• Superior Arc Quenching: Rapidly extinguishes arcs in a vacuum, leading to minimal contact erosion and longer lifespan.
• High Breaking Capacity: Capable of safely interrupting large fault currents, ensuring robust system protection.
• Maintenance-Friendly: Requires significantly less maintenance compared to oil or SF6 circuit breakers, reducing operational costs and improving uptime.
• Compact Design: The vacuum interrupter allows for a more compact and spaceefficient switchgear design.
• Environmentally Friendly: No hazardous insulating fluids or gases, making them a greener choice for modern infrastructure.
• High Reliability & Longevity: Exceptional electrical and mechanical endurance ensures dependable performance for extended periods.
• Fast Operation: Quick fault clearance times helpminimisee damage to equipment and ensure system stability.
• Safety: Enclosed vacuum interrupters enhance operational safety for personnel.
• Substations: Primary and secondary distribution substations.
• Industrial Plants: Power distribution and motor control for heavy industries.
• Commercial Buildings: Large commercial complexes, IT parks, and data centres.
• Power Generation: Protection in power plants (thermal, hydro, renewable).
• Utility Networks: Grid protection and sectionalising.
• Railway Electrification: Traction power systems.