Comprehensive Automation System Research Articles

Smart Poultry Farm Automation

Our case-study paper entitled "Smart Poultry Farm Automation" aims to enhance the efficiency and productivity of poultry farming through the application of advanced automation technologies. Poultry farming plays a crucial role in meeting the growing global demand for poultry products. However, traditional farming methods often face challenges related to labor intensity, resource management, and monitoring. This project proposes the design and implementation of a comprehensive automation system for poultry farms. The system will integrate sensors, actuators, and IoT (Internet of Things) technologies to automate various tasks such as environmental control, feeding, watering, and health monitoring of poultry. Real-time data collection and analysis will enable farmers to optimize farm conditions, improve bird health, and minimize resource wastage. Key components of the proposed system include environmental sensors for monitoring temperature, humidity, and ventilation; automated feeders and waterers controlled by IoT devices; and health monitoring systems utilizing image processing or sensor data for early disease detection. The system will be designed to provide farmers with remote access and control through a user-friendly interface, allowing them to monitor farm operations and receive alerts or notifications. The expected outcomes of this project include increased productivity, reduced operational costs, improved animal welfare, and better decision-making for farmers. By leveraging automation and IoT technologies, the proposed system will contribute to the modernization and sustainability of poultry farming practices

Design and Implementation of the Rapid Debugging and Automatic Acceptance System for the Substation Integrated Automation System

This article designs a rapid debugging and automatic acceptance system for the comprehensive automation system of substations, mainly used for the automatic acceptance of information in intelligent substation monitoring systems. It achieves functions such as static verification of remote configuration, synchronous acceptance of remote information and on-site monitoring information, dynamic closed-loop verification of remote information, automatic triggering of remote information, and archiving of acceptance reports; By using computer software technology, communication technology, and other technological means to improve the automation level of the comprehensive automation system acceptance of substations, reduce the participation of various departments in the acceptance process, and reduce the workload of manual operation of primary and secondary equipment addition.

Design Application and Research of Substation Comprehensive Automation System Based on Smart Grid

This paper analyses the needs of smart grids for smart substation automation systems, studies and proposes a new scheme for smart substation automation systems, which applies vertical integration of intervals to reduce the implementation of protection and monitoring functions, improve system reliability and ease of maintenance; Adopting network parallel redundancy protocol to improve the reliability and standardization of information transmission in the station; applying service-oriented monitoring function to improve the level of information sharing and coordination and interaction between substations and control centres. The key technology of the system is expounded, and its application prospect is prospected. Finally, the discussion and analysis of some problems that may exist when the system is popularized and applied.

Current Situation and Development of Comprehensive Automation Technology in Marshalling Station

This paper introduces the status quo of railway marshaling stations and the main signaling equipment independently innovated in China. And then analyzes the control of hump pushing locomotive, hump access control and hump rolling speed control of TBZK II type hump automation control system. Describes the technical equipment of comprehensive automation system and its future development prospects of the new-generation marshaling stations in the end.

First digital substation in TransGrid – Australia: a journey, business case, lessons

IEC61850 has now been accepted ‘almost unequivocally’ as a preferred standard for substation communications.The extent of utilisation of this standard in a majority of installations around the world is at the ‘station bus’ level. It is foreseen that numerous benefits can be availed if the process values are digitised as close to the source as possible and utilised in a comprehensive automation system. TransGrid carried out an extensive assessment of the substation secondary system design based on the implementation of IEC61850 at the station and process bus level which brought out the business case for full digitisation. The first substation to realise this technology is the Avon 330 kV switching station. At Avon, merging units are installed in outdoor cubicles; digitised signals are then transferred to the substation systems. There has been a special focus on standardisation and re-usable engineering – these are some of the crucial factors to achieve cost reduction. The study describes some of the design principles, estimated cost savings and lessons learnt. The authors envisage that the digital substation technology implemented can bring about substantial cost reduction in green-field as well as brown field builds and paves the way for the efficient integration of asset monitoring systems.

Remote Monitoring System for a Photovoltaic Power Substation

After briefly analyzing the structure of a photovoltaic power substation monitoring system, a positioning system roadway based on blue tooth was put forward to connect with already existing communication and monitoring networks. A separate monitoring system for the environment is integrated with the former comprehensive automation system to create a unique system. It is a new step of substation automation. The system architecture, software, hardware, and necessary factions of this system are introduced in detail. In photovoltaic power substation tunnels, monitoring identity code terminal stations are set along the power line information to collect personnel information data by receiving wireless signals.

Research on Monitoring System of Hydropower Substation Based on RFID Technology

After analyzing briefly the structure of hydropower substation monitoring system, positioning system roadway based on RFID was put forward connected with communication and monitoring networks existed already. the separate monitoring systems of environment is integrated with the former comprehensive automation system into a unique system. It's a new step of substation automation. The system architecture, software, hardware and the necessary factions of this system are introduced in detail for reference of practical design. In Hydropower substation tunnel, monitoring identity code terminal station are set along the power line information, collect personnel information data by receiving wireless signals.

Research on Monitoring System of 220 kV High-Voltage Substation Based on Bluetooth Technology

Through the construction of substation monitoring system based on Bluetooth, the separate monitoring systems of environment is integrated with the former comprehensive automation system into a unique system. It's a new step of substation automation. The system architecture, software, hardware and the necessary factions of this system are introduced in detail for reference of practical design.

The Information Integration Techniques in Metallurgical Industry Automation of China

In last 5 to 10 years, great progress in automation has been made in metallurgical industry of China. A new concept - Comprehensive Automation System - has come into being, which can be simply described as integrating production management systems tightly with process control through various network techniques and information technologies. The major characteristic is the synthesis of various new techniques and integration of all information within entire enterprises. The main information Integration techniques that have successfully been applied in metallurgical automation are introduced in the paper, including EIC operation integration, various networking, MES techniques, etc.

The Comprehensive Dispatch Automation Project of Beijing Power System and the Integrated EMS SD - 6000E

The traditional EMS and DMS are in fact dispatcher - oriented. The engineers in other departments such as scheduling and planning, system analysis, protective relay, etc. work with their own independent computer tools developed by different companies. The heterogeneous DB strocture and display management tools make the system maintenance very difficult. In addition, due to the uncompletely consistent power system models, the comparison and analysis of their calculated results also become difticult. The unified support software platform, conistent power system model, coordination and reasonable distribution of functions are expected. To extend the EMS/DMS to a comprehensive automation management system used by all departments of dispatch center is a feasible way. Beijing power system is the largest district system in China. NARI has taken the job of construction of the comprehensive automation system for Beijing Electric -Power Bureau. This paper introduces the system system planning, designing, developing and project scheduling.