Insulation lifting equipment special for self-elevating wind power installation platform

Abstract

The invention discloses insulation lifting equipment special for a self-elevating wind power installation platform, and relates to the technical field of wind power installation platform protection equipment.The top of a wind power installation platform body is provided with a Wattan auxiliary machine, and the left end of the Wattan auxiliary machine is connected with an auxiliary machine control unit and an isolation power supply unit; the auxiliary machine control unit and the isolated power supply unit are fixedly connected with the wind power installation platform body; the Wartin auxiliary machine is electrically connected with the isolated power supply unit, the auxiliary machine control unit can control the operation mode of the Wartin auxiliary machine, and the auxiliary machine control unit can control the operation mode of the isolated power supply unit; by separating the Wattan auxiliary machine from the isolation power supply unit, the Wattan auxiliary machine cannot influence the use of the isolation power supply when being used, so that the equipment can better protect the Wattan auxiliary machine and the isolation power supply unit, and the grounding resistor is arranged, so that the safety of the equipment is improved, and the service life of the equipment is prolonged. The grounding resistor can discharge redundant voltage in the Wattinlan auxiliary machine through the grounding resistor.

Description

Technical Field

[0001] The invention relates to the technical field of wind power installation platform protection equipment, in particular to special insulation lifting equipment for a self-elevating wind power installation platform. Background Art

[0002] A self-elevating wind power installation platform generally refers to a floating ship that installs wind power generation equipment on the sea level. During the operation of the wind power equipment, the height of the wind power generation equipment can be adjusted. However, during the installation of wind power generation equipment on the wind power installation platform, some insulating equipment is often required to protect it. To protect the uninstalled wind power equipment, the existing dedicated insulating lifting equipment for wind power installation platforms has some shortcomings, such as:

[0003] Application number: CN202221838501.3 A wind power installation platform, the equipment can make the platform move forward, backward and rotate on the spot by adjusting the direction of the full-rotation propeller, the flexibility of the wind power installation platform can be significantly improved, the full-rotation propeller replaces the bow thruster, reducing the procurement cost; a lifting device is arranged in the lifting and pile fixing room to drive the main hull of the platform to rise and fall on the pile legs, and the full-rotation propeller is used to meet the transfer and lifting and fixing of the wind power installation platform, and the pile crane is used to meet the installation of the wind turbine. However, in actual use, since the power generation equipment and energy mechanism of the equipment have no protective mechanism, the power generation equipment and energy mechanism may be eroded by seawater and the natural environment, which may cause the durability of the equipment to decrease, and it may be easily damaged and leak energy.

[0004] Therefore, we proposed a special insulation lifting equipment for self-elevating wind power installation platform to solve the above problems. Summary of the invention

[0005] The purpose of the present invention is to provide an insulating lifting device specially designed for a self-elevating wind power installation platform, so as to solve the problem raised in the above background technology that the power generation equipment and energy mechanisms of most wind power installation platforms on the market currently have no protective mechanism, which may cause the power generation equipment and energy mechanisms to be corroded by seawater and the natural environment, which may cause the durability of the equipment to decrease, and may cause problems such as easy damage and energy leakage.

[0006] To achieve the above-mentioned object, the present invention provides the following technical solution: a dedicated insulating lifting device for a self-elevating wind power installation platform, comprising a wind power installation platform body and a Wärtsilä auxiliary machine arranged on the top of the wind power installation platform body, wherein the top of the wind power installation platform body is provided with a Wärtsilä auxiliary machine, and an auxiliary machine control unit and an isolated power supply unit are connected to the left end of the Wärtsilä auxiliary machine, and the auxiliary machine control unit and the isolated power supply unit are fixedly connected to the wind power installation platform body;

[0007] The Wärtsilä auxiliary engine is electrically connected to the isolated power supply unit, and the auxiliary engine control unit is capable of controlling the operation mode of the Wärtsilä auxiliary engine, and the auxiliary engine control unit is capable of controlling the operation mode of the isolated power supply unit.

[0008] By separating the Wärtsilä auxiliary machine and the isolated power supply unit, the use of the isolated power supply will not be affected when the Wärtsilä auxiliary machine is in use, so that the device can better protect the two groups of mechanisms, the Wärtsilä auxiliary machine and the isolated power supply unit. Moreover, by setting the grounding resistor, the grounding resistor can discharge the excess voltage inside the Wärtsilä auxiliary machine through the grounding resistor, thereby preventing the internal voltage of the Wärtsilä auxiliary machine from being too high when in use, causing internal energy leakage or equipment damage.

[0009] As a preferred technical solution of the present invention, an energy storage body is provided inside the Wärtsilä auxiliary engine, and an insulation low alarm unit is connected to the outside of the energy storage body, and a grounding resistor is provided on the right side of the Wärtsilä auxiliary engine, and the grounding resistor is fixedly connected to the right end of the Wärtsilä auxiliary engine;

[0010] When the voltage inside the Wärtsilä auxiliary engine is too high or the low insulation alarm unit is triggered, the voltage can be transmitted to the grounding resistor, so that the grounding resistor can discharge the excess voltage inside the Wärtsilä auxiliary engine.

[0011] The above technical solution can be used to control the Wärtsilä auxiliary machine through the grounding resistor when the voltage inside the Wärtsilä auxiliary machine is abnormal, so that the Wärtsilä auxiliary machine can be more stable during operation.

[0012] As a preferred technical solution of the present invention, a main switchboard is provided inside the Wärtsilä auxiliary engine, and an active filter system, a voltage monitoring unit and a power monitoring unit are provided inside the main switchboard;

[0013] The source filter system can produce opposite harmonic suppression according to the changes in the harmonics of the Wärtsilä auxiliary engine load, and the voltage monitoring unit can detect the voltage of the Wärtsilä auxiliary engine when it is running, and the power monitoring unit can monitor the power of the Wärtsilä auxiliary engine in real time when it is running.

[0014] The above technical solution enables the source filter system to produce opposite harmonic suppression according to the change of harmonics of the Wärtsilä auxiliary machine load; this enables the power station to operate stably at the power frequency state for a long time; avoids affecting the generator and other load equipment, and increases the protection of the equipment.

[0015] As a preferred technical solution of the present invention, the main distribution board is electrically connected to the auxiliary machine control unit, and a monitoring module and a management module are provided inside the auxiliary machine control unit.

[0016] The adoption of the above technical solution enables the auxiliary machine control unit to be more convenient when controlling the Wärtsilä auxiliary machine, thereby increasing the adjustability of the equipment.

[0017] As a preferred technical solution of the present invention, an energy efficiency monitoring unit is provided inside the monitoring module, and the energy efficiency monitoring unit is connected to the power monitoring unit, and an equipment operation monitoring unit is provided inside the monitoring module.

[0018] The adoption of the above technical solution can make the monitoring module more convenient when monitoring the Wärtsilä auxiliary engine or other equipment, thereby increasing the adjustability of the equipment.

[0019] As a preferred technical solution of the present invention, a fuel management unit is provided inside the management module, and the fuel management unit is connected to the wind power installation platform body pipe, and an index analysis unit, an energy efficiency evaluation unit and a decision-making auxiliary unit are provided inside the management module, and the decision-making auxiliary unit can connect to the Internet to search for big data information for assistance, thereby making the index analysis unit and the energy efficiency evaluation unit more convenient in calculation.

[0020] The use of the above technical solution can make it more convenient for users to manage data such as fuel and energy efficiency, thereby increasing the observability of the device.

[0021] As a preferred technical solution of the present invention, the auxiliary machine control unit is associated with the isolation power supply unit, and an energy storage unit is provided inside the isolation power supply unit, and a control circuit unit is provided outside the energy storage unit, a measuring resistor is connected to the outside of the control circuit unit, and the measuring resistor is associated with the energy storage unit, and an insulation mechanism is provided outside the energy storage unit, and the energy storage unit is connected to the wind power installation platform body through the insulation mechanism.

[0022] The adoption of the above technical solution enables the auxiliary machine control unit to be more stable when adjusting the isolated power supply unit, thereby increasing the stability of the device during operation.

[0023] As a preferred technical solution of the present invention, the wind turbine installation platform body is connected with pile legs on all sides, and the top of the pile legs on the front left side is connected to a tower crane, and the top of the wind turbine installation platform body is connected to a monitoring platform, the bottom of the monitoring platform is electrically connected to an external circuit, and the external circuit is electrically connected to an auxiliary machine control unit.

[0024] The adoption of the above technical solution can make the device more stable when the use of the device is observed through a monitoring station, thereby increasing the observability of the device during operation.

[0025] As a preferred technical solution of the present invention, a submersible pump is connected to the bottom of the wind turbine installation platform body, and a bottom insulating seat is provided at the top of the wind turbine installation platform body, and the top of the bottom insulating seat is fixedly connected to the Wärtsilä auxiliary machine, and a top insulating frame is provided at the top of the bottom insulating seat, and the bottom of the top insulating frame is fixedly connected to the Wärtsilä auxiliary machine.

[0026] The adoption of the above technical solution can make it more convenient for the wind power installation platform body to protect the Wärtsilä auxiliary machine, and can prevent the Wärtsilä auxiliary machine from being affected by the external environment.

[0027] Compared with the prior art, the beneficial effects of the present invention are as follows: by separating the Wärtsilä auxiliary machine from the isolated power supply unit, the use of the isolated power supply can be prevented from being affected when the Wärtsilä auxiliary machine is in use, so that the device can better protect the two groups of mechanisms of the Wärtsilä auxiliary machine and the isolated power supply unit, and by setting the grounding resistor, the grounding resistor can discharge the excess voltage inside the Wärtsilä auxiliary machine through the grounding resistor, thereby preventing the internal voltage of the Wärtsilä auxiliary machine from being too high when in use, thereby preventing internal energy leakage or equipment damage;

[0028] Furthermore, by setting up a source filter system inside the Wärtsilä auxiliary engine, the source filter system can produce opposite harmonic suppression according to the change of the harmonic of the Wärtsilä auxiliary engine load; this can make the power station operate stably at the power frequency state for a long time, avoid affecting the generator and other load equipment, and increase the protection of the equipment;

[0029] Furthermore, by providing the bottom insulating seat and the top insulating frame, the wind power installation platform body can be more convenient in protecting the Wärtsilä auxiliary machine and can prevent the Wärtsilä auxiliary machine from being affected by the external environment. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 It is a schematic diagram of the elevation structure of the present invention;

[0031] Figure 2 It is a schematic diagram of the elevation structure of the wind power installation platform body of the present invention;

[0032] Figure 3 The schematic diagram of the structure of the Wartsila auxiliary machine according to the present invention;

[0033] Figure 4 It is a schematic diagram of the structure of the device of the present invention;

[0034] Figure 5 It is a schematic structural diagram of the Wartsila auxiliary machine of the present invention;

[0035] Figure 6 It is a schematic diagram of the structure of the auxiliary machine control unit and the isolated power supply unit of the present invention.

[0036] In the figure: 1. Wind power installation platform body; 2. Pile legs; 3. Tower crane; 4. Monitoring station; 5. Wartsila auxiliary machine; 501. Energy storage body; 502. Low insulation alarm unit; 503. Grounding resistance; 510. Main switchboard; 511. Source filter system; 512. Voltage monitoring unit; 513. Power monitoring unit; 6. Auxiliary machine control unit; 610. Monitoring module; 611. Energy efficiency monitoring unit; 612. Equipment operation monitoring unit; 620. Management module; 621. Fuel management unit; 622. Index analysis unit; 623. Energy efficiency evaluation unit; 624. Decision support unit; 7. Isolation power supply unit; 701. Energy storage unit; 702. Control circuit unit; 703. Measuring resistor; 8. Submersible pump; 9. External circuit; 10. Bottom insulation seat; 11. Top insulation frame. DETAILED DESCRIPTION

[0037] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0038] Embodiment 1:

[0039] See also Figure 1-6 The present invention provides a technical solution: a dedicated insulating lifting device for a self-elevating wind power installation platform, comprising a wind power installation platform body 1, and a Wärtsilä auxiliary machine 5 arranged on the top of the wind power installation platform body 1, the top of the wind power installation platform body 1 is provided with the Wärtsilä auxiliary machine 5, and the left end of the Wärtsilä auxiliary machine 5 is connected to an auxiliary machine control unit 6 and an isolated power supply unit 7, and the auxiliary machine control unit 6 and the isolated power supply unit 7 are fixedly connected to the wind power installation platform body 1;

[0040] The Wärtsilä auxiliary machine 5 is electrically connected to the isolated power supply unit 7, and the auxiliary machine control unit 6 is capable of controlling the operation mode of the Wärtsilä auxiliary machine 5, and the auxiliary machine control unit 6 is capable of controlling the operation mode of the isolated power supply unit 7;

[0041] When using the dedicated insulation lifting equipment for the self-elevating wind power installation platform, firstly, the Wärtsilä auxiliary machine 5, the auxiliary machine control unit 6 and the isolated power supply unit 7 are installed at the designated position by the tower crane 3 arranged on the top of the wind power installation platform body 1, and then the Wärtsilä auxiliary machine 5, the auxiliary machine control unit 6 and the isolated power supply unit 7 are connected to each other. When the Wärtsilä auxiliary machine 5 is working, the Wärtsilä auxiliary machine 5 can be protected by the main switchboard 510 arranged inside, so that the source filter system 511 generates opposite harmonic suppression according to the change of the harmonic loaded by the Wärtsilä auxiliary machine 5; then the Wärtsilä auxiliary machine 5 is monitored in real time by the voltage monitoring unit 512 and the power monitoring unit 513;

[0042] An energy storage body 501 is provided inside the Wärtsilä auxiliary machine 5, and an insulation low alarm unit 502 is connected to the outside of the energy storage body 501, and a grounding resistor 503 is provided on the right side of the Wärtsilä auxiliary machine 5, and the grounding resistor 503 is fixedly connected to the right end of the Wärtsilä auxiliary machine 5; when the voltage inside the Wärtsilä auxiliary machine 5 is too high or the insulation low alarm unit 502 is triggered, the voltage can be transmitted to the grounding resistor 503, so that the grounding resistor 503 discharges the excess voltage inside the Wärtsilä auxiliary machine 5;

[0043] A main switchboard 510 is provided inside the Wärtsilä auxiliary machine 5, and a source filter system 511, a voltage monitoring unit 512 and a power monitoring unit 513 are provided inside the main switchboard 510; the source filter system 511 can generate opposite harmonic suppression according to the change of the harmonic of the load of the Wärtsilä auxiliary machine 5, and the voltage monitoring unit 512 can detect the voltage of the Wärtsilä auxiliary machine 5 when it is running, and the power monitoring unit 513 can monitor the power of the Wärtsilä auxiliary machine 5 in real time when it is running;

[0044] The main distribution board 510 is electrically connected to the auxiliary machine control unit 6, and the auxiliary machine control unit 6 is provided with a monitoring module 610 and a management module 620; the monitoring module 610 is provided with an energy efficiency monitoring unit 611, and the energy efficiency monitoring unit 611 is connected to the power monitoring unit 513, and the monitoring module 610 is provided with an equipment operation monitoring unit 612;

[0045] A fuel management unit 621 is provided inside the management module 620, and the fuel management unit 621 is connected to the wind power installation platform body 1, and an index analysis unit 622, an energy efficiency evaluation unit 623 and a decision-making auxiliary unit 624 are provided inside the management module 620, and the decision-making auxiliary unit 624 can connect to the Internet to search for big data information for assistance, so that the index analysis unit 622 and the energy efficiency evaluation unit 623 are more convenient in calculation;

[0046] When the voltage inside the Wärtsilä auxiliary machine 5 is too low or abnormal, the low insulation alarm unit 502 will sound an alarm, so that the grounding resistor 503 transmits the excessively high or low voltage to the outside of the Wärtsilä auxiliary machine 5, thereby performing insulation protection on the inside of the Wärtsilä auxiliary machine 5; and because the Wärtsilä auxiliary machine 5 is a power generation mechanism, the converted energy is transmitted and stored in the isolated power supply unit 7, so when the device performs energy storage work, the isolated power supply unit 7 can perform insulation protection on the converted energy, thereby increasing the protection of the device;

[0047] When the device is installing or using the Wärtsilä auxiliary engine 5 or other equipment, the fuel data recorded by the fuel management unit 621 can be viewed through the management module 620 set inside the auxiliary engine control unit 6, and then the Wärtsilä auxiliary engine 5 can be viewed through the index analysis unit 622 and the energy efficiency evaluation unit 623 to estimate the future use status of the Wärtsilä auxiliary engine 5. Then, the decision-making auxiliary unit 624 can refer to other solutions through the Internet big data, so that the management module 620 can provide a series of comprehensive energy efficiency services from energy efficiency data collection, energy efficiency analysis and evaluation, energy management, intelligent optimization, and decision-making assistance, so as to meet the needs of relevant parties for refined and intelligent management of ship energy efficiency, so as to enable users to make better decisions;

[0048] The auxiliary machine control unit 6 is associated with the isolated power supply unit 7, and an energy storage unit 701 is provided inside the isolated power supply unit 7, and a control circuit unit 702 is provided outside the energy storage unit 701, a measuring resistor 703 is connected to the outside of the control circuit unit 702, and the measuring resistor 703 is associated with the energy storage unit 701, and an insulating mechanism is provided outside the energy storage unit 701, and the energy storage unit 701 is connected to the wind power installation platform body 1 through the insulating mechanism;

[0049] During the process of the energy storage unit 701 in the isolated power supply unit 7 storing the energy converted by the Wartsila auxiliary machine 5, the storage and practical conditions in the energy storage unit 701 can be observed by measuring the resistor 703, and then the control circuit unit 702 is associated with the auxiliary machine control unit 6, so that the auxiliary machine control unit 6 can operate the use mode of the isolated power supply unit 7, so that the device can be more convenient when performing data adjustment, and when the energy storage unit 701 is abnormal, the signal can be transmitted to the auxiliary machine control unit 6 as a reminder by measuring the resistor 703;

[0050] The wind power installation platform body 1 is connected with pile legs 2 around, and the top of the pile leg 2 on the left side of the front is connected with a tower crane 3, and the top of the wind power installation platform body 1 is connected with a monitoring platform 4, the bottom of the monitoring platform 4 is electrically connected to an external circuit 9, and the external circuit 9 is electrically connected to an auxiliary machine control unit 6;

[0051] A submersible pump 8 is connected to the bottom of the wind power installation platform body 1, and a bottom insulating seat 10 is provided at the top of the wind power installation platform body 1, and the top of the bottom insulating seat 10 is fixedly connected to the Wartsila auxiliary machine 5, and a top insulating frame 11 is provided at the top of the bottom insulating seat 10, and the bottom of the top insulating frame 11 is fixedly connected to the Wartsila auxiliary machine 5;

[0052] When the wind power installation platform body 1 is fixing the Wärtsilä auxiliary machine 5, the Wärtsilä auxiliary machine 5 can be installed in the bottom insulating seat 10 through the tower crane 3, so that the bottom insulating seat 10 protects the bottom of the Wärtsilä auxiliary machine 5 to prevent the Wärtsilä auxiliary machine 5 from being corroded by sea water, and then the Wärtsilä auxiliary machine 5 is protected by the top insulating frame 11, thereby increasing the protection of the equipment.

[0053] Working principle: When using the dedicated insulation lifting equipment for the self-elevating wind power installation platform, firstly, the Wärtsilä auxiliary machine 5, the auxiliary machine control unit 6 and the isolated power supply unit 7 are installed at the designated position through the tower crane 3 arranged on the top of the wind power installation platform body 1, and then the Wärtsilä auxiliary machine 5, the auxiliary machine control unit 6 and the isolated power supply unit 7 are connected to each other. When the Wärtsilä auxiliary machine 5 is working, the Wärtsilä auxiliary machine 5 can be protected by the main switchboard 510 arranged inside, so that the source filter system 511 generates opposite harmonic suppression according to the change of the harmonic loaded by the Wärtsilä auxiliary machine 5; then the Wärtsilä auxiliary machine 5 is monitored in real time by the voltage monitoring unit 512 and the power monitoring unit 513;

[0054] When the voltage inside the Wärtsilä auxiliary machine 5 is too low or abnormal, the low insulation alarm unit 502 will sound an alarm, so that the grounding resistor 503 transmits the excessively high or low voltage to the outside of the Wärtsilä auxiliary machine 5, thereby performing insulation protection on the inside of the Wärtsilä auxiliary machine 5; and because the Wärtsilä auxiliary machine 5 is a power generation mechanism, the converted energy is transmitted and stored in the isolated power supply unit 7, so when the device performs energy storage work, the isolated power supply unit 7 can perform insulation protection on the converted energy, thereby increasing the protection of the device;

[0055] When the device is installing or using the Wärtsilä auxiliary engine 5 or other equipment, the fuel data recorded by the fuel management unit 621 can be viewed through the management module 620 set inside the auxiliary engine control unit 6, and then the Wärtsilä auxiliary engine 5 can be viewed through the index analysis unit 622 and the energy efficiency evaluation unit 623 to estimate the future use status of the Wärtsilä auxiliary engine 5. Then, the decision-making auxiliary unit 624 can refer to other solutions through the Internet big data, so that the management module 620 can provide a series of comprehensive energy efficiency services from energy efficiency data collection, energy efficiency analysis and evaluation, energy management, intelligent optimization, and decision-making assistance, so as to meet the needs of relevant parties for refined and intelligent management of ship energy efficiency, so as to enable users to make better decisions;

[0056] During the process of the energy storage unit 701 in the isolated power supply unit 7 storing the energy converted by the Wartsila auxiliary machine 5, the storage and practical conditions in the energy storage unit 701 can be observed by measuring the resistor 703, and then the control circuit unit 702 is associated with the auxiliary machine control unit 6, so that the auxiliary machine control unit 6 can operate the use mode of the isolated power supply unit 7, so that the device can be more convenient when performing data adjustment, and when the energy storage unit 701 is abnormal, the signal can be transmitted to the auxiliary machine control unit 6 as a reminder by measuring the resistor 703;

[0057] When the wind power installation platform body 1 is fixing the Wärtsilä auxiliary machine 5, the Wärtsilä auxiliary machine 5 can be installed in the bottom insulating seat 10 through the tower crane 3, so that the bottom insulating seat 10 protects the bottom of the Wärtsilä auxiliary machine 5 to prevent the Wärtsilä auxiliary machine 5 from being corroded by sea water, and then the Wärtsilä auxiliary machine 5 is protected by the top insulating frame 11, thereby increasing the protection of the equipment.

[0058] Thereby completing a series of tasks, the contents not described in detail in this specification belong to the prior art known to professional and technical personnel in this field.

[0059] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the spirit or essential features of the invention. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and scope of the equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

Claims

1. A dedicated insulation lifting device for a self-elevating wind power installation platform, comprising a wind power installation platform body (1) and a Wärtsilä auxiliary machine (5) arranged on the top of the wind power installation platform body (1), characterized in that: A Wärtsilä auxiliary machine (5) is arranged on the top of the wind power installation platform body (1), and an auxiliary machine control unit (6) and an isolated power supply unit (7) are connected to the left end of the Wärtsilä auxiliary machine (5), and the auxiliary machine control unit (6) and the isolated power supply unit (7) are fixedly connected to the wind power installation platform body (1); The Wärtsilä auxiliary machine (5) is electrically connected to the isolated power supply unit (7), and the auxiliary machine control unit (6) is capable of controlling the operation mode of the Wärtsilä auxiliary machine (5), and the auxiliary machine control unit (6) is capable of controlling the operation mode of the isolated power supply unit (7).

2. The dedicated insulation lifting equipment for self-elevating wind power installation platform according to claim 1 is characterized in that: An energy storage body (501) is provided inside the Wärtsilä auxiliary machine (5), and an insulation low alarm unit (502) is connected to the outside of the energy storage body (501), and a grounding resistor (503) is provided on the right side of the Wärtsilä auxiliary machine (5), and the grounding resistor (503) is fixedly connected to the right end of the Wärtsilä auxiliary machine (5); When the voltage inside the Wärtsilä auxiliary machine (5) is too high or the low insulation alarm unit (502) is triggered, the voltage can be transmitted to the grounding resistor (503), so that the grounding resistor (503) discharges the excess voltage inside the Wärtsilä auxiliary machine (5).

3. The dedicated insulation lifting equipment for self-elevating wind power installation platform according to claim 2 is characterized in that: The Wärtsilä auxiliary machine (5) is provided with a main switchboard (510) inside, and the main switchboard (510) is provided with an active filter system (511), a voltage monitoring unit (512) and a power monitoring unit (513) inside; The source filter system (511) can generate opposite harmonic suppression according to the change of the harmonic of the Wärtsilä auxiliary engine (5) load, and the voltage monitoring unit (512) can detect the voltage of the Wärtsilä auxiliary engine (5) when it is running, and the power monitoring unit (513) can monitor the power of the Wärtsilä auxiliary engine (5) in real time when it is running.

4. The dedicated insulation lifting equipment for self-elevating wind power installation platform according to claim 3 is characterized in that: The main power distribution board (510) is electrically connected to the auxiliary machine control unit (6), and a monitoring module (610) and a management module (620) are provided inside the auxiliary machine control unit (6).

5. The dedicated insulation lifting equipment for self-elevating wind power installation platform according to claim 4 is characterized in that: The monitoring module (610) is provided with an energy efficiency monitoring unit (611) therein, and the energy efficiency monitoring unit (611) is connected to the power monitoring unit (513) by a pipe, and the monitoring module (610) is provided with an equipment operation monitoring unit (612) therein.

6. The dedicated insulation lifting equipment for self-elevating wind power installation platform according to claim 4, characterized in that: The management module (620) is provided with a fuel management unit (621) therein, and the fuel management unit (621) is connected to the wind power installation platform body (1) by a pipe. The management module (620) is provided with an index analysis unit (622), an energy efficiency evaluation unit (623) and a decision-making auxiliary unit (624) therein, and the decision-making auxiliary unit (624) can be connected to the Internet to search for big data information for assistance, thereby making the index analysis unit (622) and the energy efficiency evaluation unit (623) more convenient in calculation.

7. The dedicated insulation lifting equipment for self-elevating wind power installation platform according to claim 4, characterized in that: The auxiliary machine control unit (6) is associated with the isolated power supply unit (7), and an energy storage unit (701) is provided inside the isolated power supply unit (7), and a control circuit unit (702) is provided outside the energy storage unit (701), a measuring resistor (703) is connected to the outside of the control circuit unit (702), and the measuring resistor (703) is associated with the energy storage unit (701), and an insulation mechanism is provided outside the energy storage unit (701), and the energy storage unit (701) is connected to the wind power installation platform body (1) through the insulation mechanism.

8. The dedicated insulation lifting equipment for self-elevating wind power installation platform according to claim 7, characterized in that: The wind power installation platform body (1) is connected to pile legs (2) on all sides, and the top of the pile leg (2) on the left side of the front is connected to a tower crane (3), and the top of the wind power installation platform body (1) is connected to a monitoring platform (4), the bottom of the monitoring platform (4) is electrically connected to an external circuit (9), and the external circuit (9) is electrically connected to an auxiliary machine control unit (6).

9. The dedicated insulation lifting equipment for self-elevating wind power installation platform according to claim 8, characterized in that: A submersible pump (8) is connected to the bottom of the wind power installation platform body (1), and a bottom insulating seat (10) is provided at the top of the wind power installation platform body (1), and the top of the bottom insulating seat (10) is fixedly connected to the Wärtsilä auxiliary machine (5), and a top insulating frame (11) is provided at the top of the bottom insulating seat (10), and the bottom of the top insulating frame (11) is fixedly connected to the Wärtsilä auxiliary machine (5).

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