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Entrez dans le domaine de la gestion avancée de l'énergie avec l'unité principale RMU de l'anneau d'appareillage de commutation haute tension du transformateur de potentiel 40,5 KV 630 A de Kexunan. Conçues pour la durabilité et la facilité d’entretien, nos solutions d’appareillage de commutation, fièrement présentées par Kexunan, représentent l’avant-garde de la technologie de pointe. La conception robuste garantit la longévité et les fonctionnalités faciles à entretenir simplifient l'entretien, garantissant des opérations fiables. Pour une compréhension complète de nos offres et pour découvrir la durabilité et la maintenance conviviale de nos appareillages de commutation, contactez-nous dès aujourd'hui. Choisissez Kexunan pour une solution fiable, durable et facile à entretenir, redéfinissant l'excellence dans la technologie haute tension.

Le transformateur monté sur socle PV 35kV 35KV est un transformateur combiné utilisé pour la production d'énergie éolienne ou photovoltaïque, qui intègre un transformateur élévateur, un fusible limiteur de courant haute tension, un interrupteur de charge, un appareillage basse tension et un équipement auxiliaire correspondant. La plage de capacité est de 500 à 6 800 KVA et le niveau de tension est de 35 kV et moins. Il convient à différents types de centrales photovoltaïques et éoliennes terrestres, en étang et offshore.

The 145KV 3150A Centre-break two post disconnector GW4 disconnector's conductive tube boasts a distinctive aluminum profile structure that enhances heat dissipation and fluid flow. This design minimizes the impact of the skin effect, allowing for. The tube's unique design makes it suitable for specific applications. Our product features state-of-the-art silver dedication to quality. This technology improves the adhesion of the silver plating layer, ensuring it meets standards. With appropriate contact pressure, the wear resistance of the contacts is improved, ensuring the silver plating layer remains intact even after extended use, providing long-term peace of mind. The soft connection, made of copper, features a silver-plated conductive contact surface, ensuring excellent conductivity and strong fluid capacity.

40.5KV 1600 amp Outdoor high-voltage SF6 circuit breaker is a three-phase AC 50HZ outdoor high-voltage switchgear suitable for the control and protection of 40.5KV transmission and transformation systems. It can also be used as a connecting circuit breaker and a combination of opening and closing devices. The LW8-40.5AG circuit breaker adopts the principle of "thermal expansion+auxiliary blowing" intelligent extinguish arcs, equipped with a CT10 spring operating mechanism. The circuit breaker complies with GB/T1984-2014 "AC High Voltage Circuit Breakers" and meets the requirements of the International Electrotechnical Commission standard IEC62271-100:2001 "High Voltage Switchgear and Control Equipment - Part 100: High Voltage AC Circuit Breakers".

The GW5 outdoor isolation switch is a high-voltage electrical device designed to meet specific structural requirements. It consists of three independent single-phase isolation switches, making it a versatile and reliable option for various applications. The device complies with the standards outlined in the JB520-64 "AC High Voltage Isolation Switch" and features an additional grounding knife device for added safety. The CS-G manual operating mechanism is available in three variations: ungrounded, single-grounded, and double-grounded, providing users with options to suit their needs.

The 11KV 2000amp Vertical break two post isolating switch is a composite-structured 12KV switch designed for outdoor line networks. Equipped with a CS-type operating mechanism, it effectively prevents incorrect operations, such as interlocking with live conductors and composite flash-locks. This negates the necessity for an additional earthline, providing a convenient and efficient solution. Furthermore, the pollution-proof isolating switch is particularly well-suited for use in heavily contaminated areas, effectively addressing shed pollution during operation and ensuring a clean and safe working environment.