Com foco na pesquisa, desenvolvimento, produção e vendas de fios e cabos.
Wind power cables, also known as wind power cables, not only to meet the performance of ordinary cables, but also has a soft and frequent torsion (adapted to the wind generator's automatic yaw to the wind), super vertical tensile (adapted to the wind generator's vertical suspension laying), acid and alkali salt spray corrosion resistance that is, seawater corrosion resistance (adapted to the offshore wind generator when the electricity is connected) of the basic characteristics of the wind power cables, due to the wind power resource rich in the northern part of our country, the wind power Generators installed in the north of China more, the northern region of the colder climate, and the temperature difference between day and night is large, so the wind power wind power cables also need to have a high degree of cold resistance.
Wind energy cable bending radius: not less than 6 times the outer diameter of the cable
Maximum working temperature of the conductor of wind energy cable: 90℃.
Rated voltage of wind energy cable U0/U respectively: 450/750V, 0.6/1kV, 1.8/3kV
Maximum twisting angle of wind energy cable: 180°/m
Structure
1. Conductor: soft copper conductive core;
2. Insulation: ethylene propylene insulation
3. Sheath: Neoprene/thermoplastic/polyurethane/chloral sulphate polyethylene.
NO.1, Jiangnan Cable possui tecnologia e equipamentos avançados de produção. Desde a fabricação dos condutores até o processamento do isolamento, blindagem e revestimento, cada etapa é precisa e rigorosa para garantir a alta qualidade dos cabos de média tensão.
NO.2, o controle de qualidade é extremamente rigoroso. A empresa estabeleceu um sistema de inspeção de qualidade perfeito, desde a seleção das matérias-primas até os produtos acabados que saem da fábrica, verificando em todos os níveis. Cada cabo de média tensão deve passar por uma série de testes rigorosos para garantir que os produtos atendam ou até excedam os padrões nacionais.
NO.3, Jiangnan Cable investiu pesadamente em pesquisa e desenvolvimento. De acordo com a demanda do mercado e as necessidades especiais dos clientes, podemos desenvolver cabos de média tensão com características diferenciadas, como melhor resistência ambiental e melhor capacidade de transporte de corrente. Além disso, a rica linha de produtos pode atender às diferentes necessidades de vários projetos complexos e fornecer aos clientes soluções completas de cabos.
Nossos casos
O que nós terminamos
| Personalizado | Especificações do cabo | Material de isolamento | Construção de Escudo | Material da bainha | Estrutura da Armadura | Desempenho Especial | Comprimento | ||||||||
| Seção transversal do condutor | Número de núcleos | tipo de material | Espessura do Isolamento | Tipo de blindagem | Número de camadas de blindagem | Seleção de material | Identificação de cores | Tipo de armadura | Camadas de Armadura | Resistência ao fogo | Desempenho à prova d'água | Desempenho retardador de chama | Resistência ao frio | Exemplo de medidores de solicitação de personalização | |
& Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | ||
| Personalizado | Especificações do cabo | Material de isolamento | Construção de Escudo | Material da bainha | Estrutura da Armadura | Desempenho Especial | Comprimento | ||||||||
| Seção transversal do condutor | Número de núcleos | tipo de material | Espessura do Isolamento | Tipo de blindagem | Número de camadas de blindagem | Seleção de material | Identificação de cores | Tipo de armadura | Camadas de Armadura | Resistência ao fogo | Desempenho à prova d'água | Desempenho retardador de chama | Resistência ao frio | Exemplo de medidores de solicitação de personalização | |
& Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | & Radic; | ||
High mechanical strength, resistance to twisting (soft), vibration and oil resistance requirements. In addition, cables used in cold areas must be resistant to low temperatures (-40℃, -55℃).
Rated voltage 1.8/3kV and wind power generation with twist-resistant flexible cable is suitable for grid-connected wind turbine power transmission and electrical control, especially suitable for installation across the nacelle and tower between the need to withstand frequent twisting requirements of the special parts, mainly used for generator stater winding, rotor winding to the ground between the step-up transformer power transmission.
Characteristics of Wind Turbine Cable
Aluminum alloy conductor XLPE insulated power cable
1. good low temperature and abrasion resistance, as well as fatigue resistance, weather aging resistance, microbial resistance, good corrosion resistance to oil, chemicals. Ordinary cables do not have abrasion resistance and corrosion resistance.
2. Excellent torsion resistance and bending performance: the finished cable in -25 ℃, -40 ℃ or -55 ℃ in the low temperature environment, can withstand positive and negative each four turns for a time, the torsion angle of 1080 °, the number of times not less than 10,000 times of torsion performance test, the cable test is required to the end of the conductor does not occur after the fracture, the sheath surface does not produce cracks. Ordinary cables are not suitable for twisting at low temperatures. 3.
3. The applicable ambient temperature is -45℃～+110℃, and the operating temperature is -55℃～+110℃.
4. The laying temperature of the cable is not lower than -30℃.
5. cable bending radius: fixed installation is not less than 4 times the outer diameter of the cable, mobile installation is not less than 5 times the outer diameter of the cable. The bending radius of ordinary cable is 20 times of the outer diameter of the cable.
Introduction to Aluminium Core Cables_Disadvantages & Performance
1. Less conductive than copper wire
Aluminium-core wires are less conductive than copper wires, resulting in the need to use thicker aluminium-core wires when building circuits in order to achieve the same transmission effect as copper wires. This, in turn, will lead to an increase in the size of the wire, the installation is more difficult, the installation cost will also increase.
2. Susceptible to external damage
Aluminium core wire flexibility is relatively poor, easy because of the role of external forces caused by deformation, damage to the wire, affecting its normal conductive effect. In outdoor use need to pay extra attention, because the aluminium core wire is hard, easy to break.
3. Easy to age
Compared with copper wire, aluminium core wire aging faster, so after a long time of use, aluminium core wire may become very fragile, very easy to break. When the aluminium core wire is aging, it needs to be replaced in time, otherwise there may be a short circuit, fire and other risks.
1. Electrical conductivity
In order to reduce the energy loss and voltage drop in the cable conductor, the conductor of the power cable is generally made of copper and aluminium with high conductivity. Under the premise of the same cross-sectional area of the conductor, the conductivity of copper-core power cables is higher than that of aluminium-core power cables.
2. Processing performance
Copper ductility is good, strong mechanical properties, so in the mono filament compression, even if the degree of deformation is very large, copper core power cable conductor will not break. However, the mechanical properties of aluminium is poor. When the conductor is stranded, if the compression coefficient is high, the conductor will appear burrs, broken wire, or even broken wire.
3. Economic performance
In the case of the same current-carrying capacity, the cross-sectional area of aluminium-core cables is about 1.5 times that of copper-core cables, and the corresponding cost of line protection and civil engineering costs will also increase. Therefore, as a permanent power distribution, taking into account the operational safety aspects, in the case of capital conditions allow, the more recommended use of copper-core power cables.