AD8 floating solar cables are a new way to use clean energy. They are very strong and resist water, so they work well in water. Made for floating solar systems, AD8 cables handle tough conditions like wet air and salty water. These cables help solar energy systems run safely and smoothly. Their smart design works with most solar connectors, making them great for long-term projects. With AD8, you can reach energy goals and keep systems working for a long time.
Key Takeaways
- AD8 floating solar cables can handle water and sunlight well. This makes them great for solar systems on lakes or near the sea.
- These cables bend easily, so they are simple to install. They also adjust to water changes, which helps prevent damage.
- AD8 cables follow strict safety rules, making them safe and reliable. They work well in wet and salty places.
- Using AD8 cables saves money because they last up to 25 years. They also need less fixing over time.
- Picking AD8 cables helps clean energy by making solar systems stronger and better in tough spots.
Technical Features of AD8 Floating Solar Cable
Water Resistance for Solar Cables
Solar cables need to resist water in wet places. AD8 floating solar cables are made to stay strong in water. They work well even after being wet for a long time.
- These cables pass tough tests to meet European rules.
- They are soaked in water at set temperatures for many days.
- After soaking, they gain less than 40% of their original weight.
- Their design stops rust, even after being underwater for years.
| Test Parameter | Result |
|---|---|
| Voltage Test | 1 kV AC in water at 50°C for over 100 days – no interruptions |
| Insulation Tensile Strength | >7 N/mm² after 100 days in water at 50°C |
| Insulation Elongation at Break | >200% after 10 days in water at 50°C |
| Sheath Water Absorption | <40% after 100 days in water at 50°C |
| Insulation Resistance | At least 10¹¹ Ω·cm |
These cables are perfect for lakes, reservoirs, and coastal areas. They handle water challenges easily.
UV and Weather Resistance
AD8 cables are made to last outside in tough weather. Their outer layer blocks UV rays, stopping damage from sunlight. This keeps the cables strong and working well.
The cables also resist bad weather like heat, humidity, and salty air. Their special coating protects them from these conditions.
Using AD8 cables means your solar systems will work well in any weather.
Compliance with International Standards
AD8 cables follow strict global rules to ensure quality. These rules prove they are safe and reliable for hard environments.
| Standard/Parameter | Specification |
|---|---|
| DIN VDE 0100-510 | Classification for AD8 (submersion) |
| Voltage Test | 1 kV AC in water at 50°C for over 100 days |
| Insulation Tensile Strength | >7 N/mm² after 100 days in water at 50°C |
| Insulation Elongation at Break | >200% after 10 days in water at 50°C |
| Sheath Water Absorption | <40% after 100 days in water at 50°C |
| Insulation Resistance | At least 10¹¹ Ω·cm |
These certifications, like UL4703 and IEC62930, show AD8 cables meet safety standards. Their submersion rating proves they are great for water-based projects.
By following these rules, AD8 cables give you safe and reliable solar systems.
High Flexibility and Mechanical Strength
The AD8 Floating Solar Cable is very flexible and strong. These qualities make it a great choice for tough solar setups. It works well under pressure and fits different installation needs.
Why Flexibility is Important
Flexibility is key for solar cables, especially in floating PV systems. The AD8 cable uses a Class 5 tinned copper conductor. This lets it bend and twist without breaking. Its flexibility offers:
- Easy Installation: The cable can go around obstacles or tight spots easily.
- Less Stress on Connections: It moves with water currents or wind, reducing wear.
- Works with Moving Systems: Floating solar farms shift slightly on water. The cable adjusts to these movements and stays connected.
Post time: May-20-2025