Floating Solar Connection Cable for Lake-Based Renewable Energy Projects

The Floating Solar Connection Cable is specifically engineered for lake-based renewable energy projects,

offering high durability, waterproof performance, and excellent UV resistance. Designed to meet TUV,

IEC, and AD8 waterproof standards, this cable ensures long-term reliability in floating photovoltaic (FPV) systems.

With superior resistance to water submersion, extreme weather, and mechanical stress, this floating solar connection cable

provides a safe and efficient power transmission solution for floating solar farms on lakes, reservoirs, and offshore platforms.


Product Detail

Product Tags

Technical Specifications

  • Standards & Certifications: TUV 2Pfg 2750, IEC 62930, EN 50618, AD8 waterproof rating
  • Conductor: Stranded tinned copper, Class 5 (IEC 60228)
  • Insulation: Electron beam cross-linked XLPE (UV and ozone resistant)
  • Outer Sheath: Halogen-free, flame-retardant, UV-resistant compound
  • Voltage Rating: 1.5kV DC (1500V DC)
  • Operating Temperature: -40°C to +90°C
  • Waterproof Rating: AD8 (suitable for continuous water immersion)
  • UV & Ozone Resistance: Optimized for extreme outdoor exposure
  • Flame Retardancy: IEC 60332-1, IEC 60754-1/2
  • Mechanical Strength: High flexibility and tensile strength for dynamic floating solar applications
  • Available Sizes: 4mm², 6mm², 10mm², 16mm² (custom sizes available)

Key Features

AD8 Waterproof Certification: Ensures reliable performance even under continuous water submersion.
UV & Weather Resistant: Built to withstand harsh sunlight, humidity, and temperature variations.
Tinned Copper Conductor: Enhances corrosion resistance, ensuring long-term durability in marine environments.
Flame Retardant & Halogen-Free: Improves fire safety and reduces toxic emissions.
High Flexibility & Tensile Strength: Designed for easy installation and long-lasting performance in floating solar farms.
Certified for Global Use: Complies with international electrical safety and performance standards.


Application Scenarios

  • Floating Solar Farms: Ideal for lake-based, reservoir, and offshore FPV installations.
  • Water-Based Renewable Energy Systems: Suitable for hybrid solar-hydropower projects.
  • Coastal & Marine Solar Projects: Designed to resist saltwater, humidity, and extreme environmental conditions.
  • Large-Scale Utility Solar Power Plants: Ensures efficient energy transmission and safety compliance.
  • Extreme Climate Installations: Works in hot, humid, and high-UV radiation areas.

 

Here is a table summarizing the certifications, test details, specifications, and applications of floating solar cables in different countries.

Country/Region

Certification

Test Details

Specifications

Application Scenarios

Europe (EU)

EN 50618 (H1Z2Z2-K)

UV resistance, ozone resistance, water immersion test, flame retardant (IEC 60332-1), weather resistance (HD 605/A1)

Voltage: 1500V DC, Conductor: Tinned Copper, Insulation: XLPO, Jacket: UV-resistant XLPO

Floating solar farms, offshore solar installations, marine solar applications

Germany

TUV Rheinland (TUV 2PfG 1169/08.2007)

UV, ozone, flame retardant (IEC 60332-1), water immersion test (AD8), aging test

Voltage: 1500V DC, Conductor: Tinned Copper, Insulation: XLPE, Outer sheath: UV-resistant XLPO

Floating PV systems, hybrid renewable energy platforms

United States

UL 4703

Wet and dry location suitability, sunlight resistance, FT2 flame test, cold bend test

Voltage: 600V / 1000V / 2000V DC, Conductor: Tinned Copper, Insulation: XLPE, Outer sheath: PV-resistant material

Floating PV projects on reservoirs, lakes, and offshore platforms

China

GB/T 39563-2020

Weather resistance, UV resistance, AD8 water resistance, salt spray test, fire resistance

Voltage: 1500V DC, Conductor: Tinned Copper, Insulation: XLPE, Jacket: UV-resistant LSZH

Floating solar plants on hydroelectric reservoirs, aquaculture solar farms

Japan

PSE (Electrical Appliance and Material Safety Act)

Water resistance, weather resistance, oil resistance, flame retardant test

Voltage: 1000V DC, Conductor: Tinned Copper, Insulation: XLPE, Jacket: Weather-resistant material

Floating PV on irrigation ponds, offshore solar farms

India

IS 7098 / MNRE Standards

UV resistance, temperature cycling, water immersion test, high humidity resistance

Voltage: 1100V / 1500V DC, Conductor: Tinned Copper, Insulation: XLPE, Sheath: UV-resistant PVC/XLPE

Floating PV on artificial lakes, canals, reservoirs

Australia

AS/NZS 5033

UV resistance, mechanical impact test, AD8 water immersion test, flame retardant

Voltage: 1500V DC, Conductor: Tinned Copper, Insulation: XLPE, Jacket: LSZH

Floating solar power plants for remote and coastal areas

For bulk orders, technical specifications, and custom cable solutions, contact us today to find the best Floating Solar Connection Cable for your renewable energy projects!


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