The entire solution uses high-quality PVC insulation and sheathing materials, which have excellent electrical insulation performance, wear resistance, acid and alkali resistance and anti-aging ability, and are suitable for indoor normal temperature laying scenarios.

The backbone of the solution uses G.652D single-mode fiber optic cable, which has advantages such as ultra-low attenuation, bending resistance, interference resistance, and corrosion resistance, and supports long-term upgrades to 10 Gigabit and above bandwidth.

The solution uses dedicated vehicle-mounted cables throughout the vehicle. The high-voltage cables are made of high-voltage resistant, low-smoke halogen-free, flame-retardant cross-linked materials, and have the characteristics of high temperature resistance, aging resistance, and resistance to vehicle oil stains.

The cable uses a high-purity liquid silicone insulation sheath, which has excellent high and low temperature resistance and can work stably in environments ranging from -60℃ to 200℃ for a long time. It also has high flexibility, tear resistance, hydrolysis resistance, non-toxic flame retardant properties.

The solution strictly distinguishes between high-voltage and low-voltage circuit cables. High-voltage main circuits use high-temperature resistant, high-insulation, and high-current-carrying power cables, while low-voltage control and signal circuits use shielded flame-retardant cables to effectively avoid electromagnetic crosstalk.

During construction, power lines and signal lines are bundled and isolated, with ample room for movement at joints. They are equipped with small, waterproof, heavy-duty connectors, and the joints are sealed to prevent dust and oil contamination. Wear-resistant sheaths are also provided to reduce friction and wear.

The cabling adopts a strong and weak current separation cable tray layout, with neat and orderly wiring in the cabinet and reserved heat dissipation space to avoid heat accumulation in the cables; it is equipped with high-density patch panels, dustproof and waterproof connectors, and uniform labeling for easy operation and maintenance management.

The construction adopts a layered isolation laying method, with power cables and signal cables running in separate trenches, equipped with metal waterproof heavy-duty connectors and anti-corrosion fixing brackets, and grounding and lightning protection are properly implemented.

The solution uses highly flexible shielded servo cables with a multi-layer shielding structure, which can effectively isolate frequency converter harmonics and electromagnetic interference, ensuring accurate transmission of servo signals.

The entire solution uses dedicated PV1-F photovoltaic DC cables, which are resistant to high and low temperatures, UV radiation, corrosion, and flame retardancy, making them suitable for complex environments such as outdoor open-air, rooftop, and ground-mounted power stations.

It is applied to scenarios such as energy storage power stations and home energy storage systems to ensure stable and safe energy transmission.

It serves the intelligent upgrading of the power system and helps build a safe and stable modern power grid.