on the power input side, the outer diameter of the other end of the first planet bevel gear shaft (22) is in interference fit with the inner diameter of a corresponding hole in the planet carrier (19) on the power output side, the outer diameter of the first planet bevel gear shaft (22) is in interference fit with the inner diameter of the first planet bevel gear shaft bearing (21), the outer diameter of the first planet bevel gear shaft bearing (21) is in interference fit with the inner diameter of a hole in the first planet bevel gear (20), the first planet bevel gear (20) is externally meshed with the gear of the sun gear (24), and the first planet bevel gear (20) is internally meshed with the bevel outer gear ring (33) in a gear manner.

4. The embedded integrated power generation device of the new energy solar thermal energy generator of claim 1 is characterized in that: the outer diameter of one end of the second planet bevel gear shaft (30) is in interference fit with the inner diameter of a corresponding hole in the power input side planet carrier (6), the outer diameter of the other end of the second planet bevel gear shaft (30) is in interference fit with the inner diameter of a corresponding hole in the power output side planet carrier (19), the outer diameter of the second planet bevel gear shaft (30) is in interference fit with the inner diameter of a second planet bevel gear shaft bearing (29), the outer diameter of the second planet bevel gear shaft bearing (29) is in interference fit with the inner diameter of a second planet bevel gear (28) hole, the second planet bevel gear (28) is externally meshed with a sun gear (24) gear, and the second planet bevel gear (28) is internally meshed with a bevel gear outer ring (33) gear.

5. The embedded integrated power generation device of the new energy solar thermal energy generator of claim 1 is characterized in that: the outer diameter of one end of the third planet bevel gear shaft (26) is in interference fit with the inner diameter of a corresponding hole in the planet carrier (6) on the power input side, the outer diameter of the other end of the third planet bevel gear shaft (26) is in interference fit with the inner diameter of a corresponding hole in the planet carrier (19) on the power output side, the outer diameter of the third planet bevel gear shaft (26) is in interference fit with the inner diameter of a third planet bevel gear shaft bearing (32), the outer diameter of the third planet bevel gear shaft bearing (32) is in interference fit with the inner diameter of a hole in the third planet bevel gear (27), the third planet bevel gear (27) is in external gear meshing with the sun gear (24), and the third planet bevel gear (27) is in internal gear meshing with the helical outer gear ring (33).

6. The embedded integrated power generation device of the new energy solar thermal energy generator of claim 1 is characterized in that: the one end of the first connecting shaft (23) of planet carrier is fixed on the planet carrier (6) at the power input side through screws, the other end of the first connecting shaft (23) of planet carrier is fixed on the planet carrier (19) at the power output side through screws, one end of the second connecting shaft (25) of planet carrier is fixed on the planet carrier (6) at the power input side through screws, the other end of the second connecting shaft (25) of planet carrier is fixed on the planet carrier (19) at the power output side through screws, one end of the third connecting shaft (31) of planet carrier is fixed on the planet carrier (6) at the power input side through screws, and the other end of the third connecting shaft (31) of planet carrier is fixed on the planet carrier (19) at the power output side through screws.

7. The embedded integrated power generation device of the new energy solar thermal energy generator of claim 1 is characterized in that: the outer gear ring (33) of skewed tooth is fixed inside embedded speed increaser casing (5), the outer gear ring (33) of skewed tooth is coaxial with embedded speed increaser casing (5), embedded speed increaser casing (5) is connected with embedded generator housing (7) through the bolt.

8. The embedded integrated power generation device of the new energy solar thermal energy generator of claim 1 is characterized in that: the generator stator (12) is fixed inside the embedded generator shell (7), the generator stator (12) and the embedded generator shell (7) are coaxial, the generator stator (12) is wound with a wire group in a groove, the first N pole permanent magnet (11) is fixed on the generator stator (12), the first S pole permanent magnet (13) is fixed on the generator stator (12), the second S pole permanent magnet (14) is fixed on the generator stator (12), the second N pole permanent magnet (15) is fixed on the generator stator (12), and the generator stator (12), the first N pole permanent magnet (11), the first S pole permanent magnet (13), the second S pole permanent magnet (14) and the second N pole permanent magnet (15) form a common generator stator structure.

9. The embedded integrated power generation device of the new energy solar thermal energy generator of claim 1 is characterized in that: the generator rotor structure is characterized in that the generator shaft (8) is connected with the sun wheel (24) through a generator shaft key (9), the generator silicon steel sheet (10) is fixed on the generator shaft (8), the outer diameter of the other end of the generator shaft (8) is in interference fit with the inner diameter of the generator shaft bearing (16), the outer diameter of the generator shaft bearing (16) is in interference fit with the inner diameter of a hole in a bearing installation position of the embedded generator housing (7), the bearing end cover (17) is fixed on the embedded generator housing (7) through bolts, and the generator shaft (8), the generator shaft key (9), the silicon steel sheet (10) and the generator shaft bearing (16) jointly form the generator rotor structure.

The technical field is as follows:

the invention relates to the technical field of new energy, in particular to an embedded integrated power generation device of a new energy solar thermal generator.

Background art:

the solar thermal power generation technology is to convert solar radiation heat energy into electric energy, has no consumption of fossil fuel and no pollution to the environment, and can be divided into two categories: one is direct power generation by utilizing solar heat energy, such as thermoelectric power generation of semiconductors or metal materials, thermoelectron power generation in vacuum devices, thermionic power generation, alkali metal thermal power generation conversion, magnetohydrodynamic power generation and the like; the other type is indirect solar heat power generation, which enables solar heat to drive a generator to generate power through a heat engine, and the basic composition of the indirect solar heat power generation is similar to that of a conventional power generation device, except that the heat energy is converted from solar energy.

The working principle of solar heat power generation is that high-temperature salt solution is utilized to evaporate low-boiling point medium in an evaporator to generate steam, a steam turbine is pushed to drive a generator to generate power, the steam discharged from the steam turbine enters a condenser to be condensed, condensate is pumped back to the evaporator by a circulating pump and is evaporated by hot salt solution in a solar pond again, and new circulation is started. The most outstanding advantages of the solar pond thermal power generation mode are simple structure and low production cost, and the solar pond thermal power generation mode almost does not need expensive materials such as stainless steel, glass and plastics, and only needs a shallow pond and power generation equipment. In addition, the solar energy heat storage device can store a large amount of heat, can continuously utilize sunlight for generating electricity throughout the year, and can be utilized as usual even at night and in winter.

Therefore, a new embedded integrated power generation device of a new energy solar thermal generator is the cheapest and convenient technology for popularization in all solar applications.

The invention content is as follows:

aiming at the technical background, the invention provides an embedded integrated power generation device of a new energy solar thermal generator. The novel energy-saving device is simple in structure, low in manufacturing cost, and has huge market value and application value, and has important significance for environmental protection and new energy development.

In order to solve the technical problems, the invention adopts the following technical scheme: an embedded integrated power generation device of a new energy solar thermal generator mainly comprises an energy storage flywheel, a spline hub, a spline power input shaft, an input shaft left planet carrier connecting screw, an embedded speed increaser shell, a power input side planet carrier, an embedded generator shell, a generator shaft key, a generator silicon steel sheet, a first N pole permanent magnet, a generator stator, a first S pole permanent magnet, a second N pole permanent magnet, a generator shaft bearing, a bearing end cover, a power output side planet carrier, a first planet bevel gear shaft bearing, a first planet bevel gear shaft, a planet carrier first connecting shaft, a sun gear, a planet carrier second connecting shaft, a third planet bevel gear shaft, a second planet bevel gear shaft bearing, a second planet bevel gear shaft, a planet carrier third connecting shaft, a planet bevel gear, a planet bevel, A third planet bevel gear shaft bearing and a bevel gear outer gear ring.

The energy storage flywheel is fixed on a power output shaft of the new energy solar thermal energy power generation device thermal kinetic energy conversion device, the spline hub is coaxially connected with the energy storage flywheel through a bolt and a nut, the spline power input shaft is connected with the spline hub through a spline, and a hexagonal boss of the planet carrier on the power input side is inserted into a hexagonal groove of the spline power input shaft and is fixedly connected with the planet carrier connecting screw on the left side of the input shaft.

The outer diameter of one end of the first planet bevel gear shaft is in interference fit with the inner diameter of a corresponding hole in a planet carrier on the power input side, the outer diameter of the other end of the first planet bevel gear shaft is in interference fit with the inner diameter of a corresponding hole in a planet carrier on the power output side, the outer diameter of the first planet bevel gear shaft is in interference fit with the inner diameter of a first planet bevel gear shaft bearing, the outer diameter of the first planet bevel gear shaft bearing is in interference fit with the inner diameter of the first planet bevel gear hole, the first planet bevel gear is externally meshed with a sun gear, and the first planet bevel gear is internally meshed with a bevel gear outer gear ring gear.

The outer diameter of one end of the second planetary bevel gear shaft is in interference fit with the inner diameter of a corresponding hole in the power input side planet carrier, the outer diameter of the other end of the second planetary bevel gear shaft is in interference fit with the inner diameter of a corresponding hole in the power output side planet carrier, the outer diameter of the second planetary bevel gear shaft is in interference fit with the inner diameter of a second planetary bevel gear shaft bearing, the outer diameter of the second planetary bevel gear shaft bearing is in interference fit with the inner diameter of a second planetary bevel gear hole, the second planetary bevel gear is externally meshed with the sun gear, and the second planetary bevel gear is internally meshed with the bevel gear external gear ring.

The outer diameter of one end of the third planet bevel gear shaft is in interference fit with the inner diameter of a corresponding hole in the planet carrier on the power input side, the outer diameter of the other end of the third planet bevel gear shaft is in interference fit with the inner diameter of a corresponding hole in the planet carrier on the power output side, the outer diameter of the third planet bevel gear shaft is in interference fit with the inner diameter of a third planet bevel gear shaft bearing, the outer diameter of the third planet bevel gear shaft bearing is in interference fit with the inner diameter of the third planet bevel gear hole, the third planet bevel gear is externally meshed with the sun gear, and the third planet bevel gear is internally meshed with the bevel gear outer gear ring.

The one end of the first connecting shaft of planet carrier is fixed on the planet carrier on the power input side through screws, the other end of the first connecting shaft of planet carrier is fixed on the planet carrier on the power output side through screws, one end of the second connecting shaft of planet carrier is fixed on the planet carrier on the power input side through screws, the other end of the second connecting shaft of planet carrier is fixed on the planet carrier on the power output side through screws, one end of the third connecting shaft of planet carrier is fixed on the planet carrier on the power input side through screws, and the other end of the third connecting shaft of planet carrier is fixed on the planet carrier on the power output side through screws.

The outer ring gear of skewed tooth is fixed inside embedded speed increaser casing, the outer ring gear of skewed tooth and embedded speed increaser casing are coaxial, embedded speed increaser casing passes through the bolt and is connected with embedded generator casing.

The generator stator is fixed inside the embedded generator shell, the generator stator and the embedded generator shell are coaxial, a wire group is wound in a slot of the generator stator, the first N pole permanent magnet is fixed on the generator stator, the first S pole permanent magnet is fixed on the generator stator, the second N pole permanent magnet is fixed on the generator stator, and the generator stator, the first N pole permanent magnet, the first S pole permanent magnet, the second S pole permanent magnet and the second N pole permanent magnet form a generator stator structure together.

The generator shaft is connected with the sun wheel through a generator shaft key, the generator silicon steel sheet is fixed on the generator shaft, the outer diameter of the other end of the generator shaft is in interference fit with the inner diameter of a generator shaft bearing, the outer diameter of the generator shaft bearing is in interference fit with the inner diameter of a hole in a bearing installation position of the embedded generator shell, and the bearing end cover is fixed on the embedded generator shell through bolts.

Compared with the prior art, the invention has the beneficial effects that: the embedded solar energy and water heater is compact in structure, high in energy transfer efficiency and convenient to popularize and apply in the market, not only enhances the protection on the environment, but also has important significance on the widening of the field of new solar energy development.

The following describes embodiments of the present invention in further detail with reference to the accompanying drawings.

Description of the drawings:

FIG. 1 is an overall structure diagram of an embedded integrated power generation device of a new energy solar thermal energy generator according to the invention;

FIG. 2 is a front view of the overall structure of the embedded integrated power generation device of the new energy solar thermal power generator;

FIG. 3 is a cross sectional view of the overall structure of the embedded integrated power generation device of the new energy solar thermal power generator according to the invention;

FIG. 4 is a left side view of the overall structure of the embedded integrated power generation device of the new energy solar thermal power generator of the invention;

FIG. 5 is a top view of the overall structure of the embedded integrated power generation device of the new energy solar thermal power generator according to the invention;

FIG. 6 is a structural diagram of an embedded generator of the new energy solar thermal generator embedded with an integrated generating set according to the invention;

FIG. 7 is a front view of an embedded generator of the new energy solar thermal generator embedded with an integrated generating set according to the invention;

FIG. 8 is a left side view of an embedded generator of the new energy solar thermal generator with an integrated power generation device;

FIG. 9 is a structural diagram of an embedded speed increaser of an integrated power generation device embedded in a new energy solar thermal power generator;

FIG. 10 is a front view of an embedded speed increaser of the new energy solar thermal energy generator embedded with an integrated power generation device;

FIG. 11 is a left side view of an embedded speed increaser of an integrated power generation device embedded in the new energy solar thermal power generator;

FIG. 12 is a top view of an embedded speed increaser of an integrated power generation device embedded in the new energy solar thermal power generator according to the invention;

fig. 13 is a structural view of a housing of an embedded speed increaser of an integrated power generation device embedded in the new energy solar thermal power generator according to the invention;

FIG. 14 is a structural diagram of an embedded generator housing of the new energy solar thermal generator embedded with an integrated generating set according to the invention;

FIG. 15 is a structural diagram of an energy storage flywheel of an integrated power generation device embedded in the new energy solar thermal power generator;

FIG. 16 is a structural diagram of a spline hub of an embedded integrated power generation device of the new energy solar thermal power generator according to the present invention;

FIG. 17 is a structural diagram of a spline power input shaft of an embedded integrated power generation device of the new energy solar thermal energy generator according to the invention;

FIG. 18 is a cross-sectional view of a spline power input shaft of an embedded integrated power generation device of the new energy solar thermal energy generator according to the invention;

FIG. 19 is a structural diagram of a planet carrier at the power input side of the embedded integrated power generation device of the new energy solar thermal energy generator;

FIG. 20 is a cross sectional view of a planet carrier at the power input side of the embedded integrated power generation device of the new energy solar thermal energy generator according to the invention;

in the figure: an embedded integrated power generation device of a new energy solar heat energy generator mainly comprises an energy storage flywheel (1), a spline hub (2), a spline power input shaft (3), an input shaft left side planet carrier connecting screw (4), an embedded speed increaser shell (5), a power input side planet carrier (6), an embedded generator shell (7), a generator shaft (8), a generator shaft key (9), a generator silicon steel sheet (10), a first N pole permanent magnet (11), a generator stator (12), a first S pole permanent magnet (13), a second S pole permanent magnet (14), a second N pole permanent magnet (15), a generator shaft bearing (16), a bearing end cover (17), a power output side planet carrier (19), a first planet helical gear (20), a first planet helical gear shaft bearing (21), a first planet helical gear shaft (22), a planet carrier first connecting shaft (23), The planetary gear set comprises a sun gear (24), a planetary carrier second connecting shaft (25), a third planetary bevel gear shaft (26), a third planetary bevel gear (27), a second planetary bevel gear (28), a second planetary bevel gear shaft bearing (29), a second planetary bevel gear shaft (30), a planetary carrier third connecting shaft (31), a third planetary bevel gear shaft bearing (32) and a bevel gear outer gear ring (33).

The specific implementation mode is as follows:

an embedded integrated power generation device of a new energy solar heat energy generator mainly comprises an energy storage flywheel (1), a spline hub (2), a spline power input shaft (3), an input shaft left side planet carrier connecting screw (4), an embedded speed increaser shell (5), a power input side planet carrier (6), an embedded generator shell (7), a generator shaft (8), a generator shaft key (9), a generator silicon steel sheet (10), a first N pole permanent magnet (11), a generator stator (12), a first S pole permanent magnet (13), a second S pole permanent magnet (14), a second N pole permanent magnet (15), a generator shaft bearing (16), a bearing end cover (17), a power output side planet carrier (19), a first planet helical gear (20), a first planet helical gear shaft bearing (21), a first planet helical gear shaft (22), a planet carrier first connecting shaft (23), The planetary gear set comprises a sun gear (24), a planetary carrier second connecting shaft (25), a third planetary bevel gear shaft (26), a third planetary bevel gear (27), a second planetary bevel gear (28), a second planetary bevel gear shaft bearing (29), a second planetary bevel gear shaft (30), a planetary carrier third connecting shaft (31), a third planetary bevel gear shaft bearing (32) and a bevel gear outer gear ring (33).

Energy storage flywheel (1) is fixed on the power output shaft of new forms of energy solar thermal energy power generation device heat kinetic energy conversion equipment, spline hub (2) are connected with energy storage flywheel (1) with the axle center through bolt and nut, spline power input shaft (3) pass through splined connection with spline hub (2), the hexagon boss of power input side planet carrier (6) inserts and links firmly through input shaft left side planet carrier connecting screw (4) in the hexagon recess with spline power input shaft (3).

The outer diameter of one end of the first planet bevel gear shaft (22) is in interference fit with the inner diameter of a corresponding hole in the planet carrier (6) on the power input side, the outer diameter of the other end of the first planet bevel gear shaft (22) is in interference fit with the inner diameter of a corresponding hole in the planet carrier (19) on the power output side, the outer diameter of the first planet bevel gear shaft (22) is in interference fit with the inner diameter of the first planet bevel gear shaft bearing (21), the outer diameter of the first planet bevel gear shaft bearing (21) is in interference fit with the inner diameter of a hole in the first planet bevel gear (20), the first planet bevel gear (20) is externally meshed with the gear of the sun gear (24), and the first planet bevel gear (20) is internally meshed with the bevel outer gear ring (33) in a gear manner.

The outer diameter of one end of the second planet bevel gear shaft (30) is in interference fit with the inner diameter of a corresponding hole in the power input side planet carrier (6), the outer diameter of the other end of the second planet bevel gear shaft (30) is in interference fit with the inner diameter of a corresponding hole in the power output side planet carrier (19), the outer diameter of the second planet bevel gear shaft (30) is in interference fit with the inner diameter of a second planet bevel gear shaft bearing (29), the outer diameter of the second planet bevel gear shaft bearing (29) is in interference fit with the inner diameter of a second planet bevel gear (28) hole, the second planet bevel gear (28) is externally meshed with a sun gear (24) gear, and the second planet bevel gear (28) is internally meshed with a bevel gear outer ring (33) gear.

The outer diameter of one end of the third planet bevel gear shaft (26) is in interference fit with the inner diameter of a corresponding hole in the planet carrier (6) on the power input side, the outer diameter of the other end of the third planet bevel gear shaft (26) is in interference fit with the inner diameter of a corresponding hole in the planet carrier (19) on the power output side, the outer diameter of the third planet bevel gear shaft (26) is in interference fit with the inner diameter of a third planet bevel gear shaft bearing (32), the outer diameter of the third planet bevel gear shaft bearing (32) is in interference fit with the inner diameter of a hole in the third planet bevel gear (27), the third planet bevel gear (27) is in external gear meshing with the sun gear (24), and the third planet bevel gear (27) is in internal gear meshing with the helical outer gear ring (33).

The one end of the first connecting shaft (23) of planet carrier is fixed on the planet carrier (6) at the power input side through screws, the other end of the first connecting shaft (23) of planet carrier is fixed on the planet carrier (19) at the power output side through screws, one end of the second connecting shaft (25) of planet carrier is fixed on the planet carrier (6) at the power input side through screws, the other end of the second connecting shaft (25) of planet carrier is fixed on the planet carrier (19) at the power output side through screws, one end of the third connecting shaft (31) of planet carrier is fixed on the planet carrier (6) at the power input side through screws, and the other end of the third connecting shaft (31) of planet carrier is fixed on the planet carrier (19) at the power output side through screws.

The outer gear ring (33) of skewed tooth is fixed inside embedded speed increaser casing (5), the outer gear ring (33) of skewed tooth is coaxial with embedded speed increaser casing (5), embedded speed increaser casing (5) is connected with embedded generator housing (7) through the bolt.

The generator stator (12) is fixed inside the embedded generator shell (7), the generator stator (12) and the embedded generator shell (7) are coaxial, the generator stator (12) is wound with a wire group in a groove, the first N pole permanent magnet (11) is fixed on the generator stator (12), the first S pole permanent magnet (13) is fixed on the generator stator (12), the second S pole permanent magnet (14) is fixed on the generator stator (12), the second N pole permanent magnet (15) is fixed on the generator stator (12), and the generator stator (12), the first N pole permanent magnet (11), the first S pole permanent magnet (13), the second S pole permanent magnet (14) and the second N pole permanent magnet (15) form a common generator stator structure.

The generator rotor structure is characterized in that the generator shaft (8) is connected with the sun wheel (24) through a generator shaft key (9), the generator silicon steel sheet (10) is fixed on the generator shaft (8), the outer diameter of the other end of the generator shaft (8) is in interference fit with the inner diameter of the generator shaft bearing (16), the outer diameter of the generator shaft bearing (16) is in interference fit with the inner diameter of a hole in a bearing installation position of the embedded generator housing (7), the bearing end cover (17) is fixed on the embedded generator housing (7) through bolts, and the generator shaft (8), the generator shaft key (9), the silicon steel sheet (10) and the generator shaft bearing (16) jointly form the generator rotor structure.

All the components of the new energy solar thermal generator embedded integrated power generation device and the assembling mode thereof are described above.

The functions are as follows: the function of the integrated power generation device embedded in the new energy solar thermal generator is to accelerate mechanical kinetic energy of an output shaft generated by the thermal energy conversion device of the new energy solar thermal generator through the planetary gear speed increaser, and then convert the mechanical kinetic energy into electric energy to be stored in the energy storage device by utilizing the generator.

The working mode is as follows: the mechanical kinetic energy of the output shaft generated by the heat energy conversion device of the new energy solar heat energy generator is transmitted to the energy storage flywheel (1) to rotate the energy storage flywheel (1), then the energy storage flywheel (1) drives the spline hub (2) to rotate, the spline hub (2) drives the power input side planet carrier (6) to rotate, the power input side planet carrier (6) is provided with a first planet helical gear (20), a second planet helical gear (28) and a third planet helical gear (27) to rotate, the first planet helical gear (20), the second planet helical gear (28) and the third planet helical gear (27) drive a sun gear (24) to rotate, the sun gear (24) drives a generator shaft (8) to rotate, the generator shaft (8) drives a rotor to do rotary motion for cutting magnetic induction lines in a magnetic field of a stator to generate electric energy, the generated electric energy is stored in a storage battery, and the final conversion of the electric energy is completed.