In recent years, with the rapid development of power systems, a complete, advanced, and practical power grid dispatching automation system is needed to ensure this. To meet the increasingly highly intelligent needs of automated systems for real-time data acquisition, processing, monitoring and control. The power grid dispatching automation system usually includes a large-screen integrated display system that bears the centralized display of the main control system, computer, network, and video signals of the monitoring system, and is applied to the control of power dispatch systems of different scales.
RPi series rear projection digital display units are available in 50â€, 67â€, and 80†sizes. They feature single-chip DLP® display technology with Set it and Forget itTM (SiFi) technology to monitor and automatically adjust the color and brightness balance. Based on the architecture of the integrated system, each RPi digital display unit is designed based on our proven IndisysTM image processing system, which provides an integrated system that you can rely on completely.
Pingda Clarity RPi Features
The system makes full use of the ultra-high resolution and ultra-high contrast display features of the digital video wall, combines the powerful space management capabilities of GIS and GPS systems, accurately displays the operating status and real-time information of various power equipments collected by the system, and will also provide equipment Location, power grid geographical distribution, information statistics, query, graphic management and other functions of the visual display. The SCADA/EMS system, transformer operation management system, power material management system, DTS system, dispatching production management (DMIS) system, electricity charge system, GIS and GPS applications and other related information can be displayed on a partition or on an entire screen. The analysis of the operating status of the power system helps the dispatcher to understand and master the operating status of the power system, ensure the safety of the power grid operation, and provide a modern, intuitive and rapid display method for the decision-making of the dispatch.