CN202084340U - High-voltage and extra-high voltage crosslinked polyethylene insulation single core sea floor power cable - Google Patents
High-voltage and extra-high voltage crosslinked polyethylene insulation single core sea floor power cable Download PDFInfo
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- CN202084340U CN202084340U CN201120166228XU CN201120166228U CN202084340U CN 202084340 U CN202084340 U CN 202084340U CN 201120166228X U CN201120166228X U CN 201120166228XU CN 201120166228 U CN201120166228 U CN 201120166228U CN 202084340 U CN202084340 U CN 202084340U
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Abstract
The utility model discloses a high-voltage and extra-high voltage crosslinked polyethylene insulation single core sea floor power cable. The metal shielding layer (8) of the cable is a lead sleeve shielding layer, and a copper wire sparse-winding shielding layer formed by copper wires is arranged between a first semi-conductive water-resisting buffer layer (5) and the metal shielding layer (8). The power cable has the advantages of better mechanical property, good decay resistance, small electromagnetic wastage, and sufficient transient state short-circuit current capacity, and is suitable of replacing a high-voltage and extra-high voltage AC power transmission single core oil immersion paper insulation sea floor power cable, can be laid in a harsh sea environment, and has better mechanical property and applicability.
Description
Technical field
The utility model relates to a kind of sea electric power cable, and especially a kind of mechanical strength is good, corrosion resistance and good, and abrasion resistance properties is good, and electromagnetic consumable is little, is suitable for the sea electric power cable of 220～500kV AC electric power systems.
Background technology
State's inner high voltage, superhigh pressure exchange the single core sea electric power cable of the employed 220～500kV level of submarine cable power transmission engineering system at present, often adopt oil-impregnated paper insulation to exchange submarine cable.
Oil-impregnated paper insulation interchange submarine cable technology insulation property are better, and electric property is stable, and it uses age for a long time.But be subjected to the limitation of its structural design, the seabed oil-impregnated paper insulation cable will have reliable oil pressure and keep circulation, supervisory control system.
Compare with crosslinked polyetylene insulated sea electric power cable, construction of cable mechanical stability is poor, and counter-bending destructive characteristics is relatively poor, not antidetonation; When being subjected to the external force infringement, damage easily; Long-term working service difficulty, it is higher to lay maintenance cost; Manufacturing technology requires also higher simultaneously.
Along with the power cable with cross-linked polyethylene insulation technology is ripe day by day, select crosslinked polyetylene insulated submarine cable to substitute traditional oil-impregnated paper insulation sea electric power cable, then have better mechanical performance and suitable stability.Therefore the home and abroad client is also more and more to the demand of the crosslinked polyetylene insulated sea electric power cable of 220～500kV level in recent years.For this reason, we have newly designed the crosslinked polyetylene insulated single core sea electric power cable of a kind of 220～500kV level, are used for substituting single core interchange sea electric power cable that early stage oil-impregnated paper insulation list core exchanges sea electric power cable and replaces common zinc plated mild carbon steel silk armouring.
The utility model content
It is good that the purpose of this utility model provides a kind of mechanical strength, corrosion resistance and good, abrasion resistance properties is good, electromagnetic consumable is little, be fit to be applied to the crosslinked polyetylene insulated single core sea electric power cable of 220～500kV level of high pressure, superhigh pressure ac transmission, be used for substituting early stage high pressure, superhigh pressure and exchange single core oil and soak the paper insulation sea electric power cable, it is very big particularly to replace electromagnetic consumable, is used for single core sea electric power cable of the common low carbon steel wire armouring of high pressure, superhigh pressure ac transmission.
In order to realize above-mentioned purpose; the technical solution of the utility model is: a kind of high pressure; ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable; its internal layer to skin respectively is water-blocking conductor; conductor shield; insulating barrier; insulation screen; the first semiconductive water-blocking buffer layer; metal screen layer; plastics strengthen protective layer; metal armouring layer and serving; described metal screen layer is the lead sleeve screen; be provided with the copper wire that is made of the copper wire lead and dredge around shielding between described first semiconductive water-blocking buffer layer and metal screen layer, described metal armouring layer is made of non magnetic non-ferrous alloy silk.
, takes the special Corrosion Protection that can satisfy submarine cable the design of lead sleeve shielding construction for requiring, be unlikely to make the blocked up of lead sleeve shielding construction design again, increased in the inside of lead sleeve screen that one deck and metal screen layer be in parallel, dredge around shielding with the copper wire that is electrically connected that many copper wire leads constitute, this layer reduced the comprehensive resistance of power cable metal screen, improved the anti-lightning strike transient state short-circuit current capacity of cable metal screen member.And can suitably reduce the supplementary load loss that metallic sheath circulation that high pressure, superhigh pressure exchange single core submarine cable produces.
In order to prevent sea electric power cable lead sleeve screen damage and water inflow, strengthen block-water performance, described copper wire is dredged between shielding and metal screen layer and is provided with the second semiconductive water-blocking buffer layer.Wrapped semiconductive waterstop between described water-blocking conductor and the conductor shield.The electricity that semiconductive water-blocking buffer layer, semiconductive waterstop have each layer of cable structural design simultaneously concurrently the function that continues.
In order to reduce the circulation loss of single-core power cables, described metal armouring layer adopts non magnetic non-ferrous alloy silk, described non magnetic non-ferrous alloy silk can adopt the copper alloy silk, or adopts the high manganese-nickel silk of anticorrosion no magnetic, or adopts anticorrosion duralumin, hard alumin ium alloy silk.
The metal armouring layer of the utility model cable can adopt the first non-ferrous metal lenticular wire armour that is made of non magnetic non-ferrous metal lenticular wire, and the first non-ferrous metal lenticular wire armour is outside equipped with adhesive tape binding layer, and adhesive tape binding layer can play fixing
In order to make the utility model cable obtain better tensile strength and bending resistance, the described first non-ferrous metal lenticular wire armour is provided with the second non-ferrous metal lenticular wire armour that is made of non magnetic non-ferrous metal lenticular wire outward again.The described first non-ferrous metal lenticular wire armour and the second non-ferrous metal lenticular wire armour adopt incorgruous armouring wrapped.
The utility model cable has mechanical performance preferably, corrosion resistance and good, electromagnetic consumable is little, enough transient state short-circuit current capacity are arranged, be applicable to that alternative high pressure, the single core oil of superhigh pressure ac transmission soak the paper insulation sea electric power cable, be laid in the abominable ocean environment for use, have better mechanical performance and applicable performance.Be specially adapted to replace the ordinary steel wire armouring list core sea electric power cable of the very big high pressure of electromagnetic consumable, superhigh pressure ac transmission, have remarkable energy saving effect.
Description of drawings
Below in conjunction with the drawings and specific embodiments the utility model is described in further detail.
Fig. 1 is the structural representation of the utility model cable.
Fig. 2 is the another kind of structural representation of the utility model cable.
Fig. 3 is the third structural representation of the utility model cable.
Embodiment
A kind of high pressure; ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable; its internal layer to skin respectively is water-blocking conductor 1 as shown in Figure 1; conductor shield 2; insulating barrier 3; insulation screen 4; the first semiconductive water-blocking buffer layer 5; metal screen layer 8; plastics strengthen protective layer 9; metal armouring layer and serving 11; described metal screen layer 8 is the lead sleeve screen; be provided with the copper wire that is made of the copper wire lead and dredge around shielding 6 between described first semiconductive water-blocking buffer layer 5 and metal screen layer 8, described metal armouring layer is made of non magnetic non-ferrous alloy silk 10.
Described insulating barrier 3 is to be made of cross-linked polyethylene insulating material.In recent years, crosslinked polyethylene insulation material has been widely used in high pressure and ultrahigh voltage power cable because of its excellent dielectric and heat resistance.Compare with the oil-impregnated paper insulation sea electric power cable, every mechanical performance of crosslinked polyetylene insulated sea electric power cable is better, lays in the environment in more abominable ocean, and the antisurge impact property is strong, and bending property is preferably arranged, and shock resistance is good, and is non-maintaining.Therefore cross-linked polyethylene insulated cable more is applicable to the submarine cable bad working environment than oil-impregnated paper insulation cable.
The Insulation Material of described insulating barrier 3 adopts the ultrapurification cross-linked polyethylene insulating material of ultra-high voltage cross-linking cable special use to make; If the insulating barrier of sea electric power cable adopts special low water tree ultrapurification cross-linked polyethylene insulating material manufacturing then has more technical advantage.
Described conductor shield 2, insulation screen 4 adopt special ultra-smooth semiconductive polyolefin shielding material to make.Conductor shield 2, insulating barrier 3, insulation screen 4 adopt the three-layer co-extruded cross-linking cable production line once to extrude manufacturing and finish.
The water-blocking conductor 1 of described cable by many copper conductor layer-strandings, press and constitute, all be embedded with semiconductive waterstop or water blocking yarn between every layer conductor.Be provided with wrapped semiconductive waterstop between water-blocking conductor 1 and the conductor shield 2, wrapped semiconductive waterstop and semiconductive shielding layer are united formation conductor shield 2.
Between the insulation screen 4 and lead sleeve metal screen layer 8 of cable core, be provided with the wrapped semiconductive first semiconductive water-blocking buffer layer 5 and the second semiconductive water-blocking buffer layer 7 that zone of swelling constitutes that block water.Be made of the good alloy lead sleeve of airtight performance outside the metal screen layer 8, the metal screen layer 8 that the alloy lead sleeve is made is outside equipped with plastics and strengthens protective layer 9.Above-mentioned each layer setting is united the water blocking structure that has formed sea electric power cable.
Owing to be laid in the power cable zone in seashore or shallow sea; passing ships are more; in case because metal screen layer 8 and plastics enhancing protective layer 9 that unexpected (as the anchor evil) makes sea electric power cable alloy lead sleeve all go to pot; or submarine cable integral body broken by the ship anchor, and then each layer structure of the lead sleeve screen inside of sea electric power cable may be intake.Therefore, sea electric power cable is in its metal screen layer 8 that radially stop water alloy lead sleeve is made, stranded water-blocking conductor 1 inside of pressing, the gap of water-blocking conductor 1 and conductor shield 2, the gap of cable core insulation screen 4 and metal screen layer 8, be provided with water blocking structure, in case metal screen layer 8 damage and water inflows that sea electric power cable alloy lead sleeve is made, each layer semiconductive zone of swelling water-swellable that blocks water plays a role, play well vertical resistance effect, delay and stop the further immersion of seawater, reduce the length that seawater soaks harmful sea electric power cable, make things convenient for the repairing work after the submarine cable accident and reduce the loss.
Wrapped semiconductive waterstop between water-blocking conductor 1 and the conductor shield 2, wrapped semiconductive water-blocking buffer layer between the metal screen layer 8 that insulation screen 4 and alloy lead sleeve are made, the electricity that has each layer of cable structural design simultaneously concurrently the function that continues, indispensable.
In the outside of the first semiconductive water-blocking buffer layer 5 is radially airtight metal screen layer 8, and the metal screen layer 8 of sea electric power cable generally all should adopt the lead sleeve metal screen layer structure that extrudes because there is special anti-seawater corrosion to require and the mechanical performance requirement.Described lead sleeve screen and plastics strengthen protective layer 9 and unite and constitute that submarine cable radially blocks water, anticorrosion structure.
For metallic sheath screen 8, generally all adopt alloy lead sleeve shielding construction.Though lead sleeve shielding power cable have softness, corrosion-resistant, easily continue and process industrial art performance advantage preferably; But because the fusing point of plumbous cover is lower, resistivity is higher, so unit cross-sectional area allows the electric current that passes through also just lower on the plumbous cover of the alloy screen, and corresponding anti-lightning strike transient state short-circuit current is also just lower.
To being used for single core sea electric power cable of high pressure, superhigh pressure ac transmission,, certainly will to increase the sectional area of cable lead sleeve screen if adopt the lead sleeve screen will satisfy the anti-lightning strike transient state short-circuit current requirement of cable merely.Because plumbous lacks than great, resource, price is higher, and the thickness of increase lead sleeve screen is sectional area both, certainly will increase considerably the design weight and the cost of submarine cable.
Therefore, 220～500kV for high pressure, superhigh pressure exchanges single core sea electric power cable,, takes the special Corrosion Protection that can satisfy submarine cable the design of lead sleeve shielding construction for requiring, be unlikely to make the blocked up of lead sleeve shielding construction design again, thereby make unit weight design overweight of submarine cable; Also to satisfy the electrical property designing requirement of cable metal screen 8; We have increased in the inside of the lead sleeve screen of high pressure, superhigh pressure sea electric power cable, and one deck and metal screen layer 8 be in parallel, dredge around shielding 6 with the copper wire that is electrically connected that many copper wire leads constitute, copper wire is dredged around shielding 6 and has been reduced the comprehensive resistance of power cable metal screen, thereby has improved the anti-lightning strike transient state short-circuit current capacity of cable metal screen member.And can suitably reduce the supplementary load loss that metallic sheath circulation that high pressure, superhigh pressure exchange single core submarine cable produces.
In the plumbous inside of overlapping the metal screen layer 8 that constitutes of alloy, design is dredged around shielding 6 by many copper wires of two-layer semiconductive water-blocking buffer layer clamping, in case be in order to prevent sea electric power cable alloy lead sleeve screen damage and water inflow, the copper wire project organization that is wrapped by the two-layer buffering zone of swelling that blocks water can play well vertically resistance effect.If adopt individual layer semiconductive waterstop structure, then its usefulness that blocks water will be had a greatly reduced quality.
The continuous lead extruder of screw is adopted in the manufacturing of cable alloy lead sleeve screen.Be used for the alloy lead that submarine cable is made,, the cooperation trade mark of multiple alloy lead can be arranged according to the use habit of the different constructions of cable and each cables manufacturing enterprise.The alloy lead material that is applied to the preparation of length submarine cable also should guarantee for a long time, extrusion performance is good continuously.
Metal screen layer that described alloy lead sleeve is made 8 and plastics strengthen protective layer 9 and unite and constitute that submarine cable radially blocks water, anticorrosion structure.Alloy lead sleeve external application plastic extruding machine continuous extruded coats one deck plastics and strengthens protective layer 9.Scribble one deck bonding agent between alloy lead sleeve and the plastics enhancing protective layer 9, make it become an integral body, prevent that plastics from strengthening protective layer 9 and damaging the possibility of back seawater along the infiltration of crack space.This layer plastics strengthen 2～3 times of the fatigue durabilitys that sheath can improve cable lead pipe sheath.This power cable that deep-sea is laid is very important.The metal screen layer 8 of 9 pairs of cables of plastics enhancing protective layer has fine dual corrosiveness chemistry, electrical that prevents simultaneously; plastics strengthen the metal screen layer 8 that alloy lead sleeve that 9 pairs of protective layers are in high pressure in the ocean severe environment, superhigh pressure sea electric power cable is made, and are enhancing protection members indispensable in the design.
The plastics of alloy lead sleeve strengthen different environments for use and the laid condition of protective layer 9 according to sea electric power cable, can adopt polyethylene (PE) plastics or other polyolefin plastics to make.Normal at present employing semiconductive polyolefin plastics is made, and as the modification semiconductive medium density polyethylene manufacturing that preferably can adopt the sea electric power cable special use, this mechanical property of materials is better, is difficult for be full of cracks.The plastics made from the semiconductive polyolefin plastics strengthen protective layer 9; except satisfying mechanical protection effect to alloy lead sleeve screen; and alloy lead sleeve screen had good corrosion-resisting function, and can satisfy the continuous requirement of particular electrical of high pressure, super high-pressure single core sea electric power cable simultaneously.
It is the metal armouring layer that described plastics strengthen outside the protective layer 9, and the metal armouring layer is made of many non magnetic non-ferrous alloy silks 10 of circumferential arrangement.For single core sea electric power cable of transmission high power AC electric energy, do the metal armouring layer of cable if adopt the zinc plated mild carbon steel silk, certainly will make single core sea electric power cable increase a heavy alternating magnetic field that forms by ferromagnetic material and higher electromagnetic induction electromotive force, thereby produce bigger magnetic hysteresis loss and eddy current loss, and then increased the circulation loss of single-core power cables.The increase of these electromagnetic consumable factors has increased the caloric value of cable inner wire armour, thereby has reduced the rated current-carrying capacity of single core wire armouring sea electric power cable significantly.Therefore for single core sea electric power cable of transmission high power AC electric energy, especially for single core sea electric power cable of high pressure, superhigh pressure ac transmission, should avoid adopting mild steel wire to do the design of single core sea electric power cable metal armouring layer.
For the metal armouring design of single core sea electric power cable of high pressure, superhigh pressure ac transmission, the rivers, the single core in the lake that are laid in the land fresh water environment are power cable under water, can adopt the duralumin, hard alumin ium alloy silk of higher mechanical strength to do armoring material.Can satisfy technical requirement on design like this, the power cable manufacturing cost is also lower under water for single core of duralumin, hard alumin ium alloy silk armouring simultaneously.
Metal armouring design for the single core sea electric power cable of 220～500kV level of high pressure, superhigh pressure ac transmission, be laid in the single core sea electric power cable in the higher seawater of salt concentration, can adopt higher mechanical strength, non magnetic non-ferrous alloy silk that antiseptic property is good to do armoring material.Copper alloy silk for example, or be exclusively used in the high manganese-nickel silk of anticorrosion no magnetic of single core sea electric power cable armouring, also can adopt special anticorrosion duralumin, hard alumin ium alloy silk to do armoring material.
Described metal armouring layer is outward a serving 11.For the high pressure of length, the single core sea electric power cable of 220～500kV level of superhigh pressure ac transmission, its serving can adopt polypropylene (PP) rope+bituminizing to mix anticorrosion serving, can make manufacturing processing also comparatively convenient, can satisfy the electrical design needs of single core sea electric power cable again.
In recent years, expansion along with high pressure, superhigh pressure seabed power transmission engineering applied technical field, especially in the more abominable offshore oil platform power transmission engineering system of environment for use, in the wind energy on the sea generation engineering system, select crosslinked polyetylene insulated sea electric power cable to substitute traditional oil-impregnated paper insulation sea electric power cable, then have better mechanical performance and applicable performance.Thereby make crosslinked polyetylene insulated sea electric power cable exchange the application that obtains in the power transmission engineering system of ocean more and more widely at high pressure, superhigh pressure.
As shown in Figure 2, the metal armouring layer of the utility model cable adopts the first non-ferrous metal lenticular wire armour 12 that is made of non magnetic non-ferrous metal lenticular wire.The first non-ferrous metal lenticular wire armour 12 is outside equipped with adhesive tape binding layer 13, and adhesive tape binding layer 13 can be fixed the first non-ferrous metal lenticular wire armour 12.
The utility model cable metal armour also can adopt double-deck non magnetic non-ferrous metal lenticular wire sheathed structure.Promptly be outside equipped with the second non-ferrous metal lenticular wire armour 14, as shown in Figure 3 at adhesive tape binding layer 13.
Be the electric continuity energy of the first non-ferrous metal lenticular wire armour 12 of bonding core sea electric power cable, the first non-ferrous metal lenticular wire armour 12 can adopt hard copper lenticular wire, copper alloy lenticular wire.To the rivers that are laid in the land fresh water environment, single core power cable under water in the lake, can adopt the duralumin, hard alumin ium alloy lenticular wire of higher mechanical strength, low resistivity to do armoring material.
The second non-ferrous metal lenticular wire armour 14 of single core sea electric power cable can adopt and the 12 commaterial manufacturings of the first non-ferrous metal lenticular wire armour, also can adopt than high-tensile, other non magnetic non-ferrous metal lenticular wire wear-resistant, corrosion resistance and good is made.The first non-ferrous metal lenticular wire armour 12 adopts the material that conducts electricity very well, and the second non-ferrous metal lenticular wire armour 14 adopts mechanical strength material preferably, can make the armour structure of single core sea electric power cable have comprehensive mechanical performance and electric property preferably.Can adopt the manufacturing of the high manganese-nickel lenticular wire of the special-purpose no magnetic of single core sea electric power cable armouring as the preferred second non-ferrous metal lenticular wire armour 14.
The first non-ferrous metal lenticular wire armour 12 of single core sea electric power cable and the manufacturing process of the second non-ferrous metal lenticular wire armour 14, it is wrapped generally to be designed to incorgruous armouring, if the first non-ferrous metal lenticular wire armour 12 adopts the left-hand armouring wrapped, 14 of the second non-ferrous metal lenticular wire armours select the dextrad armouring wrapped.The double layer of metal lenticular wire armour of sea electric power cable is designed to incorgruous wrapped pattern better tensile strength and higher bending resistance.
If the conductor wire core sectional area of single core sea electric power cable is bigger, tensile strength with regard to conductor wire core, can satisfy submarine cable lays, installs or the detail design requirement of mechanical strength of salvaging etc., and sea electric power cable is better at the laying of seabed, buried environment, then can adopt the non-ferrous metal lenticular wire sheathed structure of individual layer.
In double-deck non-ferrous metal lenticular wire armouring sea electric power cable was arranged, described plastics strengthen protective layer 9 can adopt the manufacturing of semiconductive polyolefin plastics, as the modification semiconductive medium density polyethylene manufacturing that preferably can adopt the sea electric power cable special use.The plastics made from the semiconductive polyolefin plastics strengthen protective layer 9; except satisfying the mechanical protection effect of the metal screen layer 8 that sea electric power cable alloy lead sleeve is made; and the alloy lead sleeve screen of cable had good corrosion-resisting function, and can satisfy the continuous requirement of particular electrical of high pressure, super high-pressure single core sea electric power cable simultaneously.
The foregoing description limits the utility model never in any form, and every employing is equal to replaces or technical scheme that the mode of equivalent transformation obtains all drops in the protection range of the present utility model.
Claims (10)
1. high pressure; ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable; its internal layer to skin respectively is water-blocking conductor (1); conductor shield (2); insulating barrier (3); insulation screen (4); the first semiconductive water-blocking buffer layer (5); metal screen layer (8); plastics strengthen protective layer (9); metal armouring layer and serving (11); it is characterized in that: described metal screen layer (8) is the lead sleeve screen; be provided with the copper wire that is made of the copper wire lead and dredge around shielding (6) between described first semiconductive water-blocking buffer layer (5) and metal screen layer (8), described metal armouring layer is made of non magnetic non-ferrous alloy silk (10).
2. a kind of high pressure according to claim 1, ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable is characterized in that: copper wire is dredged between shielding (6) and metal screen layer (8) and is provided with the second semiconductive water-blocking buffer layer (7).
3. a kind of high pressure according to claim 1, ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable is characterized in that: be surrounded with the semiconductive waterstop between water-blocking conductor (1) and the conductor shield (2).
4. according to claim 1,2 or 3 described a kind of high pressure, ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable, it is characterized in that: described non magnetic non-ferrous alloy silk (10) is the copper alloy silk, or be the high manganese-nickel silk of anticorrosion no magnetic, or be anticorrosion duralumin, hard alumin ium alloy silk.
5. high pressure; ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable; its internal layer to skin respectively is water-blocking conductor (1); conductor shield (2); insulating barrier (3); insulation screen (4); the first semiconductive water-blocking buffer layer (5); metal screen layer (8); plastics strengthen protective layer (9); metal armouring layer and serving (11); it is characterized in that: described metal screen layer (8) is the lead sleeve screen; being provided with the copper wire that is made of the copper wire lead between described first semiconductive water-blocking buffer layer (5) and metal screen layer (8) dredges around shielding (6); the first non-ferrous metal lenticular wire armour (12) of described metal armouring layer for being made of non magnetic non-ferrous metal lenticular wire, the first non-ferrous metal lenticular wire armour (12) is outside equipped with adhesive tape binding layer (13).
6. a kind of high pressure according to claim 5, ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable is characterized in that: copper wire is dredged between shielding (6) and metal screen layer (8) and is provided with the second semiconductive water-blocking buffer layer (7).
7. a kind of high pressure according to claim 5, ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable is characterized in that: be surrounded with the semiconductive waterstop between water-blocking conductor (1) and the conductor shield (2).
8. according to claim 5,6 or 7 described a kind of high pressure, ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable, it is characterized in that: the outer second non-ferrous metal lenticular wire armour (14) that constitutes by non magnetic non-ferrous metal lenticular wire that also is provided with of described adhesive tape binding layer (13).
9. a kind of high pressure according to claim 8, ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable is characterized in that: the described first non-ferrous metal lenticular wire armour (12) is wrapped with the incorgruous armouring of the second non-ferrous metal lenticular wire armour (14).
10. a kind of high pressure according to claim 8, ultra-high voltage cross-linking polyethylene insulation list core sea electric power cable is characterized in that: the described second non-ferrous metal lenticular wire armour (14) adopts the high manganese-nickel lenticular wire of the special-purpose no magnetic of single core sea electric power cable armouring to make.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120166228XU CN202084340U (en) | 2011-05-23 | 2011-05-23 | High-voltage and extra-high voltage crosslinked polyethylene insulation single core sea floor power cable |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120166228XU CN202084340U (en) | 2011-05-23 | 2011-05-23 | High-voltage and extra-high voltage crosslinked polyethylene insulation single core sea floor power cable |
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| CN202084340U true CN202084340U (en) | 2011-12-21 |
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| CN201120166228XU Expired - Lifetime CN202084340U (en) | 2011-05-23 | 2011-05-23 | High-voltage and extra-high voltage crosslinked polyethylene insulation single core sea floor power cable |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102280195A (en) * | 2011-05-23 | 2011-12-14 | 江苏亨通高压电缆有限公司 | High voltage and supervoltage cross-linked polyethylene insulating submarine power cable with single core |
| CN104538092A (en) * | 2015-01-20 | 2015-04-22 | 中利科技集团股份有限公司 | High-voltage cable with aluminum alloy conductor for electric vehicle |
| CN111540522A (en) * | 2020-04-09 | 2020-08-14 | 杭州智海人工智能有限公司 | Wind power generation high-voltage alternating current submarine cable |
-
2011
- 2011-05-23 CN CN201120166228XU patent/CN202084340U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102280195A (en) * | 2011-05-23 | 2011-12-14 | 江苏亨通高压电缆有限公司 | High voltage and supervoltage cross-linked polyethylene insulating submarine power cable with single core |
| CN102280195B (en) * | 2011-05-23 | 2012-09-05 | 江苏亨通高压电缆有限公司 | High voltage and supervoltage cross-linked polyethylene insulating submarine power cable with single core |
| CN104538092A (en) * | 2015-01-20 | 2015-04-22 | 中利科技集团股份有限公司 | High-voltage cable with aluminum alloy conductor for electric vehicle |
| CN104538092B (en) * | 2015-01-20 | 2016-07-13 | 中利科技集团股份有限公司 | A kind of high tension cable used for electric vehicle with aluminium alloy conductor |
| CN111540522A (en) * | 2020-04-09 | 2020-08-14 | 杭州智海人工智能有限公司 | Wind power generation high-voltage alternating current submarine cable |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20111221 Effective date of abandoning: 20120905 |