The 35kV Cable Distribution Cabinet is a core connection unit in medium-voltage distribution networks, primarily used for branching, splicing, and distributing cable lines at the 35kV voltage level. Below are its key details: 1. Definition & Core Function It is a passive distribution unit that does not require switching devices. Its primary role is to safely and reliably branch a main cable line into multiple secondary cable lines or connect multiple cable segments (splicing), addressing the need for "tapping" and "extending" cable lines during transmission.
The 35kV Cable Distribution Cabinet is a core connection unit in medium-voltage distribution networks, primarily used for branching, splicing, and distributing cable lines at the 35kV voltage level. Below are its key details: 1. Definition & Core Function It is a passive distribution unit that does not require switching devices. Its primary role is to safely and reliably branch a main cable line into multiple secondary cable lines or connect multiple cable segments (splicing), addressing the need for "tapping" and "extending" cable lines during transmission.
• Enclosure: Typically made of stainless steel, featuring waterproof, dustproof, and corrosion-resistant properties. Available in outdoor floor-mounted or indoor types to suit different installation environments.
• Key Parts: Centered around cable connectors (e.g., plug-in, pre-molded types), complemented by insulation supports, grounding devices, and inspection windows (in some models). It has no complex operating mechanisms, resulting in a relatively simple structure.
• Insulation Method: Mainly air insulation or solid insulation. Some eco-friendly models use dry gas insulation to avoid the environmental risks associated with traditional SF₆ gas.
1. Key Features
• Maintenance-Free: No moving mechanical parts; pre-molded connectors ensure high reliability after installation without frequent inspections.
• Flexibility & Convenience: Compact size allows direct floor-mounted installation without the need for a distribution room, enabling quick integration into cable networks for temporary or permanent branching needs.
• Safety Insulation: Reliable insulation protection for connectors and conductive parts, combined with proper grounding, effectively prevents electric shock and short-circuit risks. 4. Primary Applications Suited for 35kV high-voltage distribution systems, its main applications include:
• Urban grid upgrades, branching main road cables to supply surrounding areas;
• Connecting high-voltage cable lines between workshops or zones in industrial parks and large mining/industrial plants;
• Renewable energy sectors (e.g., wind or solar farms), aggregating or distributing high-voltage cable power within the facility.
4.Key Terms Explained:
• Cable Distribution Cabinet: A passive enclosure for branching/joining cables without switches.
•Pre-molded Connector: A factory-assembled, sealed cable joint for quick installation.
• Solid Insulation: Non-gaseous insulation (e.g., epoxy resin) enhancing safety and compactness.
• Enclosure: Typically made of stainless steel, featuring waterproof, dustproof, and corrosion-resistant properties. Available in outdoor floor-mounted or indoor types to suit different installation environments.
• Key Parts: Centered around cable connectors (e.g., plug-in, pre-molded types), complemented by insulation supports, grounding devices, and inspection windows (in some models). It has no complex operating mechanisms, resulting in a relatively simple structure.
• Insulation Method: Mainly air insulation or solid insulation. Some eco-friendly models use dry gas insulation to avoid the environmental risks associated with traditional SF₆ gas.
1. Key Features
• Maintenance-Free: No moving mechanical parts; pre-molded connectors ensure high reliability after installation without frequent inspections.
• Flexibility & Convenience: Compact size allows direct floor-mounted installation without the need for a distribution room, enabling quick integration into cable networks for temporary or permanent branching needs.
• Safety Insulation: Reliable insulation protection for connectors and conductive parts, combined with proper grounding, effectively prevents electric shock and short-circuit risks. 4. Primary Applications Suited for 35kV high-voltage distribution systems, its main applications include:
• Urban grid upgrades, branching main road cables to supply surrounding areas;
• Connecting high-voltage cable lines between workshops or zones in industrial parks and large mining/industrial plants;
• Renewable energy sectors (e.g., wind or solar farms), aggregating or distributing high-voltage cable power within the facility.
4.Key Terms Explained:
• Cable Distribution Cabinet: A passive enclosure for branching/joining cables without switches.
•Pre-molded Connector: A factory-assembled, sealed cable joint for quick installation.
• Solid Insulation: Non-gaseous insulation (e.g., epoxy resin) enhancing safety and compactness.