The comprehensive automation system solution for wastewater treatment plants is an integrated management system based on modern automation control technology, computer technology, network communication technology, and intelligent sensing technology. It is designed to achieve intelligent monitoring, precise control, and efficient management of the entire wastewater treatment process. The system ensures stable operation, optimized energy consumption, and compliance with discharge standards through centralized monitoring, distributed control, data analysis, and remote maintenance, while reducing manual intervention costs and improving overall operational efficiency.

 The system features real-time data acquisition, process control, safety interlocking, energy efficiency analysis, and environmental monitoring. It significantly improves waste treatment efficiency, reduces operational costs, and meets stringent emission standards.

Here is a detailed introduction to the integrated automation system for commercial and industrial photovoltaic energy storage power stations, including the system composition, main functions, and technical standards. Welcome to check it out!

The Distributed PV Power Plant Substation Integrated Automation System is the core control system for the safe, stable, and efficient operation of grid-connected photovoltaic (PV) power generation. It integrates protection, monitoring, control, and communication functions to comprehensively manage the PV plant, ensuring power quality compliance, anti-islanding protection, rapid fault isolation, and power optimization.

The 33KV-11KV-0.4KV Substation Integrated Automation System is a critical component of modern power systems, enabling intelligent, digital, and networked substation management. By integrating advanced computer, communication, and electronic technologies, the system consolidates and optimizes the functions of traditional secondary substation equipment, achieving comprehensive automation in data acquisition, monitoring and control, protection relaying, energy metering, fault recording, and more.

With the global energy structure accelerating its transformation towards sustainability, small and medium-sized hydropower stations have become an important part of the power supply system due to their wide geographical distribution, short construction cycle, and low environmental impact. However, currently, a large number of small and medium-sized hydropower stations are facing issues such as aging equipment, lagging automation levels, and high operation and maintenance costs. These problems severely restrict the economic benefits of the stations and pose challenges to the stability of power supply.