BLOKSET PRECONFIGURED LOW-VOLTAGE SWITCHGEAR

The latest technical solution for the BlokSeT Preconfigured Low-Voltage Switchgear showcases excellent performance optimization and intelligent upgrades. The new BlokSeT Preconfigured Low-Voltage Switchgear features an enhanced nylon busbar clamp design, significantly improving strength and durability while reducing material usage. Its drawer structure has been optimized, adopting the OKKEN cabinet drawer design with a dual-clamp contact system. This results in minimal insertion and extraction force, reduced contact wear, and even large current drawers do not require a cranking mechanism, making operation more convenient. Additionally, the B cabinet is equipped with the EcoStruxure smart power distribution solution, enabling factory-integrated connectivity. Through digital modules such as wireless temperature sensors, the system provides real-time monitoring of equipment status, enhancing operational efficiency.

MVNEX INTELLIGENT MEDIUM VOLTAGE SWITCHGEAR

The latest technical solution and optimized products for MVnex Intelligent Medium Voltage Switchgear demonstrate a high degree of intelligence and reliability. The new MVnex series adopts a "1+3" model, including standard, compact, ultra-compact, and intelligent types, to meet the needs of different industries and projects. The core highlight is the built-in HVX solid-insulated vacuum circuit breaker, which offers high parameters and a wide range of wiring options, validated by successful operation in tens of thousands of units. Additionally, the MVnex series incorporates a temperature online monitoring system and a VAMP arc flash protection system, utilizing wireless passive sensing technology to monitor equipment status in real-time, quickly locate fault points, and ensure the safety of personnel and equipment.

JLHC-12 ENVIRONMENTAL AC METAL-ENCLOSED SWITCHGEAR

The JLHC-12 environmentally friendly AC metal-enclosed switchgear is dedicated to green grid construction and utilizes environmentally friendly gas insulation technology. Its core focus is replacing the potent greenhouse gas SF6 with environmentally friendly ammonia or dry air. This technology leverages the excellent dielectric strength of environmentally friendly gases to significantly reduce size while ensuring safe and reliable operation. This significantly reduces carbon footprint while improving performance.