Paidu produced this 2000 Dc Aluminum Photovoltaic Cable as specialized electrical solution designed for modern photovoltaic power generation systems requiring high-capacity DC transmission. The 2KV DC Photovoltaic Aluminum PV Wire we provide is rated for voltages up to 2000V, making it an ideal choice for connecting large-scale solar arrays to central inverters and charge controllers. All our our 2KV Aluminum PV Solar Panel Cables are produced in our highly automated standardized industrial plant before delivery. By utilizing a 2kV Aluminum Conductor Solar Cable configuration, Paidu offers a lightweight yet robust alternative to traditional copper, ensuring cost-effective and efficient power distribution for installers worldwide.
● High-Voltage Capacity
Engineered to operate safely in DC circuits rated up to 2000V, facilitating the high-voltage design of modern solar power plants.
● Superior Environmental Resistance
The specialized insulation is resistant to sunlight, ozone, and UV radiation, protecting the internal conductor from degradation over decades.
● Optimized Conductivity
Our aluminum conductors provide excellent electrical efficiency, ensuring minimal power loss during long-distance energy transmission.
● Flexibility and Ease of Installation
The cable's flexible design allows for rapid deployment in various system configurations, significantly simplifying the installation process for PV professionals.
● Lightweight Construction
The use of premium aluminum alloy reduces the overall weight of the 2000 Dc Aluminum Photovoltaic Cable, lowering transportation costs and installation labor.
1. Full Regulatory Compliance
Our cables are designed and tested to meet or exceed relevant industry standards such as UL 4703 and TUV 2 PFG 1169.
2. Certified Safety
Paidu maintains ISO9001:9002 international quality system certification and CCC national compulsory certification to ensure global safety compliance.
3. Standardized Quality Control
Every 2000 Dc Aluminum Photovoltaic Cable undergoes rigorous testing in our 500KV high-voltage partial discharge laboratory to ensure insulation integrity.