CN108880408A - Ocean power station and method of construction - Google Patents

Abstract

Ocean power station and method of construction are to convert electric energy design to make full use of the solar energy and hypo energy in ocean with hypo for the solar energy in ocean, belong to energy facilities field；Ocean power station is set by photoelectric conversion facility, sea wave generation facility, storage, becomes what distribution facility, living facilities and protective equipment formed；Photoelectric conversion facility is located at the top of storage facility, and sea wave generation facility is located at the lower section of storage facility, by bulwark that photoelectric conversion facility, sea wave generation facility, the connection of storage facility is integral；Become distribution facility and living facilities are located at the two sides of photoelectric conversion facility, four sides is formd to photoelectric conversion facility with the bulwark for being located at change distribution facility and living facilities two sides and is safeguarded；The present invention is beneficial to the conversion and utilization of these natural clean energy resourcies of sea solar energy and hypo energy, for the living environment for building the mankind in ocean, develops ocean and provides energy source and power.

Description

Ocean power station and its construction method

technical field

The ocean power station and the construction method disclosed by the invention are designed to fully utilize the solar energy and ocean wave energy in the ocean, and convert the solar energy and ocean wave energy in the ocean into electrical energy, and belong to the field of energy facilities.

Background technique

China is the largest energy consumer and energy demander in the world. So far, energy shortage is still the bottleneck restricting the development of our country and the lifeline of our national economy and people's livelihood. In order to solve the energy problem, we have to do everything possible to introduce energy such as oil and natural gas. , but also exploit coal mines at high cost and develop thermal power generation. Before the reform and opening up, China's thermal power and other highly polluting energy accounted for more than 95% of China's total energy; in order to reduce pollution, China built a large number of hydroelectric power stations and nuclear power stations. Research and develop solar energy, wind energy and other clean energy; China is already the world's largest clean energy utilization country, but the utilization of new energy is less than 4% of energy consumption, and China's highly polluting energy still accounts for 66% of the total energy; On the one hand, if China’s economy wants to develop sustainably and stably, it must transform from an inland economy to a marine economy. The development, construction, and management of the ocean will sooner or later become the national policy of our country’s development; the development, construction, and management of the ocean must be solved Ocean energy power problem, if this problem is not solved in advance, everything is out of the question; Adopt the ocean power station provided by the present invention to solve these problems.

Contents of the invention

The method of this plan is to arrange the ocean power stations shown in Figure 1, Figure 2, and Figure 3 at fixed points on the vast oceans of our country, convert the solar energy and sea wave energy in the vast oceans into electrical energy, and connect them to the grid for power generation, which can not only solve the problem of development The ocean, the energy needed for ocean construction and ocean operation, can also transfer ocean power from east to west, and use all ocean energy to replace highly polluting and dangerous energy;

The ocean power station is composed of photoelectric conversion facilities, sea wave power generation facilities, power storage facilities, power transformation and distribution facilities, living facilities and protective facilities; among them, the sea wave power generation facilities are composed of sea wave touch panels, magnetic rods, coils, It is composed of conductive facilities and connecting hinges; power storage facilities are composed of power storage rooms and electric storage devices; power transformation and distribution facilities are composed of power transformation and distribution cabinets, anti-static facilities and power transformation and distribution rooms; wall, sealing plate and storage room floor; the photoelectric conversion facility is located above the storage facility, and the hypowave power generation facility is located below the storage facility. It is connected as a whole; the power transformation and distribution facilities and living facilities are located on both sides of the photoelectric conversion facilities, and the wave walls located on both sides of the power transformation and distribution facilities and living facilities form a four-sided protection for the photoelectric conversion facilities.

The photoelectric conversion facility is a facility that converts solar energy into electrical energy, and is composed of a solar receiving panel, a solar converter, a solar support, and an electric energy transmission line; the solar receiving panel is made of a solar photovoltaic panel and is erected on the top of the solar support ;The solar support is a six-sided rectangular framework made of section steel, including uprights, horizontal bars, diagonal bars and support plates for photovoltaic panels; it is recommended that each solar support be made of four No. 4 pieces of No. 45 angle steel with a length of 800 mm are used to make the cross bar. The cross bar is horizontally arranged in the middle of the column, and the connection between the bar and the column is connected by welding; The No. 45 angle steel is used as a diagonal bar, and the two ends are welded to the columns at the intersection; four No. 4 channel steels with a length of 1.2 meters and six No. 45 angle steels with a length of 1.18 meters are used to make the support plate of the photovoltaic panel, and the four channel steels are vertical. Intersect to form a rectangular frame, and the angle steel is evenly arranged vertically and horizontally in the rectangular frame, and the intersections are all connected by welding. At the connection, embed both sides of the solar photovoltaic panel into the notch of No. 4 channel steel with a length of 1 meter, spot weld the intersection of the channel steel and the support plate of the photovoltaic panel firmly, and use angle steel with a length of 50 mm for the upper and lower ends of the solar photovoltaic panel Squeeze the solar photovoltaic panel tightly and spot weld it on the support plate of the photovoltaic panel.

The solar converter is a component that converts solar energy into electrical energy and transmits the electrical energy to the storage device. It is located at the bottom of the solar receiving panel. It is made of steel parts to form an outer frame and a hanger. The solar converter is placed inside the outer frame and fixed on the hanger. In the upper part, the top of the hanger is welded firmly to the bottom of the support plate of the photovoltaic panel; the solar converter and the storage device are connected by wires; the solar bracket is erected above the ground panel, and the bottom is connected to the ground panel by bolts.

The sea wave power generation facility is a facility that converts ocean waves into electrical energy. The wave contact plate of the sea wave power generation facility is a plate-shaped component. It is a plate made of bakelite and treated with anticorrosion. The lower surface of the wave touch plate is in contact with the ocean water surface. The center of the upper surface is connected to the connecting hinge with self-tapping screws, and connected to the lower end of the magnetic bar and the lower end of the reset device through the connecting hinge. Under the alternating action of the sea waves and the reset device, the wave touch plate swings, and at the same time drives the magnetic bar to move up and down.

The magnetic rod is a magnetic rod-shaped component, preferably made of a magnetic steel rod with a diameter of 20 mm and a length of 400-500 mm after anti-corrosion treatment. The center part of the plate is hinged; the magnetic rod enters the middle part of the coil through the shaft center of the reset device and the sealed hole on the sealing plate, driven by the wave contact plate, the magnetic rod moves in the coil; through the movement, the magnetic rod is in-line The position in the coil changes, resulting in the movement of cutting magnetic lines of force, which induces current in the coil.

The coil is a tubular winding made of insulated enameled wire, including a coil frame and a coil winding. The coil frame is the skeleton for winding the coil. It is preferably recommended to use high-strength plastics with a height of 200-300 mm and an outer diameter of 40-50 mm. A cylindrical part with a hole diameter of 25-30mm, the end of the coil frame has a tenon with a diameter of 15-20mm, the tenon is 3-5mm long, and the tenon is inserted vertically into the middle hole of the conductive facility; the coil winding is a 0.5-1mm diameter The enameled wire is wound on the coil frame; the coil winding head is connected to the conductive facility; the lower end of the coil is connected to the top of the sealing plate through the moisture alarm, and the upper end is consolidated with the conductive facility through the insulating film. When the sealing plate passes through the magnetic bar When the hole is not sealed after a long period of friction or the coil is wet due to other reasons, the moisture alarm will sound an alarm and require treatment.

The resetter is preferably recommended to be made of a spring steel wire with a diameter of 2-3 mm into a spiral tubular part with an outer diameter of 30-35 mm and an inner diameter of 25-30 mm and a length of 100-150 mm. The upper part of the upper connecting hinge is consolidated, and the other end is consolidated with the bottom of the sealing plate, and the magnetic rod passes through the coil concentrically and coaxially with the resetter in the middle of the resetter.

The conductive facility is the bus bar connecting the coil and the storage device. It is recommended to use a copper plate with a diameter of 50-60 mm and a thickness of 3-5 mm. The copper plate has an insulating film on the surface and a hole with a diameter of 15-20 mm in the middle. The coil The mortise at one end of the frame is firmly inserted into the hole vertically; the conductive device has two symmetrical holes on the outer part of the coil frame, the hole diameter is 2-3 mm, and the conductive device is fixed on the bottom plate of the storage room with a screw with a diameter of 1.5-2 mm through this hole One side of the conductive device is consolidated with the top of the coil through an insulating film, and the other side is consolidated with the bottom plate of the storage chamber, and the terminal of the coil is connected with the storage device through a wire.

The power storage room is sealed and enclosed by ground panels on the top and bottom surfaces, the bottom plate of the power storage room, and wave-proof walls around the sides. The length of the ground panel and the bottom plate of the power storage room are both 300-500 meters long and 100-300 meters wide. , consisting of pouring 120 mm thick reinforced concrete slabs on the steel structure longitudinal beams and erecting anti-static overhead slabs; it is preferred to recommend that the longitudinal beams are made of 50 H-shaped steel, and the distance between the longitudinal beams is not more than 4 meters; Welding connection; Welding anchor nails are added to the top of the steel beam of the concrete slab as the connection between the beam and the concrete slab, and the anchor nails are welded in the middle of the top of the longitudinal and horizontal beams, with a distance of 500-600 mm; the reinforced concrete slab adopts two-way double-row steel mesh 12-14 mm steel bar diameter, 150 mm steel bar spacing; 6 mm thick steel plates are used as permanent formwork for the concrete slab, and prefabricated steel plates with an outer diameter of 50 mm and a length of 120 mm are used for the ground slab and the bottom plate of the power storage room for wires and cables. The buried pipe reserves holes on the concrete floor, and the relevant cable and wire holes passing through the slab wall are strictly sealed.

The accumulator is a device for accumulating electrical energy, and is made of an accumulator battery, and maintenance-free batteries are preferred.

The power transformation and distribution room is a structure set on the ground panel, which is composed of a wall and a roof surrounded by four sides. The lower end of the wall is sealed and consolidated with the ground panel, and the top is sealed and consolidated with the roof structure. Transformer distribution cabinet and anti-static facilities.

The power transformation and distribution cabinet is the main facility of the power transformation and distribution room. The power transformation and distribution cabinet is erected on the ground beam inside the power transformation and distribution room. One end of the external input wire is connected to the storage device, the other end is connected to the input terminal inside the power transformation and distribution cabinet, one end of the output wire is connected to the output terminal of the power transformation and distribution cabinet, and the other end is connected to the electrical device.

The anti-static facility is composed of an anti-static board and a bracket erected on the top of the ground panel. The anti-static board is made of a bakelite board with a side length of 400 mm and a thickness of 40 mm. Four parallel vertical steel bars support the rectangular frame horizontally, and the brackets support the anti-static boards arranged horizontally to form an anti-static ground, and wires and cables are laid between the brackets under the anti-static ground.

The ground plate is a component on the top of the power storage room that supports the load above the ground. It is composed of ground beams fixed in the surrounding wave walls, and the beams transmit loads by relying on the wave walls; room, the ground panel has a hole at the bottom of the power transformation and distribution cabinet in the power transformation and distribution room, and the cable connecting the power storage room and the power transformation and distribution room passes through the hole and seals it.

The sealing plate is a sealing plate-shaped part that prevents water from entering the coil, and is composed of a structural layer, an inner and outer sealing layer and a reinforcement layer. The structural layer is made of a plane frame made of No. mm thick steel plate is laid, the surface of the inner and outer steel plates is made of 20 mm thick soft felt, and the reinforcement layer is a flat rectangular steel frame made of No. 30 H-shaped steel with a distance of 1 meter. The distance between the steel frame and the structural layer is about 1 meter. 30 mm bolt connection; the surrounding of the sealing plate is sealed and consolidated with the bottom structure of the anti-wave wall; there is a hole in the sealing plate, and the magnetic rod perpendicular to the sealing plate passes through this hole and enters the coil to seal the hole on the sealing plate The treatment not only ensures that the magnetic rod can move freely in this hole without hindrance, but also ensures that seawater cannot enter from this hole; the upper part of the sealing plate hole is consolidated with the support of the coil, and the lower part is consolidated with the top of the reset device.

The installation method of the marine power station is to first make the ground plate, the anti-wave wall, the sealing plate and the bottom plate of the power storage room, and then assemble and connect the bottom plate of the power storage room with the wave-proof wall; Assembly and connection of the wave wall; after installing conductive facilities and coils, assemble and connect the sealing plate and the anti-wave wall; then install resetters, magnetic rods, and sea wave touch panels; after installing power transformation and distribution facilities and living facilities, install photoelectric conversion facilities; After debugging the photoelectric conversion facilities and the hyper wave power generation facilities respectively, carry out linkage debugging.

Before the installation, the installation frame is made. The installation frame is a platform for making and installing the marine power station, which is a temporary facility; the installation frame is composed of the field welding support frame, the field welding support frame horizontally adjustable guide rail, and the field welding support frame longitudinally adjustable guide rail. ; Among them, the field welding support frame is composed of the field welding support frame movable support, the field welding support frame oblique support and the field welding support frame column; The welded support frame is composed of horizontally adjustable guide rail guide blocks; the channel steel of the movable support of the field welded support frame is one size larger than the channel steel of the transverse guide rail beam of the field welded support frame, and the notch of the channel steel of the transverse guide rail beam of the field welded support frame is upward. The notch of the channel steel of the movable support of the on-site welding support frame is downward, and the channel steel of the movable support of the on-site welding support frame is covered in parallel on the channel steel of the transverse guide rail beam of the on-site welding support frame, and can move relatively; The oblique support of the welded support frame and the column of the field welded support frame are welded on the groove back of the channel steel of the movable support of the field welded support frame, and the column of the field welded support frame is vertically welded with the movable support of the field welded support frame; the column of the welded support frame The channel steel model of the welded support frame is smaller than that of the movable support of the on-site welding support frame. In the upper half of the welding support frame column, other components can be welded as required, and holes can also be opened as required; the oblique support of the on-site welding support frame is guaranteed The on-site welding support frame moves on the horizontally adjustable guide rail of the on-site welding support frame and is a member that will not be unstable under working conditions. The mobile support and the field welding support frame column are welded firmly; the field welding support frame horizontally adjustable guide rail guide block is to ensure that the field welding support frame horizontally adjustable guide rail guide block moves along a specific direction on the field welding support frame longitudinal adjustable guide rail Components, it is preferred to recommend that the adjustable guide rail guide block is made of channel steel one size smaller than the longitudinal adjustable guide rail of the welding support frame on site. The length of the adjustable guide rail guide block is 100-200 mm, and a diameter of 10- 18mm hole, with 8-16mm bolts, connect the adjustable guide rail guide block to the middle of the field welded support frame transverse guide rail beam, place the adjustable guide rail guide block on the channel steel of the field welded support frame longitudinal adjustable guide rail In the notch; the longitudinal adjustable guide rail of the field welding support frame is a straight rod with certain strength and rigidity, and it is a component that can move the field welding support frame by the field welding support frame according to the needs through the field welding support frame horizontally adjustable guide rail It is made of channel steel one size larger than the guide block of the adjustable guide rail. The length of the longitudinally adjustable guide rail of the field welding support frame is determined according to the site requirements. When in use, the channel steel of the field welding support frame longitudinally adjustable guide rail Notch facing up, notch back facing down.

First make the anti-wave wall and the bottom plate of the power storage room separately, erect the anti-wave wall vertically, and then assemble the bottom plate of the power storage room and the anti-wave wall installed horizontally. The specific method is: first make the mounting frame, which belongs to the marine power station The auxiliary facilities installed must ensure the vertical erection of the anti-wave wall during installation, and ensure the horizontal and stable installation of components such as the bottom plate of the power storage room, and then make the anti-wave wall, make and install the bottom plate of the power storage room;

The anti-wave wall is a plate-shaped component that vertically surrounds the marine power station; it is composed of a structural layer, an impact-resistant layer, an anti-corrosion layer, an insulating layer and an anti-static layer; the structural layers are made separately, and the structural layers are assembled on the mounting frame. Finally, purchase the impact-resistant layer and anti-corrosion layer, insulation layer and anti-static layer materials, and then assemble the components of the structural layer to form a complete structural layer frame, fill the gap between the columns and beams of the structural layer with filler plates , and then install the impact-resistant layer and anti-corrosion layer, insulating layer and anti-static layer in sequence;

The structural layer is composed of columns, horizontal connecting beams and filling plates. It is recommended to use No. 50 H-shaped steel to make the columns and beams. The center distance of the columns is set at 6 meters. The horizontal connecting beams are on the top of the columns, the floor plate, the sealing plate, and the storage room The bottom plate is set separately, and the structural layer is connected with the ground plate, sealing plate and the bottom plate of the power storage room by welding; first make the column and the beam respectively, after the column is made, put the column in place and adjust it on the mounting frame, Install the horizontal connecting beams on the top of the column, the ground plate, the sealing plate, and the bottom plate of the power storage room respectively and temporarily fix them. After adjusting the relative positions of the columns and beams, fill the gap between the columns and the horizontal connecting beams. Board filling, the thickness of the filling board is 500 mm, and it is composed of two high-strength, corrosion-resistant and lightweight calcium-plastic boards with a thickness of 60-100 mm, and then fixed; after passing the acceptance, install the impact-resistant layer;

The anti-impact layer is located on the outside of the structural layer, and the purchased shaped products are fixed on the structural layer. The anti-impact layer is made of a 10 mm thick carbon fiber plate, and the anti-impact layer is fixed on the structural layer with ordinary bolts with a diameter of 20-30 mm; Install the anti-corrosion layer after acceptance;

An anti-corrosion layer is arranged on the outside of the impact-resistant layer, and the anti-corrosion layer is consolidated on the impact-resistant layer; the anti-corrosion layer is made of a rubber plate with a thickness of 10-20 mm, and the anti-corrosion layer is pasted on the impact-resistant layer with glue;

The insulating layer and antistatic layer are located inside the structural layer. The insulating layer is made of 8-10mm rubber sheet, the antistatic layer is made of 10-20mm thick Bakelite board, and the insulating layer and antistatic layer are made of 16-20mm diameter rubber sheet. Common bolts; attached to the structural layer.

The bottom plate of the electricity storage room is a plate-shaped part located at the bottom of the electricity storage room and the top of the hypo-wave power generation facility; The surface is covered with steel plates, the inner side of the steel plate is provided with stiffeners, and the stiffeners are spot-welded with the bottom of the plate; it is preferred to use 20 H-shaped steel to make longitudinal and horizontal beams, the distance between the beams is 2 meters, the longitudinal and horizontal beams are on the same plane, and the upper and lower surfaces of the beams are fully paved 6 mm thick steel plate, the inner side of the steel plate is made of a flat steel strip with a length of 1.9 meters, a width of 60 mm, and a thickness of 5 mm as a stiffening rib. The anti-wave wall is sealed and consolidated. The upper part of the bottom plate of the power storage room is the power storage room, and the electric storage device is placed on the upper part of the bottom plate of the power storage room. Consolidated under the bottom plate of the power storage room; there is a hole for connecting wires between the conductive facility and the bottom plate of the power storage room. One end of the wire passes through the insulating layer to connect with the conductive facility, and the other end passes through the bottom plate of the power storage room. The hole is insulated Sealing, the wire is connected to the electric storage; the bottom plate of the electric storage room is sealed and consolidated with the anti-wave wall.

After the installation and acceptance of the bottom plate of the power storage room is qualified, install the storage device. Fix the base of the storage device on the upper part of the bottom plate of the power storage room. place.

The ground slab is composed of ground beams and slabs consolidated in the surrounding anti-wave walls. The production of the ground slab is carried out simultaneously with the production of the anti-wave wall, sealing plate, and bottom plate of the power storage room. The manufacturing method of the ground slab is the same as that of the bottom plate of the power storage room. same;

The installation of the floor panel is carried out after the installation and acceptance of the bottom plate of the power storage room is completed. The beams of the floor panel are sealed and consolidated with the anti-wave wall; At the bottom of the cabinet there are inspection holes and wire holes for the electric storage, and the cables connecting the storage room and the power transformation and distribution room pass through the holes and are sealed.

The conductive facilities are installed under the bottom of the bottom plate of the storage room, after the installation of the bottom plate of the storage room is completed and accepted; the conductive facilities are the busbars connecting the coil and the storage device. When installing, first accurately locate the conductive facilities, and then install the conductive facilities upside down for consolidation On the lower surface of the bottom plate of the storage room;

The coil is installed after the installation and acceptance of the conductive facilities is completed, and the tenon of the coil frame is inserted vertically into the middle hole of the conductive facility for fixing; the key points of the coil installation are to ensure that the position of the coil is correct, the verticality is accurate, and the magnetic rod and the coil are concentric. Make the magnet bar go in and out of the hole in the coil without hindrance.

Make and install the sealing plate before installing the sealing plate, temporarily fix the sealing plate, install the reset device and the magnetic rod in turn, adjust the position and verticality of the magnetic rod, so that the magnetic rod, the sealing plate and the coil can achieve frictionless movement, and then The connecting hinge and the sea wave touch plate are installed so that the sea wave touch plate can move flexibly through the connecting hinge under the action of the external load, and the magnetic rod can move flexibly under the alternating action of the external load and the reset device.

The sealing plate is a sealing plate-shaped part that prevents water from entering the coil. The sealing plate is composed of a structural layer, inner and outer sealing layers and a reinforcement layer. The manufacturing method of the structural layer of the sealing plate is the same as that of the ground plate and the bottom plate of the power storage room; After the structural layer, precisely position and open a hole on the plate of the structural layer. The hole is concentric and coaxial with the coil. After the magnetic rod perpendicular to the sealing plate passes through the hole and enters the coil, the hole on the sealing plate is sealed to ensure the magnetic The rod can move freely in this hole without hindrance, and ensure that seawater cannot enter from this hole; the surrounding of the sealing plate is sealed and consolidated with the bottom structure of the wave wall; the upper part of the hole of the sealing plate is consolidated with the support of the coil;

The lower part of the sealing plate hole is consolidated with the top of the resetter, and the lower end of the resetter is consolidated with the upper part of the connecting hinge connecting the upper part of the wave contact plate;

The magnetic rod is a magnetic rod-shaped part. The magnetic rod is perpendicular to the bottom plate of the power storage room. The magnetic rod is in the middle of the reset device and passes through the hole in the middle of the coil concentrically and coaxially with the reset device. When installing, first connect the lower end of the magnetic rod to the The hinge is hinged with the central part of the wave contact plate; after the magnetic rod passes through the axis of the reset device and the sealed hole on the sealing plate and enters the middle part of the coil, the end of the magnetic rod, the connecting hinge and the wave contact plate are consolidated;

The wave touch plate is a plate-shaped part. The lower surface of the wave touch plate is in contact with the ocean water surface, and the center of the upper surface is connected with the connecting hinge. After the installation of the magnetic bar is completed, the wave touch plate is connected to the lower end of the magnetic bar and the lower end of the reset device through the connecting hinge. Connected, under the alternating action of the sea waves and the reset device, the wave touch plate will swing, and at the same time drive the magnetic bar to move up and down. Driven by the wave touch plate, the magnetic rod moves in the coil; through the movement of the magnetic rod, the position of the magnetic rod in the coil changes, and the movement of the cutting magnetic force line is generated, so that an induced current is generated in the coil;

Then install power transformation and distribution facilities and living facilities, and finally install photoelectric conversion facilities;

The installation sequence of power transformation and distribution facilities is to install the power transformation and distribution room first, then the power transformation and distribution cabinet, and finally install the anti-static facilities;

The substation and distribution room is a structure set on the ground panel, which is composed of walls and a roof surrounded by four sides; when installing, first install the wall on the floor, so that the lower end of the wall is sealed and consolidated with the floor panel, and the wall The top of the body is sealed and consolidated with the roof structure, and an entrance and exit are left on the side wall corresponding to the living facilities. After the wall and roof of the substation and distribution room are installed, a door is installed at the opening where the entrance and exit are reserved. ;The wall close to the anti-wave wall is connected with the anti-wave wall; the substation and distribution room is equipped with substation and distribution cabinets and anti-static facilities;

The power transformation and distribution cabinet is the main facility of the power transformation and distribution room. The power transformation and distribution cabinet is composed of the casing of the power transformation and distribution cabinet, the terminal posts inside the casing, the input wires and output wires outside the casing; before the installation of the power transformation and distribution cabinet, first On the floor of the substation and distribution room, there are inspection holes for entering and exiting the storage room. The power transformer and distribution cabinet is erected on the ground beam, and the cables and wires connecting the power storage device and the power transformation and distribution cabinet are laid between the ground beams at the bottom of the power transformation and distribution cabinet, and one end of the external input wire is connected to the power storage device. The other end is connected to the input terminal inside the power transformation and distribution cabinet; one end of the output wire is connected to the output terminal of the power transformation and distribution cabinet, and the other end is connected to the electrical device;

The anti-static facility is composed of an anti-static plate and a bracket erected on the top of the floor panel. After the installation of the power transformer and distribution cabinet, install the anti-static facility before laying cables and wires; first set up an anti-static bracket on the floor of the anti-static facility, level After the adjustment, install the anti-static board, and the bracket supports the horizontal anti-static board to form an anti-static ground, and wires and cables are laid between the brackets under the anti-static ground;

Living facilities are places for people to live. Living facilities include buildings and various daily necessities in buildings. These settings belong to conventional settings, and the installation also belongs to conventional installations;

The photoelectric conversion facility is a facility for converting solar energy into electric energy, and is composed of a solar receiving panel, a solar converter, a solar support, and an electric energy transmission line;

The solar support is a six-sided rectangular skeleton, including uprights, crossbars, slant bars and support plates for photovoltaic panels; the production of solar support includes the manufacture of support columns, cross bars, slant bars and support plates for photovoltaic panels, and the horizontal bars are set on The middle part of the column, the connecting part of the cross bar and the column is consolidated; before installation, assemble the prepared column, cross bar, diagonal bar and the support plate of the photovoltaic panel into a whole. The ground between the facilities and the living facilities is in place, and then the fixed solar support is installed;

After the installation and acceptance of the solar bracket is qualified, the solar receiving board is erected on the top of the solar bracket and fixed;

The solar converter is a component that converts solar energy into electrical energy and transmits the electrical energy to the storage device. It is located at the bottom of the solar receiving panel. Before installation, first make the outer frame and hanger for installation, and place the solar converter inside the outer frame for consolidation On the upper part of the hanger, the top of the hanger is consolidated with the bottom of the support plate of the photovoltaic panel; and then the solar converter and the storage device are connected through wires.

After all the components and equipment are installed, simulate and debug the photoelectric conversion facility and the hyperwave power generation facility in the manufacturing plant first, and then carry out linkage debugging after passing the test. After confirming that there is no problem, proceed to the sea test. After the sea test, there is no problem. Put into use;

After the photoelectric conversion facilities are installed, first test the installation location, and test the stability of the installation. After testing the installation of the equipment and the connection of the wires, test and adjust the power generation capacity of the photoelectric conversion facilities;

The commissioning of the sea wave power generation facility is carried out after the installation of the relevant facilities of the sea wave power generation facility; Hypo touch plate, connecting hinge and magnetic bar, test the flexibility of the movement of the hypo wave touch plate, connecting hinge and magnetic bar, test the sensitivity of the reset device, test the conductivity and safety of the conductive facility; then use the simulated sea wave Conduct power generation tests;

After the commissioning of the photoelectric conversion facility and the commissioning of the sea wave power generation facility are completed, a joint power generation test is carried out on the two systems to test the power generation capacity;

After the above-mentioned installation and tests are completed, the Haiyang Power Station will be installed at a predetermined location in the ocean, and the Haiyang Power Station will be anchored and tested under actual working conditions, including the safety performance test and power generation capacity test of the power station, and will be delivered for use after passing the test.

The invention is beneficial to the conversion and utilization of natural clean energy, and provides energy and power for creating a living environment for human beings in the ocean and developing and operating the ocean.

Description of drawings

Figure 1 Schematic diagram of marine power station

Figure 2 1-1 view

Figure 3 2-2 view

In the figure: 1-photoelectric conversion facility; 2-hypo power generation facility; 21-hypo touch panel; 22-magnetic rod; 23-coil; 24-resetter; 25-conductive facility; 26-connecting hinge; 3-storage Electric facilities; 31-power storage room; 32-storage appliances; 4-transformation and distribution facilities; 41-transformation and distribution cabinets; 42-anti-static facilities; 43-transformation and distribution rooms; 5-living facilities; 6-protective facilities ; 61-ground panel; 62-wave-proof wall; 63-sealing plate; 64-electric storage room bottom plate.

Detailed ways

Example

An ocean power station that uses networked power generation to provide power for ocean construction projects is composed of photoelectric conversion facilities 1, ocean wave power generation facilities 2, power storage facilities 3, power transformation and distribution facilities 4, living facilities 5 and protective facilities 6; , the hypowave power generation facility 2 is composed of a hypowave contact plate 21, a magnetic rod 22, a coil 23, a reset device 24, a conductive device 25 and a connecting hinge 26; the power storage facility 3 is composed of a power storage room 31 and a power storage device 32; Transformation and distribution facility 4 is composed of transformation and distribution cabinet 41, anti-static facility 42 and transformation and distribution room 43; protective facility 6 is composed of floor panel 61, anti-wave wall 62, sealing plate 63 and power storage room bottom plate 64; The photoelectric conversion facility 1 is located above the power storage facility 3, and the hypowave power generation facility 2 is located below the power storage facility 3, and the photoelectric conversion facility 1, the hypowave power generation facility 2, and the power storage facility 3 are connected as a whole through the anti-wave wall 62; The power transformation and distribution facility 4 and the living facilities 5 are located on both sides of the photoelectric conversion facility 1 , and the wave walls located on both sides of the power transformation and distribution facility 4 and the living facilities 5 form four-sided protection for the photoelectric conversion facility 1 .

The photoelectric conversion facility 1 is a facility that converts solar energy into electric energy, and is composed of a solar receiving panel, a solar converter, a solar support, and an electric energy transmission line; Top; the solar support is a six-sided rectangular framework made of section steel, including uprights, horizontal bars, diagonal bars and support plates for photovoltaic panels; each solar support uses four 1.2-meter-long No. The cross bar is made of No. 45 angle steel with a length of 800mm. The cross bar is horizontally arranged in the middle of the column, and the connection between the bar and the column is connected by welding; No. 45 angle steel is used as a diagonal bar, and the two ends are welded to the columns at the intersection; four No. 4 channel steels with a length of 1.2 meters and six No. 45 angle steels with a length of 1.18 meters are used to make the support plate of the photovoltaic panel, and the four channel steels intersect vertically. It is surrounded by a rectangular frame, and the angle steel is evenly arranged vertically and horizontally in the rectangular frame, and the intersections are all connected by welding. The intersection of the vertical and horizontal bars of the support plate of the photovoltaic panel and the column head of the column is connected by welding; place, insert both sides of the solar photovoltaic panel into the notch of the 1-meter-long No. The solar photovoltaic panel is squeezed and spot welded on the support plate of the photovoltaic panel;

The solar converter is a component that converts solar energy into electrical energy and transmits the electrical energy to the storage device. It is located at the bottom of the solar receiving panel. It is made of steel parts to form an outer frame and a hanger. The solar converter is placed inside the outer frame and fixed on the hanger. In the upper part, the top of the hanger is welded firmly to the bottom of the support plate of the photovoltaic panel; the solar converter is connected to the storage device 32 by wires;

The described sea wave power generation facility 2 is a facility that converts ocean waves into electric energy. The wave contact plate 21 of the sea wave power generation facility 2 is a plate-shaped component, which is made of a bakelite board with a length of 550 mm, a width of 450 mm, and a thickness of 25 mm. The anti-corrosion plate, the lower surface of the wave touch plate 21 is in contact with the ocean water surface, the center of the upper surface is connected with the connecting hinge 26 by self-tapping screws, and connected with the lower end of the magnetic rod 22 and the lower end of the reset device 24 through the connecting hinge 26, Under the alternating action of the sea waves and the reset device 24, the wave contact plate 21 swings, and simultaneously drives the magnetic bar 22 to move up and down.

The magnetic rod 22 is a magnetic rod-shaped part, which is made of a magnetic steel rod with a diameter of 20 mm and a length of 500 mm through anticorrosion treatment. The magnetic rod 22 is perpendicular to the bottom plate 64 of the storage room, and the lower end is connected to the wave contact through the connecting hinge 26. The central part of the plate 21 is hinged; the magnetic bar 22 passes through the axis of the resetter 24 and the sealed hole on the sealing plate 63 and enters the middle part of the coil 23, driven by the wave contact plate 21, the magnetic bar 22 is in the coil 23 Movement: the position of the magnetic bar 22 in the coil 23 is changed through the movement, and the movement of the cutting magnetic force line is generated, so that an induced current is generated in the coil 23 .

The coil 23 is a tubular winding made of insulated enameled wire, including a coil frame and a coil winding. The coil frame is the skeleton for winding the coil, and is made of high-strength plastic with a height of 300 mm and an outer diameter of 50 mm. The inner diameter of the hole is 30 mm. A cylindrical component, the end of the coil frame has a tenon with a diameter of 20 mm, the length of the tenon is 5 mm, and the tenon is vertically inserted into the middle hole of the conductive device 25; the coil winding is made by winding an enameled wire with a diameter of 1 mm on the coil frame; the coil The winding wire head is connected with the conductive facility 25; the lower end of the coil is connected with the top of the sealing plate 63 through a moisture alarm, and the upper end is consolidated with the conductive facility 25 through an insulating film. When sealing or other reasons cause the coil 23 to be wet, the wet alarm will send an alarm, requiring treatment.

The reset device 24 is preferably recommended to be made into a spiral tubular part with an outer diameter of 35 mm and an inner hole diameter of 30 mm and a length of 150 mm with a spring steel wire with a diameter of 3 mm. The upper part is consolidated, and the other end is consolidated with the bottom of the sealing plate 63. The magnetic rod 22 passes through the coil concentrically and coaxially with the resetter 24 in the middle of the resetter 24.

The conductive facility 25 is the bus bar connecting the coil and the storage device 32, which is made of a copper plate with a diameter of 60 mm and a thickness of 5 mm. There is an insulating film on the surface of the copper plate, and there is a hole with a diameter of 20 mm in the middle. The tenon at one end of the coil frame is firm and vertical Insert the hole; the conductive facility 25 has two symmetrical holes on the outside of the coil frame, the aperture is 3 mm, and the conductive facility 25 is fixed on the bottom plate 64 of the electric storage room through the hole through the conductive facility 25 with a screw with a diameter of 2 mm; the conductive facility 25 One side is solidified with the top of the coil 23 through an insulating film, and the other side is solidified with the bottom plate 64 of the storage chamber, and the terminal of the coil 23 is connected with the storage device 32 through a wire.

The power storage room 31 is sealed and enclosed by the ground plate 61 on the top and the bottom, the bottom plate 64 of the power storage room, and the wave-proof wall 62 around it. The length of the ground plate 61 and the bottom plate 64 of the power storage room are both 500 meters long and wide. 300 meters, consisting of pouring 120 mm thick reinforced concrete slabs on the steel structure longitudinal and horizontal beams and erecting anti-static overhead slabs; it is recommended that the longitudinal and horizontal beams are all made of 50 H-shaped steel, and the distance between the longitudinal and horizontal beams is not more than 4 meters; Welding connection is adopted; anchor nails are welded on the top of the steel beam of the concrete slab as the connection between the beam and the concrete slab, and the anchor nails are welded in the middle of the top of the longitudinal and horizontal beams with a distance of 600 mm; the reinforced concrete slab adopts two-way double-row steel mesh The slab is fully paved, the steel bar diameter is 12-14 mm, and the steel bar spacing is 150 mm; the concrete slab uses a 6 mm thick steel plate as a permanent formwork, and the ground plate 61 and the bottom plate 64 of the storage room are used for conducting wires and cables with an outer diameter of 50 mm and a length of 120 mm. The pre-buried pipes reserve holes in the concrete floor, and the relevant cable and wire holes passing through the slab wall are strictly sealed.

The accumulator 32 is a device for accumulating electric energy, and is made of a battery for accumulating electricity, and a maintenance-free battery is preferably recommended.

The power transformation and distribution room 43 is a structure arranged on the floor panel 61, and is composed of a wall and a roof surrounded by four sides. The lower end of the wall is sealed and consolidated with the floor panel 61, and the top is sealed and consolidated with the roof structure. Transformation and distribution cabinets 41 and anti-static facilities 42 are arranged indoors.

The power transformation and distribution cabinet 41 is the main facility of the power transformation and distribution room 43. The power transformation and distribution cabinet 41 is erected on the ground beam inside the power transformation and distribution room 43. , composed of input wires and output wires outside the shell; one end of the external input wire is connected to the storage device 32, the other end is connected to the input terminal inside the power transformation and distribution cabinet 41, one end of the output wire is connected to the output terminal of the power transformation and distribution cabinet 41, and the other One end is connected to the electrical device.

Described anti-static facility 42 is to be erected on the anti-static plate on the top of ground plate 61 and support is made up, and anti-static plate is the bakelite board making of side length 400 millimeters thick 40 millimeters, and support is made of 4 25 millimeters of diameters of long 150 millimeters. The parallel vertical steel bars support the rectangular frame horizontally, and the brackets support the anti-static boards arranged horizontally to form an anti-static ground, and wires and cables are laid between the brackets under the anti-static ground.

The ground plate 61 is a component on the top of the power storage room 31 that supports the load above the ground, and is composed of a ground beam plate fixed in the surrounding wave wall 62, and the beam plate relies on the wave wall 62 to transmit the load; the ground plate 61 The bottom of the power storage room 31 is the power storage room 31, and the ground plate 61 has a hole at the bottom of the distribution cabinet 41 of the power conversion room 43, and the cable connecting the power storage room 31 and the power conversion room 43 passes through the hole and seals.

The bottom plate 64 of the power storage room is a plate-shaped component located at the bottom of the power storage room 31 and the top of the hypo-wave power generation facility 2; the bottom plate 64 of the power storage room is composed of beams and plates, and it is preferred to use No. 20 H-shaped steel to make longitudinal and horizontal beams, and the distance between the beams 2 meters, the vertical and horizontal beams are on the same plane, the upper and lower surfaces of the beams are covered with 6 mm thick steel plates, and the inside of the steel plates is made of flat steel strips with a length of 1.9 meters, a width of 60 mm, and a thickness of 5 mm as stiffeners. Welding, the welding point spacing is 100-200 mm; the surroundings of the bottom plate 64 of the electric storage room are sealed and consolidated with the wave wall 62, and the upper part of the bottom plate 64 of the electric storage room is the electric storage room 31, and the electric storage device 32 is placed on the bottom plate 64 of the electric storage room. The upper part; the bottom plate 64 of the electricity storage room is a conductive facility 25, and the upper surface of the conductive facility 25 is provided with a layer of insulating layer, which is consolidated under the bottom plate 64 of the electricity storage room; between the conductive facility 25 and the bottom plate 64 of the electricity storage room, there is The hole for connecting wires, one end of the wires passing through the insulating layer is connected to the conductive facility 25, and the other end passes through the bottom plate 64 of the storage room and the hole is insulated and sealed, and the wires are connected to the storage device 32.

The anti-wave wall 62 is a plate-like component that is vertically enclosed around the marine power station; it is composed of a structural layer, an impact-resistant layer, an anti-corrosion layer, an insulating layer and an anti-static layer; the structural layer is composed of columns, horizontal connecting beams and filling Composed of slabs, the columns and beams are made of No. 50 H-shaped steel, and the distance between the centers of the columns is set at 6 meters. The surroundings of the panel 61, the sealing plate 63 and the bottom plate 64 of the power storage room are connected by welding; the gap between the column and the horizontal connecting beam is filled with a filling plate, the thickness of the filling plate is 500 mm, and two pieces of high-strength and resistant steel with a thickness of 100 mm are used. The anti-impact layer is located outside the structural layer and is made of 10 mm thick carbon fiber plate. The anti-impact layer is fixed on the structural layer with ordinary bolts with a diameter of 30 mm; the outer side of the anti-impact layer Set the anti-corrosion layer, the anti-corrosion layer is made of rubber plate with a thickness of 20 mm, and the anti-corrosion layer is glued to the impact layer; the insulating layer and anti-static layer are located inside the structural layer, and the insulating layer is made of 8-10 mm rubber plate , The anti-static layer is made of 20 mm thick Bakelite board, and the insulating layer and anti-static layer are made of ordinary bolts with a diameter of 20 mm; they are connected to the structural layer.

The sealing plate 63 is a sealing plate-shaped part that prevents the coil 23 from entering water. It is composed of a structural layer, an inner and outer sealing layer and a reinforcement layer. The structural layer is made into a plane frame by No. 6 channel steel with a spacing of 500 mm. mm thick steel plate is laid, the surface of the inner and outer steel plates is made of 20 mm thick soft felt, and the reinforcement layer is a flat rectangular steel frame made of No. 30 H-shaped steel with a distance of 1 meter. The distance between the steel frame and the structural layer is about 1 meter with a diameter of 30 mm. The bottom structure of the sealing plate 63 is sealed and consolidated with the bottom structure of the wave-proof wall 62; there is a hole on the sealing plate 63, and after the magnetic bar 22 perpendicular to the sealing plate 63 passes through this hole and enters the coil, it is connected to the sealing plate 63. The hole of the sealing plate is sealed, which not only ensures that the magnetic bar 22 can move freely in this hole without hindrance, but also ensures that seawater cannot enter from this hole; Consolidation.

The installation method of the described marine power station is to first make the ground panel 61, the anti-wave wall 62, the sealing plate 63 and the bottom plate 64 of the electric storage room respectively, and then assemble and connect the bottom plate 64 of the electric storage room with the anti-wave wall 62; After 32, the ground panel 61 is assembled and connected with the anti-wave wall 62; after the conductive facility 25 and the coil 23 are installed, the sealing plate 63 is assembled and connected with the anti-wave wall 62; then the reset device 24, the magnetic bar 22, and the sea wave touch plate 21 are installed; After installing the power transformation and distribution facility 4 and the living facilities 5, install the photoelectric conversion facility 1; after debugging the photoelectric conversion facility 1 and the hypowave power generation facility 2 respectively, carry out linkage debugging.

Before installation, make the installation frame first, the installation frame is a platform for making and installing the marine power station, which belongs to temporary facilities; first make the wave-proof wall 62 and the bottom plate 64 of the power storage room respectively, erect the wave-proof wall 62 vertically, and then install the horizontal The bottom plate 64 of the power storage room and the anti-wave wall 62 are assembled. The specific method is: first make the installation frame, which belongs to the auxiliary facilities for the installation of the marine power station. The horizontal and stable installation of components such as the chamber bottom plate 64, and then make the anti-wave wall 62, make and install the power storage room bottom plate 64;

The anti-wave wall 62 is a plate-shaped component that is vertically enclosed around the marine power station; it is composed of a structural layer, an impact-resistant layer, an anti-corrosion layer, an insulating layer and an anti-static layer; firstly make the structural layers separately, and assemble the structural layers on the mounting frame After forming, purchase the impact-resistant layer and anti-corrosion layer, insulation layer and anti-static layer materials, and then assemble the components of the structural layer to form a complete structural layer frame, and fill the gap between the columns and beams of the structural layer. Filling, and then install the impact-resistant layer and anti-corrosion layer, insulating layer and anti-static layer in sequence;

The structural layer is composed of columns, horizontal connecting beams and filling plates. It is recommended to use No. 50 H-shaped steel to make the columns and beams. The center distance of the columns is set at 6 meters. The horizontal connecting beams are on the top of the columns, the floor plate, the sealing plate, and the storage room The bottom plate is set separately, and the structural layer is connected with the ground plate, sealing plate and the bottom plate of the power storage room by welding; first make the column and the beam respectively, after the column is made, put the column in place and adjust it on the mounting frame, Install the horizontal connecting beams on the top of the column, the ground plate 61, the sealing plate 63, and the bottom plate 64 of the power storage room respectively and temporarily fix them. After adjusting the relative positions of the columns and beams, place The parts are filled with filling boards, the thickness of which is 500 mm, and it is composed of two high-strength, corrosion-resistant and lightweight calcium-plastic boards with a thickness of 60-100 mm, and then fixed; after passing the acceptance, install the impact-resistant layer;

The anti-impact layer is located on the outside of the structural layer, and the purchased shaped products are fixed on the structural layer. The anti-impact layer is made of a 10 mm thick carbon fiber plate, and the anti-impact layer is fixed on the structural layer with ordinary bolts with a diameter of 20-30 mm; Install the anti-corrosion layer after acceptance;

An anti-corrosion layer is arranged on the outside of the impact-resistant layer, and the anti-corrosion layer is consolidated on the impact-resistant layer; the anti-corrosion layer is made of a rubber plate with a thickness of 10-20 mm, and the anti-corrosion layer is pasted on the impact-resistant layer with glue;

The insulating layer and antistatic layer are located inside the structural layer. The insulating layer is made of 8-10mm rubber sheet, the antistatic layer is made of 10-20mm thick Bakelite board, and the insulating layer and antistatic layer are made of 16-20mm diameter rubber sheet. Common bolts; attached to the structural layer.

The bottom plate of the power storage room is a plate-shaped part located at the bottom of the power storage room and the top of the hypo-wave power generation facility; the bottom plate 64 of the power storage room is composed of a beam plate. The upper and lower surfaces are covered with steel plates, the inner side of the steel plate is provided with stiffeners, and the stiffeners are spot-welded with the bottom of the plate; it is preferred to use 20 H-shaped steel to make longitudinal and horizontal beams, the distance between the beams is 2 meters, the longitudinal and horizontal beams are on the same plane, and the upper and lower surfaces of the beams are fully covered. Lay 6 mm thick steel plates, and use flat steel strips with a length of 1.9 meters, a width of 60 mm, and a thickness of 5 mm as stiffeners on the inner side of the steel plate, and the stiffeners are spot welded to the bottom of the plate with a welding spot spacing of 100-200 mm; around the bottom plate of the storage room It is sealed and consolidated with the anti-wave wall. The upper part of the bottom plate of the power storage room is the power storage room, and the storage device is placed on the upper part of the bottom plate of the power storage room; the lower part of the bottom plate of the power storage room is a conductive facility, and an insulating layer is set on the upper surface of the conductive facility. It is fixed under the bottom plate of the electric storage room; there is a hole for connecting wires between the conductive facility and the bottom plate of the electric storage room. One end of the wire passes through the insulating layer to connect with the conductive facility, and the other end passes through the back hole of the bottom plate of the electric storage room. Insulated and sealed, the wires are connected to the electric storage; the bottom plate 64 of the electric storage room is sealed and consolidated with the anti-wave wall 62 .

After the electric storage room bottom plate 64 is installed and accepted, the installation of the electric storage device 32 is carried out. The base of the electric storage device 32 is fixed on the upper part of the electric storage room bottom plate 64. After measuring and finding the position of the electric storage room bottom plate 64, the electric storage device 32 is fixed The junction is at the base of the storage device 32 .

The floor panel 61 is made up of ground beams and slabs consolidated in the surrounding wave walls 62. The manufacture of the floor panel 61 is carried out synchronously with the manufacture of the wave wall 62, the sealing plate 63, and the bottom plate 64 of the power storage room. The method of making the floor panel 61 is the same as The manufacturing method of the electric storage room bottom plate 64 is the same;

The installation of the ground plate 61 is carried out after the installation of the bottom plate 64 of the electric storage room is completed and accepted. The bottom of the power transformation and distribution cabinet 41 of the power distribution room 43 has an inspection hole and a wire hole for the storage device 32, and the cables connecting the power storage room 31 and the power transformation and distribution room 43 pass through the holes and are sealed.

The conductive facility 25 is installed below the bottom surface of the bottom plate 64 of the electric storage room, and is carried out after the bottom plate 64 of the electric storage room is installed and accepted; the conductive facility 25 is the bus bar connecting the coil and the electric storage device 32. The facility 25 is installed upside down and fixed on the lower surface of the bottom plate 64 of the storage room;

The coil 23 is installed after the installation and acceptance of the conductive facility 25 is completed, and the tenon of the coil frame is inserted vertically into the middle hole of the conductive facility 25 for fixing; the installation points of the coil 23 must ensure that the position of the coil 23 is correct, the verticality is accurate, and the magnetic field is ensured. The rod 22 is concentric with the coil 23, so that the magnetic rod 22 can pass in and out of the hole of the coil 23 without hindrance.

Before sealing plate 63 is installed, make and install sealing plate 63 earlier, after sealing plate 63 is temporarily fixed, resetter 24, magnetic bar 22 are installed successively, the position and verticality of magnetic bar 22 are adjusted, make magnetic bar 22 and sealing plate 63 and When the coil 23 reaches the frictionless movement, install the connecting hinge 26 and the sea wave contact plate 21 again, so that the sea wave touch plate 21 can move flexibly through the connecting hinge 26 under the action of the external load, and the magnetic bar 22 can move flexibly under the action of the external load and the reset device 24. Can move flexibly under alternating action.

The sealing plate 63 is a sealing plate-shaped part that prevents the coil 23 from entering water. The sealing plate 63 is composed of a structural layer, an inner and outer sealing layer and a reinforcement layer. The production method is the same; after the structural layer is made, the holes are accurately positioned on the plate of the structural layer. The holes are concentric and coaxial with the coil 23. After the magnetic rod 22 perpendicular to the sealing plate 63 passes through the hole and enters the coil, the sealing plate 63 The hole on the top is sealed, which not only ensures that the magnetic bar 22 can move freely in this hole without hindrance, but also ensures that seawater cannot enter from this hole; the surroundings of the sealing plate 63 are sealed and consolidated with the bottom structure of the anti-wave wall 62; the sealing plate 63 The upper part of the hole is consolidated with the support of the coil;

The bottom of the sealing plate 63 hole is consolidated with the top of the resetter 24, and the lower end of the resetter 24 is consolidated with the upper part of the connecting hinge 26 connecting the top of the wave contact plate 21;

The magnetic rod 22 is a magnetic rod-shaped part, and the magnetic rod 22 is perpendicular to the bottom plate 64 of the power storage chamber. The magnetic rod 22 is in the middle of the reset device 24, and passes through the hole in the middle of the coil 23 concentrically and coaxially with the reset device 24; when installing, first The lower end of the magnetic rod 22 is hinged to the central part of the wave touch plate 21 through the connecting hinge 26; after the magnetic rod 22 passes through the axis of the resetter 24 and the sealed hole on the sealing plate 63 and enters the middle part of the coil 23, the magnetic The end of the rod 22, the connecting hinge 26 and the wave contact plate 21 are consolidated;

The wave touch plate 21 is a plate-shaped part, the lower surface of the wave touch plate 21 is in contact with the ocean water surface, and the center of the upper surface is connected with the connecting hinge 26. After the magnetic bar 22 is installed, the wave touch plate 21 is connected to the magnetic bar 22 through the connecting hinge 26. The lower end of the lower end and the lower end of the reset device 24 are connected, and under the alternating action of the sea wave and the reset device 24, the wave touch plate 21 produces a swing, and drives the magnetic bar 22 to do lifting motion simultaneously. The magnetic rod 22 is driven by the wave contact plate 21 to move in the coil 23; through the movement of the magnetic rod 22, the position of the magnetic rod 22 in the coil 23 is changed, and the movement of the cutting magnetic force line is generated, so that the coil 23 generates an induction. generating current;

Then install power transformation and distribution facilities 4 and living facilities 5, and finally install photoelectric conversion facilities 1;

The installation sequence of the power transformation and distribution facility 4 is to first install the power transformation and distribution room 43, then install the power transformation and distribution cabinet 41, and finally install the anti-static facility 42;

Transformation and distribution room 43 is a structure arranged on the floor panel 61, and is composed of walls and a roof surrounded by four sides; Consolidation, the top of the wall is sealed and consolidated with the roof structure, and an entrance and exit are left on the side wall corresponding to the living facilities 5. After the wall and roof of the power transformation and distribution room 43 are installed, the A door is installed at the opening of the exit; the wall near the anti-wave wall 62 is connected to the anti-wave wall 62; the power transformation and distribution room 43 is equipped with a power transformation and distribution cabinet 41 and an anti-static facility 42;

Transformation and distribution cabinet 41 is the main facility of transformation and distribution room 43. Transformation and distribution cabinet 41 is composed of the casing of transformation and distribution cabinet 41, the wiring posts inside the casing, the input wires and output wires outside the casing; the transformation and distribution cabinet 41 Before installation, the inspection hole for entering and leaving the power storage room 31 is provided on the ground panel 61 of the power transformation and distribution room 43. The size of the inspection hole can make the storage device 32 easy to enter and exit. The ground beam for installing the power transformation and distribution cabinet 41 is erected on the panel 61, and then the power transformation and distribution cabinet 41 is erected on the ground beam, and the cables and wires connecting the storage device 32 and the power transformation and distribution cabinet 41 are laid on the power transformation and distribution cabinet 41 Between the ground beams at the bottom, one end of the external input wire is connected to the storage device 32, and the other end is connected to the input terminal inside the power transformation and distribution cabinet 41; one end of the output wire is connected to the output terminal of the power transformation and distribution cabinet 41, and the other end is connected to the power supply device;

The anti-static facility 42 is composed of an anti-static plate and a bracket erected on the top of the ground panel 61. After the power transformer distribution cabinet 41 is installed, the anti-static facility 42 is installed before the cables and wires are laid; Set up the anti-static support, install the anti-static plate after leveling and adjusting, the support supports the horizontal anti-static plate to form an anti-static ground, and wires and cables are laid between the supports under the anti-static ground;

The living facility 5 is a place for people to live. The living facility 5 includes buildings and various daily necessities in the buildings. These settings belong to conventional settings, and the installation also belongs to conventional installations;

The photoelectric conversion facility 1 is a facility for converting solar energy into electric energy, and is composed of a solar receiving panel, a solar converter, a solar support, and an electric energy transmission line;

The solar support is a six-sided rectangular skeleton, including uprights, crossbars, slant bars and support plates for photovoltaic panels; the production of solar support includes the manufacture of support columns, cross bars, slant bars and support plates for photovoltaic panels, and the horizontal bars are set on The middle part of the column, the connecting part of the cross bar and the column is consolidated; before installation, assemble the prepared column, cross bar, diagonal bar and the support plate of the photovoltaic panel into a whole. Put in place on the ground panel 61 between the facility 4 and the living facility 5, and then install and fix the solar support;

After the installation and acceptance of the solar bracket is qualified, the solar receiving board is erected on the top of the solar bracket and fixed;

The solar converter is a component that converts solar energy into electrical energy and transmits the electrical energy to the storage device. It is located at the bottom of the solar receiving panel. Before installation, first make the outer frame and hanger for installation, and place the solar converter inside the outer frame for consolidation On the upper part of the hanger, the top of the hanger is consolidated with the bottom of the support plate of the photovoltaic panel; and then the solar converter and the storage device 32 are connected through wires.

After all the components and equipment are installed, the photoelectric conversion facility 1 and the hyperwave power generation facility 2 will be simulated and debugged in the production plant first, and then the joint debugging will be carried out after passing the test. After confirming that there is no problem, the sea test will be carried out, and there will be no problem after the sea test can be put into use;

After the installation of the photoelectric conversion facility 1 is completed, the installation position is first tested, and the stability of the installation is tested. After the installation of the equipment and the connection of the wires are tested, the power generation capacity of the photoelectric conversion facility 1 is tested and adjusted;

The commissioning of the hyper wave power generation facility 2 is carried out after the installation of the relevant facilities of the hypo wave power generation facility 2 is completed; first, the installation position is tested, and the stability of the installation is tested, and after the installation of the equipment and the connection of the wires are tested, Move the hypotouch plate 21, the connecting hinge 26 and the magnetic bar 22 respectively, test the flexibility of the movement of the hypotouch plate 21, the connecting hinge 26 and the magnetic bar 22, test the sensitivity of the reset device 24, and test the conduction of the conductive facility 25. performance and safety; then use simulated sea waves for power generation test;

After the commissioning of the photoelectric conversion facility 1 and the commissioning of the sea wave power generation facility 2 are completed, a joint power generation test is carried out on the two systems to test the power generation capacity;

After the above-mentioned installation and tests are completed, the Haiyang Power Station will be installed at a predetermined location in the ocean, and the Haiyang Power Station will be anchored and tested under actual working conditions, including the safety performance test and power generation capacity test of the power station, and will be delivered for use after passing the test.

Claims (9)

1. ocean power station, characterized in that by photoelectric conversion facility (1), sea wave generation facility (2), storage facility (3), become distribution Facility (4), living facilities (5) and protective equipment (6) composition；Wherein, sea wave generation facility (2) is by hypo touch panel (21), magnetic Stick (22), coil (23), restorer (24), conductive facility (25) and connecting hinge (26) composition；Storage facility (3) is by storage room (31) it is formed with electrical storage device (32)；Become distribution facility (4) by change power distribution cabinet (41), anti-static facility (42) and changed into switchhouse (43) it forms；Protective equipment (6) is made of floor plate (61), bulwark (62), sealing plate (63) and storage room bottom plate (64) 's；Photoelectric conversion facility (1) is located at the top of storage facility (3), and sea wave generation facility (2) is located at the lower section of storage facility (3), It is by bulwark (62) that photoelectric conversion facility (1), sea wave generation facility (2), storage facility (3) connection is integral；Become distribution Facility (4) and living facilities (5) are located at the two sides of photoelectric conversion facility (1), become distribution facility (4) and living facilities with being located at (5) bulwark of two sides forms four sides to photoelectric conversion facility (1) and safeguards；

Photoelectric conversion facility (1) is the facility for converting the solar into electric energy, by solar receiving panel, solar converter, too Positive energy bracket, electrical energy transportation route form；Solar receiving panel is erected at the top of solar bracket；Solar converter is Positioned at the top of solar bracket, the bottom of solar receiving panel, solar converter is connect with electrical storage device (32) by conducting wire； Solar bracket is the top for being erected in floor plate (61), and bottom and floor plate (61) consolidate；

The sea wave generation facility (2) is the facility for converting the wave of ocean to electric energy, the wave touching of sea wave generation facility (2) Plate (21) is plate-shaped member, the lower surface of wave touch panel (21) and ocean water face contact, and the center of upper surface passes through connecting hinge (26) It is connect with the lower end of the lower end of bar magnet (22) and restorer (24), under the alternating action of wave Yu restorer (24), wave touch panel (21) swing is generated, while bar magnet (22) being driven to make elevating movement；

The bar magnet (22) is magnetic bar-like member, and perpendicular to storage room bottom plate (64), lower end passes through connecting hinge (26) and wave The centre of touch panel (21) is hinged；Bar magnet (22) passes through the axle center of restorer (24) and the hole of the sealing on sealing plate (63) Into the intermediate position of coil (23), under the drive of wave touch panel (21), bar magnet (22) movement in coil (23)；Coil (23) It is the tubular winding being fabricated to the enameled wire of insulation, including bobbin and coil windings, bobbin are wound around the skeleton of coil, Coil windings be coil is wrapped on bobbin made of；Coil windings the end of a thread is connect with conductive facility (25)；Coil lower end It is connect by the upper surface of moisture alarm and sealing plate (63), upper end is consolidated by insulating film and conductive facility (25)；

The restorer (24) makes of sleeve, and the top of one end and wave touch panel (21) consolidates, the other end and sealing plate (63) it is consolidated below, bar magnet (22) is passed into coil in intermediate concentric co-axial；Conductive facility (25) is connection coil and storage The bus of electric appliance (32) is consolidated by the top of insulating film and coil (23) on one side, and another side and storage room bottom plate (64) consolidate, Connector lug and electrical storage device (32) by wire connection coil (23)；

The storage room (31) is by positioned at the floor plate (61) of top and bottom, storage room bottom plate (64) and positioned at surrounding Bulwark (62) sealing surrounds, and the relevant cables electric wire hole across wooden partition also strictly seals；Electrical storage device (32) is savings electricity The device of energy is made of the storage battery of electric power storage；

The changed into switchhouse (43) is the structures being arranged in floor plate (61) above, by the wall and roof group surrounded on four sides At the lower end of wall seals consolidation in floor plate (61), and top and roof structure sealing consolidate, and change power distribution cabinet is arranged in interior (41) and anti-static facility (42)；

The change power distribution cabinet (41) is the key facility of changed into switchhouse (43), becomes power distribution cabinet (41) and is erected at changed into switchhouse (43) On internal ground beam, by the shell of change power distribution cabinet (41), the binding post of interior of shell, the input lead of shell exterior, output are led Line composition；External input lead one end connects electrical storage device (32), and other end connection becomes power distribution cabinet (41) internal input wires Column, the connection of output lead one end become the output wiring terminal of power distribution cabinet (41), and the other end connects power device；

The anti-static facility (42) is the anti-static facility being set up at the top of floor plate (61), by antistatic plate and bracket group At bracket supports horizontally disposed antistatic plate, forms conductive flooring, lays and lead between the bracket under conductive flooring Line；

The floor plate (61) is the component of the support above load in ground at the top of storage room (31), by being fixedly arranged at surrounding Ground beam slab composition in bulwark (62), beam slab rely on bulwark (62) to transmit load；The lower part of floor plate (61) is storage Room (31), floor plate (61) have hole in the bottom of the change power distribution cabinet (41) of changed into switchhouse (43), and connection storage room (31) is matched with change The cable of electric room (43) seals after passing through in hole；

The storage room bottom plate (64) is the plate-shaped member at the top of storage room (31) bottom and sea wave generation facility (2)； The surrounding of storage room bottom plate (64) and bulwark (62) sealing consolidate, and the top of storage room bottom plate (64) is storage room (31), storage Electric appliance (32) is shelved on the top of storage room bottom plate (64)；Storage room bottom plate (64) lower part is conductive facility (25), conductive facility (25) layer insulating is arranged in upper surface, by the lower section for being fixedly arranged at storage room bottom plate (64)；In conductive facility (25) and storage There is the hole of connecting wire between electric room bottom plate (64), one end that conducting wire passes through insulating layer is connect with conductive facility (25), the other end Across storage room bottom plate (64) metapore by insulated enclosure, conducting wire is connect with electrical storage device (32).

The bulwark (62) is the plate-shaped member vertically gone along with sb. to guard him in ocean power station surrounding；There is anti-corrosion on the outside of bulwark (62) Layer, centre is structure sheaf, and there are insulating layer and antistatic backing in inside；Structure sheaf respectively with floor plate (61), sealing plate (63) and storage The consolidation sealed around of electric room bottom plate (64)；

The sealing plate (63) is the sealing plate-shaped member for preventing coil (23) from intaking, the bottom knot of surrounding and bulwark (62) Structure sealing consolidation；Sealing plate has hole on (63), passes through after this hole enters coil perpendicular to the bar magnet (22) of sealing plate (63), to close Hole on sealing plate (63) is sealed processing, not only guaranteed bar magnet (22) can the freely without hindrance movement in this hole, but also guarantee seawater It must not enter from this hole；The top in sealing plate (63) hole and the supporting element of coil consolidate, and the top of lower part and restorer (24) is solid Knot.

2. the installation method in ocean power station according to claim 1, characterized in that first make floor plate (61) respectively, prevent Unrestrained wall (62), sealing plate (63) and storage room bottom plate (64), then storage room bottom plate (64) is connect with bulwark (62) assembly；Peace Floor plate (61) is connect with bulwark (62) assembly after dress electrical storage device (32)；It will after the conductive facility (25) of installation, coil (23) Sealing plate (63) is connect with bulwark (62) assembly；Restorer (24) and bar magnet (22), hypo touch panel (21) are installed again；It is installing After becoming distribution facility (4) and living facilities (5), install photoelectric conversion facility (1)；Respectively to photoelectric conversion facility (1) and hypo After power generating equipment (2) is debugged, linkage debugging is carried out.

3. the installation method in ocean power station according to claim 2, characterized in that first make bulwark (62) respectively and store up Bulwark (62) is vertically erected, then horizontally disposed storage room bottom plate (64) and bulwark (62) is spelled by electric room bottom plate (64) Dress, specific practice are：First fabrication and installation frame, mounting rack belong to the auxiliary equipment of the installation in ocean power station, it is necessary to assure bulwark (62) standing vertically when installing, will also guarantee the horizontal stable installation of the components such as storage room bottom plate (64), then make bulwark (62), it makes and storage room bottom plate (64) is installed；

1) production and installation of bulwark (62)

Bulwark (62) is the plate-shaped member vertically gone along with sb. to guard him in ocean power station surrounding；By structure sheaf, anti-impacting layer and erosion resistant coating, absolutely Edge layer and antistatic backing composition；Structure sheaf is first made respectively, purchases anti-impacting layer and erosion resistant coating, insulating layer and antistatic backing material Material, then the component of structure sheaf is subjected to assembly, after forming complete structure sheaf frame, the neutral gear between the column beam of structure sheaf is used Plate filling is filled, then anti-impacting layer and erosion resistant coating, insulating layer and antistatic backing are successively installed；

1. structure sheaf makes

Structure sheaf by column, horizontal linking beam and filling board group at, first make column and crossbeam respectively, after column is made, Column is in place, levelling, horizontal linking beam is separately mounted at the top of column, floor plate (61), sealing plate on mounting rack (63), it is respectively set and is fixed temporarily at storage room bottom plate (64), behind the relative position for adjusting column beam, connect in column and level The neutral gear position of binder is using filling plate filling, then is fixed；Anti-impacting layer is installed after acceptance(check)；

2. the installation of anti-impacting layer

Anti-impacting layer is located on the outside of structure sheaf, and the approved product of buying is fixed on structure sheaf, anti-corrosion is installed after acceptance(check) Layer；

3. the installation of erosion resistant coating

Erosion resistant coating is arranged in the outside of anti-impacting layer, and erosion resistant coating is fixedly arranged on anti-impacting layer；

4. the production and installation of insulating layer and antistatic backing

Insulating layer and antistatic backing are located on the inside of structure sheaf, and successively insulating layer and antistatic backing are fixedly arranged on structure sheaf.

2) it makes and storage room bottom plate (64) is installed

Storage room bottom plate (64) is made of beam slab, first makes beam in length and breadth, make in length and breadth Liang Chu on the same plane, beam upper and lower surface Steel plate is completely spread, ribbed stiffener, ribbed stiffener and board bottom spot welding is arranged in the inside of steel plate；The surrounding and bulwark of storage room bottom plate (64) (62) sealing consolidation.

4. the installation method in ocean power station according to claim 2, characterized in that storage room bottom plate (64) installation, which is checked and accepted, closes The pedestal of electrical storage device (32), is fixed on the top of storage room bottom plate (64), through measuring by the installation that electrical storage device (32) are carried out after lattice Behind the position for finding storage room bottom plate (64) accurately, electrical storage device (32) is fixedly arranged to the base position of electrical storage device (32).

5. the installation method in ocean power station according to claim 1, characterized in that floor plate (61) is by being fixedly arranged at surrounding Ground beam slab composition in bulwark 62, the production of floor plate (61) and bulwark (62), sealing plate (63), storage room bottom plate (64) production is synchronous to be carried out, and floor plate (61) production method is identical as the production method of storage room bottom plate (64)；

Being mounted on after storage room bottom plate (64) installs acceptance(check) for floor plate (61) carries out, the beam slab four of floor plate (61) Week consolidates with bulwark (62) sealing；The lower part of floor plate (61) is storage room (31), and floor plate (61) is in changed into switchhouse (43) The bottom of change power distribution cabinet (41) have the manhole and wire guide of electrical storage device (32), connection storage room (31) and changed into switchhouse (43) Cable sealed after being passed through in hole.

6. the installation method in ocean power station according to claim 1, characterized in that conductive facility (25) is mounted on storage room The lower section of bottom plate (64) bottom surface carries out after storage room bottom plate (64) installs acceptance(check)；

1) installation of conductive facility (25)

Conductive facility (25) is the bus for connecting coil and electrical storage device (32), when installation, is first accurately positioned, then by conductive facility (25) the projecting lower surface for being fixedly arranged at storage room bottom plate (64) of installation；

2) installation of coil (23)

Coil (23) is mounted on after the completion of conductive facility (25) installation is checked and accepted and carries out, and the tenon of bobbin is inserted perpendicularly into conductive facility (25) it is being fixed in interstitial hole；The Installation features of coil (23) are to must assure that the position of coil (23) is correct, vertically Degree is accurate, it is ensured that bar magnet (22) and coil (23) are concentric, pass in and out bar magnet (22) in the hole of coil (23) accessible.

7. the installation method in ocean power station according to claim 1, characterized in that first fabrication and installation sealing plate (63), it will Sealing plate (63) successively installs restorer (24), bar magnet (22) after being fixed temporarily, the position and verticality to bar magnet (22) carry out Adjustment when bar magnet (22) and sealing plate (63) and coil (23) being made to reach frictionless motion, then installs connecting hinge (26) and hypo Touch panel (21) makes hypo touch panel (21) under the action of external load, and by connecting hinge (26) energy flexible motion, bar magnet (22) exists It can flexible motion under the alternating action of external load and restorer (24).

1) production and installation of sealing plate (63)

Sealing plate (63) is the sealing plate-shaped member for preventing coil (23) from intaking, and sealing plate (63) is by structure sheaf, interior outer sealing layers It is formed with enhancement layer, the structure sheaf production side of the production of sealing plate (63) structure sheaf and floor plate (61), storage room bottom plate (64) Method is identical；After making structure sheaf, aperture, hole and coil (23) concentric co-axial are accurately positioned on the plate of structure sheaf, perpendicular to After the bar magnet (22) of sealing plate (63) enters coil across this hole, processing is sealed to the hole on sealing plate (63), was both guaranteed Bar magnet (22) can the freely without hindrance movement in this hole, and guarantee seawater must not enter from this hole；The surrounding of sealing plate (63) with The bottom structure of bulwark (62) seals consolidation；The top in sealing plate (63) hole and the supporting element of coil consolidate；

2) installation of restorer (24)

The top of the lower part in sealing plate (63) hole and restorer (24) consolidates, the lower end of restorer (24) with connect wave touch panel (21) Top connecting hinge (26) top consolidation；

3) installation of bar magnet (22)

Bar magnet (22) is magnetic bar-like member, and bar magnet (22) is perpendicular to storage room bottom plate (64), and bar magnet (22) is in restorer (24) Centre, be passed into the intermediate hole of coil (23) with restorer (24) concentric co-axial；It, first will be under bar magnet (22) when installation End is hinged by connecting hinge (26) and the centre of wave touch panel (21)；Bar magnet (22) passes through axle center and the sealing of restorer (24) After the hole of sealing on plate (63) enters the intermediate position of coil (23), by the end of bar magnet (22), connecting hinge (26) and wave Touch panel (21) consolidation；

4) installation of wave touch panel (21)

Wave touch panel (21) is plate-shaped member, the lower surface of wave touch panel (21) and ocean water face contact, the center of upper surface and connection (26) connection is cut with scissors, after bar magnet (22) is installed, lower end and reset of the wave touch panel (21) by connecting hinge (26) and bar magnet (22) The lower end of device (24) connects, and under the alternating action of wave Yu restorer (24), wave touch panel (21) generates swing, while driving magnetic Stick (22) makees elevating movement.Make bar magnet (22) under the drive of wave touch panel (21), the movement in coil (23)；Pass through bar magnet (22) Movement, so that position of the bar magnet (22) in coil (23) is changed, generate cutting magnetic line movement, make to produce in coil (23) Raw induced current.

8. the installation method in ocean power station according to claim 1, characterized in that first installation becomes distribution facility (4) and raw Facility (5) living finally install photoelectric conversion facility (1)；

1) become the installation of distribution facility (4)

The erection sequence for becoming distribution facility (4) is first to install changed into switchhouse (43), then install and become power distribution cabinet (41), is finally installed Anti-static facility (42)；

1. the installation of changed into switchhouse (43)

Changed into switchhouse (43) is the structures being arranged in floor plate (61) above, is made of the wall and roof that surround on four sides；Peace When dress, first on floor plate (61) wall is installed, consolidates the lower end of wall with sealing in floor plate (61), the top of wall with Roof structure sealing consolidation, there are inlet and outlet, the walls of changed into switchhouse (43) on the wall of side corresponding with living facilities (5) Installation door at the hole imported and exported after the installation is completed, is being reserved in body and roof；Wall close to bulwark (62) side, with wave resistance Wall (62) connection；Change power distribution cabinet (41) and anti-static facility (42) is arranged in changed into switchhouse (43) interior；

2. becoming the installation of power distribution cabinet (41)

Become the key facility that power distribution cabinet (41) are changed into switchhouse (43), becomes power distribution cabinet (41) by the shell, outer of change power distribution cabinet (41) Binding post inside shell, input lead, the output lead composition of shell exterior；Before becoming power distribution cabinet (41) installation, first becoming distribution The manhole of disengaging storage room (31) is opened up on the floor plate (61) of room (43), manhole is sized so that electrical storage device (32) energy side Just it passes in and out, then sets up the ground beam of installation change power distribution cabinet (41) on the floor plate (61) that installation becomes the position of power distribution cabinet (41), then Power distribution cabinet (41) stand will be become on ground beam, the cable and wire between connection electrical storage device (32) and change power distribution cabinet (41) is laid in change Between the ground beam of power distribution cabinet (41) bottom, external input lead one end connects electrical storage device (32), and other end connection becomes power distribution cabinet (41) internal lead-in clamp；The connection of output lead one end becomes the output wiring terminal of power distribution cabinet (41), and the other end connects electricity consumption Device；

3. the installation of anti-static facility (42)

Anti-static facility (42) is the antistatic plate and bracket composition being set up at the top of floor plate (61), becomes power distribution cabinet (41) installation After, anti-static facility (42) are installed before cable and wire laying；First installed on the floor plate (61) of anti-static facility (42) Antistatic bracket installs antistatic plate after leveling levelling, bracket supports horizontally disposed antistatic plate, with forming antistatic Conducting wire and cable are laid between the bracket under conductive flooring in face；

2) installation of living facilities (5)

Living facilities (5) are the places for personnel's life, and living facilities (5) include that the various lives in building and building are used Product, these settings belong to conventional arrangement, and installation also belongs to conventional installation；

3) installation of photoelectric conversion facility (1)

The photoelectric conversion facility (1) is the facility for converting the solar into electric energy, is converted by solar receiving panel, solar energy Device, solar bracket, electrical energy transportation route form；

1. the fabrication and installation of solar bracket

Solar bracket is six face rectangular frameworks, the support plate including column, cross bar, brace and photovoltaic panel；Solar bracket Production includes the production of the support plate of bracket upright post, cross bar, brace and photovoltaic panel, and cross bar is horizontally set on the middle part of column The connecting portion of position, cross bar and column consolidates；Before installation, the support plate of the column made, cross bar, brace and photovoltaic panel is spelled It dresses up entirety, when installation, first makes solar bracket on the floor plate (61) become between distribution facility (4) and living facilities (5) In place, then fixed solar bracket is installed；

2. solar receiving panel is installation

After solar bracket installs acceptance(check), solar receiving panel is erected to top and the fixation of solar bracket；

3. the installation of solar converter

Solar converter is the component for converting the solar into electric energy and electric energy being sent to electrical storage device, is located at solar energy and receives The bottom of plate, before installation, solar converter is placed on inside outline border and is fixedly arranged at hanger by the outline border and hanger of first fabrication and installation Top will consolidate at the top of hanger with the bottom of the support plate of photovoltaic panel；Solar converter is passed through with electrical storage device (32) again and is led Line connection.

9. the installation method in ocean power station according to claim 1, characterized in that whole components and equipment install Afterwards, simulative debugging first is carried out to photoelectric conversion facility (1) and sea wave generation facility (2) respectively in production factory, is carried out after qualified Linkage debugging, confirmation can come into operation there is no extra large examination is carried out after any problem through sea examination is out of question；

1) debugging of photoelectric conversion facility (1)

Photoelectric conversion facility (1) after the installation is completed, is first tested the position of installation, and surveys to the stability of installation Examination, the installation to equipment after the connection of conducting wire is tested, are tested and are adjusted to the generating capacity of photoelectric conversion facility (1) It is whole；

2) debugging of sea wave generation facility (2)

The debugging of sea wave generation facility (2) carries out after the related facility of sea wave generation facility (2) is installed；First to installation Position tested, and the stability of installation is tested, the installation to equipment, after the connection of conducting wire is tested, point Not Yun Dong hypo touch panel (21), connecting hinge (26) and bar magnet (22), test hypo touch panel (21), connecting hinge (26) and bar magnet (22) Movement flexibility, the sensibility of test reset device (24), the electric conductivity and safety of testing conductive facility (25)；Mould is used again Quasi- hypo carries out power generation test；

3) linkage debugging

After the completion of the debugging of photoelectric conversion facility (1) and the debugging of sea wave generation facility (2), linkage power generation is carried out to two big systems Generating capacity is tested in test；

4) sea examination

After completing above-mentioned installation and test, Haiyang power station is mounted on to the predetermined area of ocean, Haiyang power station is anchored simultaneously Actual condition experimental test is carried out, safety feature test and generating capacity including power station are tested, and are delivered for use after qualified.