ASUD – Automated Control and Dispatch System
Remember the famous slogan of the socialist era: “The economy must be economical.” This has become a thing of the past with the changes in the political system. And although the new system does not value this slogan, the relevance of the topic of conservation today is undeniable. In particular, the conservation of non-renewable energy sources (mineral reserves). This resource, unfortunately, is not infinite.
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As we know, national savings begin with the savings of each citizen. To manage the country’s resource consumption, it is necessary to organize competent accounting of our resources locally, especially in our homes and apartments. This facilitates the introduction of new technologies in the housing and utilities sector. ASUD-248
ASUD-248
The dispatching system
can be used to organize such monitoring at various scales, from individual buildings to entire residential complexes. The number 248 signifies that such a system can simultaneously process 248 objects within a radius of up to 5 km asud-248 can solve problems in two main areas: commercial resource metering and dispatching of elevators and utility equipment.
Commercial Resource Metering
Commercial Resource Accounting
How does the system work? A computer with specialized software is installed in the control room. The ASUD-248 console is connected to the computer. Hubs, connected directly to the facility’s engineering equipment, are connected to the ASUD-248 consoles via communication lines. Information from these hubs is transmitted and processed in the control room.
The system allows the use of wired communication lines, including existing ones, as well as radio channels or computer networks, as a medium for transmitting information. Its feature is also the ability to integrate equipment currently installed at the facility. This means that measuring instruments from different manufacturers can be combined in one system.
Concentrator flow meters – KIR-16 are used to measure water and electricity consumption per apartment. One of these hubs contains 16 inputs for connecting measuring devices with pulse outputs (water meter and electricity meter). Thus, using one device, you can simultaneously keep track of hot and cold water in eight apartments at once. The RadioKIR flow meter can also be used to transmit data using radio signals. If there is a computer network, a digital signal concentrator – IP – is used to solve this problem.
To obtain measured values from the control and monitoring equipment, the control room uses an engineering instrument controller – KIO. This allows you to connect up to 124 conventional hubs of any type. This means that the CIO acts as an intermediary between the operation of the hubs in the field and the dispatcher’s computer, transmitting data at intervals of 1. 5 seconds. If the number of hubs is large (& gt; 124), the circuit is supplemented with a multiplexer. The total number of hubs connected to the CIO increases eightfold.
The system allows the user to receive fully automatic information about the status of each measuring device for the period of interest. The software also allows you to use accounting data to create reports, which can then be sent to a payment center or used by authorized users.
Thus, by introducing the system into the work of housing and communal services systems, you not only save resources, but also receive reliable information about the quality of services that suppliers provide to consumers.
Dispatching of elevator equipment
Elevator Equipment Dispatch
KUN and KUP are universal hubs and control hubs that receive data from individual sensors.
The KDD is a hub for individual sensors and is required for a large number of facilities and, therefore, a large number of individual sensors.
The KTP is a substation hub that transmits substation temperature and pressure information.
Furthermore, the system can act as a dispatcher, receiving and automatically registering requests and alarms from residents. Furthermore, residents can submit such requests directly from the elevator. And this is not just science fiction.
The system has been actively implemented in several cities in Moscow and the Moscow region since 2004 and is steadily becoming a part of everyday life in Russia’s largest cities. It should be noted that the ASUD-248 is a domestic development and is owned by NPO Tekon-Avtomatika LLC. The company has been operating in the dispatching market since 1992 and is the largest supplier of equipment in this sector in Russia. All hardware and software in the ASUD-248 system are certified and comply with regulatory requirements.
ASUD — Automated Control and Dispatch System
ASUD — Automated Control and Dispatch System
