MICROGRID CONTROLLER

The microgrid controller is built on a domestically produced multi-core heterogeneous chip as its hardware foundation, forming an embedded system architecture with no moving parts, low power consumption, and high reliability. It features core control functions such as anti-backflow protection, dynamic expansion, demand management, and coordinated peak shaving and valley filling. The system adopts a cloud-edge collaborative architecture, deploying a high-real-time operating system at the edge end, enabling millisecond-level response times for critical control loops. With adaptability across multiple scenarios and interoperability among various protocols, it can be widely applied in microgrid systems.

High-Voltage Static Var Generator – SVG (including Grid-Forming SVG)

The RXPEbranded SVG series covers the full range of high, medium and lowvoltage classes, including conventional gridfollowing and newgeneration gridforming GFMSVG products. It delivers fast dynamic bidirectional reactive power compensation to stabilize grid voltage, mitigate harmonics, suppress voltage fluctuation and flicker, and improve power factor. The gridforming SVG boasts strong faultvoltage support capability. Suited for newenergy gridconnection, power transmission & distribution, industrial loads and other scenarios, it facilitates grid stability, achieves energy conservation and consumption reduction, and provides complete system solutions for power quality.

Metal-enclosed armored switchgear (KYN61-40.5, KYN28-12)

KYN2812 and KYN6140.5 are indoor, armored, withdrawable, metal-enclosed switchgear units, designed for 12 kV and 40.5 kV three-phase AC power systems operating at 50 Hz, respectively. They provide power reception and distribution, as well as circuit control, protection, and monitoring functions. The cabinet is divided into independent compartments and equipped with withdrawable vacuum circuit breakers, featuring a comprehensive five‑protection interlocking system. These units can be fitted with intelligent components for protection, temperature measurement, partial discharge detection, and more, enabling integration into smart distribution systems. They are widely used in substations, industrial enterprises, new‑energy facilities, and other power distribution applications.