Bun da Inganci na Zabe ta Hanyar Kirkiro: Amsa na Kogin Iko da Tsohon Dangantaka Suna Samu Sarrafa Inganci da Kulaɗi a Gida
Building a Robust Defense for Grid Safety: High-Reliability Load Break Switch Solutions Ensure Continuous Power Supply and Equipment Protection
A wata abincin da suka fi yawa kamar data centers, masu gina na ƙasa, da kuma masana'antu na semiconductors, haka kuma tsawon mutum da ya kai a cikin power systems zai iya haifar da fuskantar. A matsayin "safety guardians" na grid, aiki na Load Break Switches (LBS) zai iya haifar da ci gaba da tsafta da shirin cikin system. A ne a yi aiki a kan ci gaban tsafta da shirin power system, an sanya aiki na high-reliability load break switch solutions mafi girma don zaune da takarda da shirin grid safety defense.
I. Core Value
• Safe and Reliable Operation: Building robust safety barriers through multiple technical measures to maximize protection for operators, equipment assets, and the grid, while reducing accident risks.
• Enhanced Continuous Operation Capability: Ensuring stable and continuous power supply for critical loads via rapid and precise breaking, ultralong-life design, and intelligent protection mechanisms.
• Comprehensive Equipment Protection: Providing multi-layered protection for core equipment such as transformers and feeders, extending service life and reducing maintenance costs.
II. Solution Highlights
• Multiple Arc-Extinguishing Technologies for Safe and Rapid Breaking
o Clean, Powerful Arc Quenching: Advanced vacuum/compressed air/SF6 arc-extinguishing technologies (adaptable to different voltage levels) enable fast, clean, and safe current interruption even under rated load currents.
System Risk Mitigation: Effectively suppresses switching overvoltages and current re-ignition risks, eliminating grid disturbances caused by switching operations to ensure safety and control.
• Ultralong Mechanical & Electrical Lifespan for Sustained Reliability
Optimized Structural Design: Custom contact materials and precision operating mechanisms ensure stable performance during frequent operations or short-circuit current impacts.
Lifespan Advantages: Mechanical lifespan exceeding 30,000 operations; electrical lifespan (short-circuit making capacity) reaches 50–100 standard short-circuit interruptions.
Long-Term Value Guarantee: Significantly reduces equipment replacement frequency and maintenance costs while providing lasting grid protection.
• Multi-Layered Protection & Safety Interlock System to Eliminate Human Error
Visibly Isolated Break Points: Clear and reliable isolation gap design meets mandatory "visible disconnection" requirements for safe operations.
Triple Backup Protection: Integrated high-voltage current-limiting fuses, relay protection interfaces, or electronic trip units form a multi-level backup protection network. Enables rapid and selective interruption for transformer internal faults, feeder short circuits, and overload failures.
Forced Safety Interlocking: Multi-layered mechanical/electrical interlocks strictly prevent hazardous operations (e.g., closing grounding switches under load, switching isolators with load), ensuring absolute operator safety.
• Robust Environmental Protection for Harsh Conditions
Fully Sealed/High-Protection Design: IP6X protection rating completely prevents dust ingress and withstands high-pressure water jets, adapting to extreme environments (salt fog, humidity, corrosion).
Internal Environment Control: Unique design prevents condensation hazards and small animal intrusion, ensuring stable internal operating conditions.
• Safe Operating Distance Compliance
Scientific Insulation Layout: Optimized insulation and phase spacing design comprehensively comply with safety operation regulations.
III. Applicable Scenarios
This solution is designed for applications demanding rigorous power continuity and safety:
• Critical Infrastructure: Data centers, large hospitals, semiconductor wafer fabs, transportation hubs.
• Complex Grid Nodes: Distribution lines requiring frequent operation, hub substations with high short-circuit current levels.
• System Safety Upgrades: Distribution network retrofit projects prioritizing asset protection and operational safety.
