String PV Harness Series X – Heavy-Duty Solar Wiring Solution
String PV Harness Series X is engineered for extreme weather conditions, delivering low-resistance power transmission, global compliance, and customizable configurations for demanding solar projects.
The String PV Harness Series X is engineered for solar installations operating in the most demanding environmental conditions. Designed to withstand extreme weather, long-term UV exposure, and mechanical stress, it delivers exceptional durability and system stability. Built with high-purity conductors and a low-resistance structure, the Series X minimizes power loss and supports efficient energy transmission across high-voltage PV systems. With flexible options for cable length, connector type, and system configuration, it provides a reliable and adaptable wiring solution for large-scale, commercial, and utility-grade solar projects.
Application
Efficient PV Harness Connections
Ground-Mount and Large-Scale Projects
Commercial Rooftop Solutions
Enhanced System Reliability
Construction
Molded Junction Hub: The core of the pv harness
Sealing & Weather Resistance: IP68-rated waterproof and dustproof performance,UV resistance
Connectors: Enable plug-and-play functionality
Options
Cable size from 6 AWG to 12 AWG
2kV Photovoltaic Copper Wire: #12，#10，#8，#6
Inline-fuse options: 1 A-65 A,Brands: Littelfuse,Adler,etc.
Connector
Multi-brand connectors compatibility: MC4, TS4, JM608, PV-ZH202B, S418, etc.
Connector Multi-brand connectors compatibility: MC4, TS4, JM608, PV-ZH202B, S418, etc
Overmold
X Kits and Fuseholders available (IP68 Rated)
Standards
UL9703
FAQs
Q1: What is the String PV Harness Series X solution?
The String PV Harness Series X is a factory-assembled, plug-and-play wiring solution designed to connect multiple solar panels within a single PV string or array. It simplifies system architecture by reducing the need for extensive on-site DC cabling and helps streamline overall installation.
Q2: How does the String PV Harness Series X improve installation efficiency and reduce costs?
The pre-fabricated design eliminates many on-site wiring steps such as cutting, stripping, and crimping. This helps shorten installation time, reduce labor requirements, and improve consistency across large-scale solar projects.
Q3: Is the String PV Harness Series X compatible with different solar modules and racking systems?
Yes. The Series X harness can be configured to support a wide range of solar module types and mounting systems. Custom options are available to ensure proper fit and seamless integration with different project layouts.
Q4: How does the Series X solution support long-term reliability in 1500V PV systems?
Each Series X harness is manufactured and tested in a controlled factory environment and features a sealed, over-molded structure. This design helps protect against UV exposure, moisture, temperature extremes, and mechanical stress in high-voltage PV systems.
Q5: What safety features are included in the String PV Harness Series X?
The Series X harness is designed with a secure, sealed structure that helps reduce the risk of electrical faults. Optional in-line fuse integration is available to provide additional overcurrent protection and support safe system operation.
Q6: How does the String PV Harness Series X affect system power performance?
By maintaining consistent, low-resistance electrical connections, the Series X harness helps minimize voltage drop and power loss. This supports stable energy transmission and efficient operation across the PV array.
Q7: Is the String PV Harness Series X suitable for use in different global markets?
The Series X harness is designed to meet common international safety and performance requirements. For region-specific compliance or documentation, detailed product information is available upon request.
Q8: What technical support is available for the String PV Harness Series X?
EcoLinker provides technical support throughout the project lifecycle, including configuration guidance, application support, and documentation assistance to help ensure successful system deployment.
