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.

TIANJIN BENFO SMART ENERGY MANAGEMENT CLOUD PLATFORM

The Tianjin Benfo Smart Energy Management Cloud Platform integrates solution modules covering integrated power generation, grid, load, storage, charging and discharging, zero-carbon parks, virtual power plants, smart distribution, and smart operation and maintenance. It is meticulously crafted in accordance with international and domestic technical standards. The system adopts a cloud-edge collaborative distributed architecture, integrating big data and AI analysis, edge-level millisecond-level intelligent scheduling, and multi-tenant SaaS commercial operation capabilities. It precisely meets the full-scenario needs of industrial zones and industrial parks for new energy grid connection, energy conservation and cost reduction, safety operation and maintenance, and low-carbon compliance, featuring advanced technology, practical implementation, and commercial scalability. It is a benchmark-level product suitable for comprehensive energy services in the new era.

SODIUM ION ENERGY STORAGE CABINET

The sodium-ion industrial and commercial energy storage system independently developed by Benfo is a highly energy-dense integrated system. It can fulfill core functions such as peak shaving and valley filling, enhancing the consumption of new energy, assisting in grid frequency regulation, and emergency black start. Additionally, the advantage of sodium-ion storage lies in the abundant reserves of sodium elements in the earth's crust, low raw material prices, stable supply chain, stable chemical properties of electrode materials, and a much higher thermal runaway threshold than traditional lithium batteries, allowing for stable charging and discharging within a wide temperature range of -40℃ to 60℃.