Project Cases - Yongli Sanyang Cable Technology Co., Ltd.

Engineering Cases

Products covering most fields are used for State Grid, power grid construction, substation construction, wind power generation, solar power generation, and key projects of China State Construction Engineering Corporation.

State Grid

The cable is State Grid The core carrier of power transmission is widely used in backbone networks, distribution networks, and urban network projects, undertaking high/low voltage power transmission tasks. Its high temperature resistance, corrosion resistance, and low loss characteristics make it suitable for multiple scenarios such as overhead, underground, and underwater, ensuring safe and stable power transmission. It is a key support for power grid construction and energy allocation.

Infrastructure

The cable is Infrastructure projects The "power network" runs through transportation, construction, municipal and other fields: the power supply guarantee of high-speed rail/highway, the distribution and wiring of commercial buildings, and the underground transmission of urban pipelines all rely on its stable transmission. It has the characteristics of weather resistance, aging resistance and adaptability to complex environment, and is the core support for the electrification and operation of infrastructure projects.

New Energy

The cable is new energy The "power bridge" of the industry is widely adapted to scenarios such as photovoltaics, wind power, and energy storage: efficient adaptation is required for photovoltaic power transmission in photovoltaic power stations, wind power grid connection in wind farms, and charging and discharging connections in energy storage systems. It has the characteristics of high and low temperature resistance, UV resistance, and low loss, ensuring stable transmission of new energy electricity and assisting in the transformation of green energy.

Hydropower Station

The cable is hydropower station The 'power link' is suitable for core scenarios such as dam power generation, transmission and grid connection, and computer room distribution. It has the characteristics of water resistance, high voltage resistance, and corrosion resistance, and can work stably in underwater and humid environments. It undertakes the transmission task of converting water energy into electrical energy, ensuring the power generation efficiency and safe transmission of electricity in the power station. It is a key equipment for the stable operation of hydropower stations.

Transportation Construction

The cable is Transportation construction The "neural network" is widely used in fields such as highways, railways, rail transit, and airports. Providing power transmission for traffic signals, monitoring, lighting, communication equipment, and airport navigation systems, ensuring scheduling, safety monitoring, traffic guidance, and precise flight operations, is the core support for the efficient and safe operation of the transportation network.

Robot

The cable is robot The core characteristics of the "power and neural bond" are high flexibility, bending resistance, and anti-interference. It supplies power to the robot motor, transmits sensor data and control commands, and adapts to high-frequency motion of the robotic arm. Oil resistant and wear-resistant models are used in industrial scenarios, while micro flexible models are required for medical and humanoid robots to ensure precise and stable operation.

Data Center

The cable is data center The 'information artery' runs through various devices and power distribution systems. Fiber optic cables have high bandwidth and low loss, ensuring high-speed transmission of massive data; Power cables provide stable power supply and support the continuous operation of equipment. The synergy between the two, adapting to the needs of cloud computing and big data, is the core cornerstone of efficient operation of data centers.

Brain-Computer Interface

The cable is brain-computer interface The "conduction center" of the material is mostly in the form of ultra flexible microfilaments, which possess high biocompatibility and low impedance characteristics. Responsible for accurately collecting EEG signals, transmitting control instructions or stimulation signals, connecting the brain with external devices, adapting to implantable and non implantable scenarios, supporting applications such as motion control and disease treatment, is the core key to signal interaction.