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POWER MONITORING AND CONTROL

   Energy monitoring systems, electricity, water, gas, steam, etc. monitoring of the component to be registered and creating consumption reports can be defined by titles. Monitoring the electric energy in these components within the sum of the others require several times more complex applications.

   When it comes to electric energy monitoring power analyzer types that come to mind. There are a lot of domestic and foreign manufacturers of products it. Although it is possible to combine three categories manufacturer produces analyzer in different capacities and capabilities.

–    Modbus RTU over RS485 hardware transmits data models.

–    Web server and the hardware via Ethernet Modbus TCP / IP protocol that transmits data snapshot models.

–    The models contain self-registration feature.

   Naturally all models are sold at different prices depending on their ability and brand. This product is the right choice of making you think many will be used on Asset Improvement for the largest savings.

   Getting to know a little more of the other components and the general characteristics of the system can be made right choice. First give up the system must be impassable SCADA monitoring software. Analyzer manufacturer has developed software for monitoring and recording the energy value. This software is usually distributed free of charge. However, this software is not SCADA program. Manufacturers of other components that you need them may not be able to integrate this software. Surely analyzer data should be integrated into SCADA software.

 

 

 

 

 

 

 

 

 

PUSULA Electric Automation Robot, you can watch your available energy can move or SCADA system, we can produce a complete energy management system where new rates. Besides the monitoring process and control your system can also record characteristics of the floor. Control (on-off) operation from the SCADA computer can control your room or in your office, retrospective data stored (fault, consumption, working time, etc.) Can be seen

Energy Monitoring and Control System Benefits

   The biggest gains under control and provide the consumer with this system of monitoring an electrical distribution system; the most efficient use of existing forms of energy, in terms of lives and property safety is to eliminate the risk. Furthermore advantages of the system are listed as follows:

  • Energy parameters of the electrical distribution system can be continuously monitored energy consumption is continuously under control.

  • Failure of all devices in the system status can be monitored simultaneously from automation systems is a matter of failure to promise rapid intervention.

  • Automation system operating according to a specific scenario, because it will control the field equipment that accurate than the people working on the initiative system will be more secure and safe.

  • Automation systems can be controlled with less components as eliminates human error. Take charge of running the system and load shedding scenario processes can be added. This keeps the energy consumption at the nominal level.

  •  Extends the life of the device at the same time in the system. Load and load shedding processes, in electricity production point (transformer / generator) or in specific energy consumption according to the load point (check the current / power) from this point on or off the circuit. This minimizes energy consumption.

     

     

     

     

     

     

     

     

     

Monitoring and Control System

  The unit performs the desired control scenarios. These units are mostly for the PLC (Programmable Logic Controller) 's used. Collects the signals from the control elements in the field and based on the installed program sends commands to the pitch.Digital signals from the PLC system; motor switch on / off, and thermal fault signals, automatic / manual signals are signals like some fault signals.

   Current / voltage / power / power factor converters are the analog signals from the incoming signals (4-20 mA, 0-10 VDC, etc.).Power analyzer parameters send information to a PLC via a communication line. Communication is mostly carried out by the Modbus protocol over RS-485 platforms.

   PLC system in accordance with the signal from the field generates digital signals that control the motor switch. The advantages of PLC system can be listed as follows:

  • The complexity of the relay control circuit elements add / remove as amended ability to easily eliminate the difficulty / ability has improved.

  • Long-term maintenance-free.

  • less space in volume.

  • High performance.

  • On the downside industrial environments (dusty, hot, humid, noisy, etc.) it has features such as ability to work.

  •  increased capacity is capable of easily expanding case.

     

     

     

     

     

     

     

     

     

General System Structure

  • Monitoring and Control System

  • Command Submission and Tracking System

  • Field Control Equipment


   The software used to program the PLCs, the software is easy to use in parallel with developments in the world and has an extensive library of functions. This software can be run on PCs. In addition to basic logic and arithmetic functions it is also special functions and specially developed control algorithms such as PID. Therefore, the automation systems based on PLC and other basic logic is also used easily in the feedback management systems.

  Apart from the digital modules analog-to-digital, digital-to-analog converter modules, modules developed for position and speed control, high-speed counter modules are modules with high technology as special math processor modules.

   Especially middle and control from a distance is needed in the operation of large scale networks (more than one PLC connected to each other) also issues such as PLCs, they offer extremely good solutions through advanced communication protocols and modules.

  Under the control of the control and command system it consists of a computer and can control all points can be monitored. Computer, traceability, automation system, a centralized command and control, work-saving features such as special software to get the report. The public name of this software SCADA / HMI (Supervisory Control and Data Acquisition / Human Machine Interface) d. This program is in constant communication with the PLC. PLC-SCADA / HMI communication between all the data in, approximately, are refreshed once per second. PC or SCADA / HMI application is not operating, a failure does not occur in the automation system work. However, there will be communication in the process data and alarm recording can not be done on the computer.

The main features of the SCADA software are as follows:

  • Send orders to field control element

  • monitoring the status of field staff

  • Energy monitoring and saving hard disk parameters

  • Energy parameter graphics

  • Fault solving

  • Alarm grouping and management

  • warn the operator with audible and graphic animation

  • Report

  • Create the curve changes according to the time of analog values

  • Ability to enlargement, to connect to the network

     

     

     

     

     

     

     

     

     

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