In the current era of booming development of new energy and continuous increase in regional electricity demand, stable and efficient power transmission has become a key factor in ensuring economic and social development. Recently, the receiving station of the Zhundong Wannan ± 1100 kV HVDC transmission project, a converter station in Anhui, has undergone a significant "annual physical examination". As the world's highest voltage level, longest transmission distance, and largest transmission capacity transmission project, the stable operation of this project is crucial for the electrical safety of the Yangtze River Delta region. Behind this major project, Anlps control console provides solid support for the efficient operation of the converter station control center with its customized overall solution.
As the "terminal station" of the Zhundong Wannante High Voltage Project, this converter station shoulders the responsibility of efficiently and safely converting and transmitting clean electricity from Xinjiang to the East China Power Grid. The central control center is the "nerve center" of the entire converter station, which gathers massive operating data, complex control instructions, and critical equipment status monitoring. During the annual maintenance period, the importance of the centralized control center becomes even more prominent. Maintenance personnel need to use the monitoring system here to real-time monitor the progress of equipment maintenance, changes in equipment status, and overall system operation trends, ensuring that any subtle abnormalities can be detected and dealt with in a timely manner. Therefore, an efficient, stable, comfortable, and ergonomic control platform is crucial for ensuring that monitoring personnel can complete their work for a long time, with high intensity and precision. Anlps console provides a tailored overall solution for the complexity of ultra-high voltage engineering.
Anlps Customized console: Tailored for Efficient Operations and Maintenance
Anlps provides not just office furniture for the centralized control center of the converter station, but a customized console solution that deeply integrates the characteristics of the power industry, operational processes, and ergonomic principles. This means that the layout planning, structural design, material selection, and functional integration of the console have fully considered the actual needs of the converter station.
Firstly, reducing workflow and improving operational efficiency is one of the core goals of Anlps' solution. In the centralized control center, monitoring personnel need to simultaneously pay attention to different information displayed on multiple screens, and quickly switch operation interfaces and issue control instructions in emergency situations. The Anlps console uses scientific display layout design, such as reasonable screen tilt angle, height adjustment, and multi screen combination, to make key information clear at a glance, reducing the ineffective movement and line of sight switching of monitoring personnel between different devices, thereby shortening the response time of decision-making and operation. The modular design of the console also makes equipment installation, maintenance, and upgrades more convenient. This undoubtedly significantly improves work efficiency in a centralized control center environment with dense equipment and complex circuits, especially during the rush to repair period, where every second saved may affect the overall progress.
Secondly, scientific management of cables and ensuring system stability is another highlight of the Anbei console. Behind the control console of the ultra-high voltage converter station centralized control center, there are often a large number of various signal lines, power lines, network lines, etc. connected. If the cables of traditional consoles are not well managed, they will not only appear disorganized, but may also cause signal interference, poor heat dissipation, and even pose safety hazards. The Anbei control console organizes and isolates all cables in an orderly manner through carefully designed internal cable trays, cable racks, and concealed interfaces. This not only keeps the console tidy, but also reduces the risk of system failures caused by cable issues, providing a guarantee for the stable operation of the equipment.
Once again, combining ergonomic design to create a comfortable office environment reflects Anlps' humanistic care for operators. Power monitoring work often requires prolonged sitting posture and high concentration of energy. The Anlps console has fully considered ergonomic factors in its design, such as adjustable height seats and countertops, ensuring that operators of different heights can find the most comfortable sitting posture; Reasonable keyboard and mouse positions to reduce wrist fatigue; Arc transition treatment on the edge of the console to avoid collision injuries; And a good field of vision, reducing pressure on the neck and eyes. These details may seem small, but they can subtly reduce the physical burden on operators, effectively prevent occupational injuries, and ensure that they can maintain good condition and judgment during long-term work. This is crucial for ensuring the quality and accuracy of monitoring work during maintenance.
Empower the 'annual physical examination' and build a strong barrier for electricity safety this winter and next spring
The annual physical examination of this converter station is a comprehensive review of its overall performance. With the successful completion of maintenance work, it will build a solid barrier for electricity safety in the Yangtze River Delta region this winter and next spring in a more stable and reliable state. In this process, although Anlps customized control console does not directly participate in the conversion and transmission of electrical energy like frontline maintenance equipment, its role in the centralized control center is fundamental and supportive. It indirectly but effectively improves the operational efficiency and management level of the entire centralized control center by optimizing the operation process, ensuring system stability, and enhancing personnel comfort, contributing to the smooth progress of maintenance work.
Looking ahead to the future, with the continuous development of ultra-high voltage technology and the deepening of smart grid construction, the requirements for intelligence, integration, and humanization of centralized control centers will become increasingly high. As a professional console solution provider, Anlps' successful application in this converter station not only affirms its product strength, but also accumulates valuable experience for its further expansion in the power industry, especially in the field of ultra-high voltage.
As one of the few "specialized, special and new" enterprises in the industry, the console products independently developed and designed by Anlps are widely used in many world-class engineering projects, such as the "West to East Power Transmission", "South to North Water Transfer", the world's largest hydrogen energy industrial park, and the world's first full process intelligent factory with a unified industrial Internet platform. As a high-tech enterprise that has long been committed to the digital transformation of government and enterprise units, Anlps has played an important role in promoting the process of intelligent, green, and efficient operation of command centers of public security departments in many provinces such as Hubei, Yunnan, Hainan, Heilongjiang, Jilin, and Xinjiang. Based on years of accumulated profound experience and advanced environmental protection concepts that keep up with the times, Anlps provides comprehensive control center console solutions for leading enterprises in the steel, energy and chemical fields, including Baowu Magang Group, Wuhan Iron and Steel Group, Shaogang Group, Ansteel Group, PetroChina, Sinopec, CNOOC, etc. These outstanding achievements not only demonstrate Anlps' technological innovation strength, but also win high recognition and praise from customers.
