Products

Innovative Technologies. Trusted Performance.
ZTT’s wind turbine cables are engineered to support the full electrical and control system requirements of modern wind energy installations. Designed for both onshore and offshore environments, these cables ensure reliable power transmission, signal control, and data communication across key turbine sections—from the nacelle to the tower base. Within the tower, cables are required to operate under vertical suspension conditions while withstanding torsional stress caused by turbine rotation. ZTT solutions combine high mechanical strength with excellent flexibility, enabling stable performance under continuous dynamic loading. These cables are also designed to resist harsh environmental conditions, including low temperatures, oil exposure, salt spray, and seawater corrosion. Inside the nacelle, control and data cables support critical monitoring and operational systems, ensuring precise communication and system coordination. With a focus on durability, safety, and long-term reliability, ZTT wind turbine cables contribute to stable operation throughout the entire lifecycle of wind energy assets.
ZTT’s shipboard and marine offshore cables are engineered to support reliable power, control, and communication performance in harsh marine and offshore environments. Our products comply with key international standards, including IEC 60092-350/353/354/376 and industry specifications such as NEK TS 606, and can also be customized to meet project-specific requirements. In addition to standard marine and offshore cable solutions, ZTT offers a broad range of specialized products including coaxial cables, Ethernet cables, bus cables, OPLC, shore power cables, and port machinery cables. Designed for long-term operation under vibration, humidity, salt spray, oil exposure, and demanding offshore conditions, these cables deliver dependable performance for marine vessels, offshore platforms, and coastal infrastructure.
ZTT’s railway rolling stock cables are engineered to ensure safe and reliable operation of modern rail systems. Designed with low-smoke zero-halogen (LSZH) materials and enhanced fire-resistant performance, these cables help maintain circuit integrity under fire conditions while minimizing smoke and toxic emissions. Optimized for confined installation environments, they combine compact structure, flexibility, and mechanical durability, supporting high-speed trains, metros, and light rail systems.
The solar cables is widely used in the connection equipment of renewable energy photovoltaic power generation system, and is also one of the important components of the power supply system composed of solar panels.