To support the efficient operation of the "smart brain", the dispatch console itself must first be sturdy, flexible, and comfortable:
A solid and reliable "nerve center" base: Power grid dispatching requires uninterrupted operation 24/7. The Anlps dispatch console ensures stable operation of various precision equipment under long-term and high-load conditions through internal structural design that separates strong and weak electricity and optimizes ventilation and heat dissipation, providing uninterrupted physical support for dispatch and command.
"System Skeleton" for Flexible Growth: Grid technology and business requirements are constantly evolving. The Anlps dispatch console adopts a modular design, allowing for flexible adjustments to the layout and the addition or removal of equipment like building blocks. This facilitates the integration of more data sources or decision-making systems in the future, protects investment, and adapts to future challenges.
Tailored for the "commander": Dispatchers need to focus on their work for long periods. The dispatch console is customized based on ergonomic principles, including the height of the desk and the angle of the screen, with attention paid to noise reduction. This can significantly alleviate fatigue and help dispatchers maintain efficient and accurate decision-making.
Based on the aforementioned powerful physical platform, the dispatch console specifically fulfills three key functions of the "brain":
Information Fusion and Visualization Center: The dispatch console serves as the convergence point for the "sensory" capabilities of the power grid. It supports "multi-screen" and even "joint + multi-screen" display modes, integrating vast amounts of data and monitoring images from all aspects of power generation, transmission, and consumption onto a single interface. This provides dispatchers with a panoramic dynamic sand table of the power grid, enabling comprehensive and real-time monitoring, which serves as the foundation for intelligent dispatching and rapid decision-making.
Command control and optimization decision-making platform: As the core operational position, the dispatcher can not only monitor in real-time but also directly command through the integrated intelligent system. For example, in the ultra-high voltage project, the dispatcher analyzes data and coordinates resources through the dispatching console, commands the converter station to operate at full power, and optimizes cross-regional power allocation. It is also the final output terminal for various intelligent algorithms to assist in decision-making, helping with power flow optimization and risk warning.
Integrated linkage and efficient collaboration hub: Modern scheduling requires the linkage of multiple resources. Anlps' solution integrates technologies such as the Internet of Things and sensors, and can integrate intelligent central control systems such as environmental control and equipment monitoring. This makes the dispatch console an entity hub for cross-disciplinary and cross-regional collaboration, facilitating the construction of a new power operation management system.
The core of Anlps dispatching console becoming a "smart brain" lies in its scenario-based customization capability. It is not a standard product, but rather delves into the power dispatching business, tailoring it to the business flow, space, and data requirements of different command centers. From the "West-East Electricity Transmission" project to the UHV converter station, its successful application proves the value of the deep integration of hardware and business processes.
