威胜信息两大AI项目入选湖南省人工智能“双清单”,AI赋能实体经济再添标杆

Recently, the Department of Industry and Information Technology of Hunan Province officially released the 2026 Hunan Provincial AI Application Demand List and Supply Capacity List. Leveraging its in-depth technological accumulation in the energy Internet of Things and smart city sectors, Willfar Information has successfully secured two key projects on the list: the WFET-1600R State Grid Intelligent Integrated Terminal AI Communication Module and the Smart Fire Protection Platform. This recognition fully demonstrates the company’s leading strength and benchmark value in advancing the in-depth integration of artificial intelligence and the real economy.

WFET-1600R State Grid Intelligent Integrated Terminal – AI Communication Module (AI-5G Module)：Industrial-Grade High-performance Hardware Forging the Intelligent Hub of New Power Systems

As an industrial-grade artificial intelligence product, the AI-5G module adopts a high-performance architecture of CPU (equipped with NPU) + DDR4 + EMMC + 5G RedCap. Its hardware consists of two core components: an AI board and a 5G board. The AI board integrates CPU, DDR4 memory and EMMC modules to deliver powerful local computing power, while the 5G board is equipped with professional 5G modules and a stable power supply system to ensure continuous and reliable communication. With compact dimensions of 118.5 mm × 58.8 mm × 45.8 mm, the lightweight design enables flexible deployment in diverse industrial scenarios. It supports Gigabit Ethernet and lightweight 5G communication interfaces, enabling high-speed data transmission and interconnection of multiple devices.

Focusing on the coordinated operation needs of main power grids, distribution networks and microgrids within new power systems, the module centers on independent computing power and real-time control to build intelligent terminals and control modules with AI edge computing capabilities. Equipped with lightweight source-load forecasting models and local autonomous regulation strategies, it realizes full-scenario perception, dynamic prediction and independent decision-making for the operation of source-grid-load-storage systems. It delivers outstanding performance in key scenarios including intelligent identification of distribution network topology and non-intrusive high-precision load monitoring with an identification accuracy rate of 98.5%, as well as early warning of distribution transformer faults 24 to 48 hours in advance. Even in extreme environments with a signal-to-noise ratio as low as -14db, the module maintains a communication success rate of over 99.9% and a network self-healing time of less than 50 milliseconds. It provides critical technical and equipment support for the safe and stable operation of microgrids with high-proportion new energy integration and the construction of new local power grids, empowering the intelligent upgrading of the “last mile” of power networks.

Smart Fire Protection Platform: AI Empowered Full-lifecycle Management to Build a Smart Firewall for Urban Safety

Centered on comprehensive perception, intelligent analysis and precise dispatch, Willfar Information’s Smart Fire Protection Platform integrates cutting-edge artificial intelligence technologies, high-definition cameras, multi-type sensors, edge computing nodes and deep learning algorithms to achieve millisecond-level accurate identification of flames and smoke, curbing potential fire hazards at the source. Adopting a rapid response mechanism and multi-sensor fusion technology, the platform establishes a real-time monitoring and intelligent analysis system. It dynamically assesses fire risk levels across different scenarios, automatically generates graded early warnings and targeted emergency response plans, fundamentally transforming the passive working mode of traditional fire protection management.

In terms of technical architecture, the platform relies on big data and cloud computing to build a stable and efficient data processing framework and secure data warehouse, ensuring real-time processing, storage security of massive monitoring data, and 7×24-hour stable system operation. Supported by modular design and a microservice architecture, all functional modules feature high independence, flexibility and maintainability, enabling rapid iterative upgrading to meet customized demands of industrial parks, enterprises, communities and other scenarios. Currently deployed in multiple regions including Changsha High-Tech Zone, the platform integrates GIS geographic information systems, electronic emergency plans and converged communication systems to form a closed operational loop of accurate assessment, intelligent decision-making and automatic collaboration. It significantly improves fire management efficiency and emergency response capability, building a solid smart barrier for urban public safety.

Deeply Exploring AI-enabled Scenarios to Boost High-Quality Development of Hunan’s Digital Economy

The inclusion of the two flagship projects in Hunan’s dual AI lists fully validates Willfar Information’s core development strategy of “Internet of Things + Chips + Artificial Intelligence”. As a leading enterprise in the energy IoT industry, the company has long prioritized AI research and scenario-based application. Its AI-driven business revenue accounts for more than 24% of total income, with comprehensive capabilities to deliver full-scenario AI solutions covering digital power grids, intelligent cities and smart public utilities.

Going forward, Willfar Information will take this recognition as a new starting point to continuously increase investment in AI technological innovation, further deepen the integrated application of artificial intelligence in energy, fire protection, water services and other fields. The company will optimize its product and technology system, accelerate the transformation and industrialization of technological achievements, contribute robust strength to the development of Hunan’s artificial intelligence industry and digital economy construction, and further advance the province’s “AI Empowering Ten Thousand Enterprises” initiative.