Boost Integrated Cabin

The integrated step-up cabinet is a highly compact, modular power‑conversion device primarily used in new‑energy generation systems, energy‑storage stations, and microgrids. Its key feature is a modular design that consolidates components such as the power converter, step-up transformer, and distribution system within a standardized container or prefabricated module, creating a fully functional power‑conversion unit. Product features: 1. High level of integration, reducing on-site installation complexity; 2. Flexible PCS power configuration to meet diverse application requirements; 3. IP54‑rated protection, ensuring reliable operation in harsh outdoor environments; 4. Standard containerized design for flexible deployment and convenient maintenance.

Primary and Secondary Integration Standardized Environmental Gas Switchgear

The BKHBG-12 series of integrated primary‑and‑secondary standardized environmentally friendly gas‑insulated switchgear is a complete distribution device rated at 12 kV, 50 Hz three‑phase AC, designed for single‑bus and single‑bus sectionalized systems. This product features a simple structure, flexible operation, reliable interlocking, and convenient installation, enabling it to deliver satisfactory technical solutions for a wide range of applications and diverse customer needs. By incorporating advanced sensing and information technologies, along with cutting‑edge performance and straightforward, adaptable configuration options, it can meet evolving market demands and align with the requirements of smart grid development.

Primary–Secondary Integrated Standardized Ring Main Unit (Gas-Insulated Cabinet/Solid-Insulated Cabinet/Eco‑Friendly Cabinet)

The intelligent switchgear substation (outdoor ring main unit) employs advanced technology to integrate and pre‑assemble a 12/24 kV switchgear cabinet, circuit breaker, load switch, current and voltage transformers, 12/24 kV PTs, FTU and RTU for the substation, a communication and control terminal (CCU), 12/24 kV metering and automatic meter reading equipment, a USP power supply, and various indicating instruments—all within a mobile, sealed, moisture‑proof stainless steel enclosure. This approach achieves integrated primary and secondary system design and modular assembly in urban distribution networks, shortening the construction timeline and significantly enhancing the reliability of urban power grid operations.