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Câble PV à Double Isolation en Cuivre XLPE de 4mm

10mm2 1500V XLPE Double Insulation PV Ca

Solar Cable Applications

Ensure efficient and reliable power transmission in your photovoltaic (PV) system with the robust 10mm2 1500V XLPE Double Insulation Solar Cable.

 

This high-performance cable is specifically designed for demanding applications in solar power systems, making it ideal for:

  • Photovoltaic Plants: Large-scale solar installations that generate electricity for commercial purposes. The 1500V voltage rating and robust construction make this cable ideal for these demanding applications.

  • Solar Parks: Ground-mounted solar panel arrays that provide renewable energy to power grids. 10mm2 1500V XLPE Double Insulation Solar Cable can withstand the environmental factors present in solar parks, such as high sunlight exposure, extreme temperatures, and harsh weather conditions.

  • Commercial and Industrial Rooftop Solar Systems: This cable is well-suited for powering large commercial and industrial buildings with its high-power handling capabilities and durability.

Solar Cable Features

Solar panel cables are essential components of a photovoltaic (PV) system, transmitting power from the solar panels to the inverter.

 

These cables need to be durable, weather-resistant, and safe for long-term operation. Here are some key features to consider when choosing solar panel cables:

 

  • Safe and Reliable: Look for cables that are RoHS compliant, ensuring they are free of harmful substances like lead, mercury, and cadmium.

 

  • Wide Temperature Range: Solar panel cables should be designed to withstand various climates. Choose cables with a wide operating temperature range, typically from -40°C to +90°C, to ensure they function effectively throughout the year.

 

  • Versatility: Multiconductor cables offer greater versatility for connecting multiple solar panels within an array.

 

  • High Power Handling: The cable's current carrying capacity is crucial. Select a cable with a high capacity to handle the maximum power output of your solar panels without overheating or damage.

 

  • Low Attenuation: To minimize power loss over long cable runs, choose a cable with a low attenuation rate. This ensures efficient power transmission from your solar panels to the inverter, especially in large-scale solar systems.

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Standards

UL Listed
CE Marked
EN 50618
TUV Approved

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Rated Voltage

The rated voltage of a solar cable refers to the maximum voltage it can safely handle. The higher the voltage rating, the thicker the cable insulation will need to be. 

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Conductor

The conductor of a solar cable is the part that carries electricity. Solar cables typically use tinned copper conductors because tinning helps prevent corrosion.

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Jacket

The jacket of a solar cable is the outer layer that protects the conductor from moisture, sunlight, and abrasion. Solar cable jackets are typically made from cross-linked polyethylene (XLPE)

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Durability

Solar cables are designed to withstand harsh outdoor environments, including exposure to sunlight, rain, snow, and extreme temperatures. 

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Temperature

Solar cables are rated for a certain temperature range. The maximum temperature rating of a solar cable is the highest temperature it can safely operate at. Common temperature ratings for solar cables include -40°C to +90°C.

Related Products

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TUV Solar Cable

TUV solar cable is a type of solar cable that has been certified by TÜV Rheinland, a German technical inspection association.

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MC4 Connectors

A type of electrical connector that is commonly used in solar PV systems. MC4 connectors are weatherproof and easy to use.

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4mm Twin Solar Cables

Increase your solar system's efficiency with these 4mm twin core solar cables  Designed for parallel solar panel connection

FAQ

Q : Quels sont les avantages d'utiliser ce câble solaire 10 mm2 1500 V XLPE résistant aux UV ?

R : Le câble solaire résistant aux UV 10 mm2 1500 V XLPE offre plusieurs avantages, notamment sa capacité à gérer la haute tension et le courant, sa résistance aux UV et aux intempéries, sa flexibilité et sa durabilité, ses propriétés à faible dégagement de fumée et sans halogène, et sa conformité RoHS. 

Q : Un câble solaire résistant aux UV XLPE de 10 mm2 1500 V peut-il être utilisé dans un système d'alimentation solaire résidentiel ?

R : Oui, le câble solaire résistant aux UV 10 mm2 1500 V XLPE peut être utilisé dans un système d'alimentation solaire résidentiel, car il convient à une large gamme d'applications d'énergie solaire.

Q : Comment puis-je savoir si un câble solaire résistant aux UV 10 mm2 1500 V XLPE convient à mon application spécifique ?

R : Pour déterminer si un câble solaire résistant aux UV 10 mm2 1500 V XLPE convient à votre application spécifique, vous devez tenir compte de facteurs tels que les exigences de tension et de courant de votre système, la température de fonctionnement et l'environnement, ainsi que toute certification ou approbation spécifique requise pour votre application

POURQUOI FRCÂBLE

  • Du plus simple au plus sophistiqué.              Nous fournissons des ensembles finis assemblés sur mesure. La conception, la création et la fabrication d'échantillons font partie de nos services.

  • Nos articles sont conformes RoHS et ont été largement testés. Nos faisceaux de câbles et assemblages de câbles sont garantis pour offrir une fonction et une rentabilité optimales.

  • Nous offrons le plus haut niveau de service client et d'assistance technique pour toutes les phases de la conception à la production. 

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