Product Highlights
Unwavering Protection Against UV Challenges
Our photovoltaic cables are meticulously crafted from resilient cross-linked materials, exemplifying engineering excellence to defy UV-induced challenges like degradation, cracking, and embrittlement. These materials retain flexibility for up to 25 years in harsh conditions.
High Insulation Excellence
Designed with superior insulation materials adhering strictly to industry standards. Rigorous simulations ensure cables withstand the electrical loads and stresses experienced in actual large-scale power installations.
Outstanding Flame Retardancy
Equipped with cutting-edge combustion test facilities to evaluate fire resistance. Proudly holding prestigious certifications including FT-1, VW-1, and CPR, ensuring safety in urban and power station environments.
Unrivaled Waterproof Excellence
Offering cables that have passed rigorous AD7 and AD8 waterproof tests. Ideal for river and ocean projects, these cables provide exceptional resistance to salt spray, acid, alkali, and mildew.
Anti-Termite & Rodent Defense
Employing innovative physical and chemical techniques to prevent rodents from gnawing through sheaths. This secures residential and industrial installations against electrical hazards.
Frequently Asked Questions
Q1: What are the primary use scenarios for these photovoltaic cables?
DC cables connect solar panels to inverters, while AC cables link inverters to transformers. They are used in large power stations, commercial rooftops, and residential projects.
Q2: How do I select the appropriate photovoltaic cable size?
Selection should be based on national standards (TUV, UL), required cross-sectional sizes (e.g., 4mm, 6mm), and specific installation environmental requirements.
Q3: Are these cables resistant to outdoor environmental damage?
Yes, they feature 25-year UV resistance, AD8 waterproof ratings, and anti-rodent properties to ensure long-term durability in extreme outdoor conditions.
Q4: What temperature range can these cables operate in?
The cables are rated for operation in temperatures ranging from -40°C to +90°C, making them suitable for both extreme cold and hot climates.
Q5: What is the lead time for orders?
Samples are typically delivered within 1-3 days, small orders within 3-10 days, and bulk orders within 15-20 days depending on the volume.
Q6: Can you provide a complete connection solution?
Yes, comprehensive solutions encompassing cables, connectors, and all necessary accessories can be designed to meet specific energy storage and charging requirements.
Stove Solar
