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Kikinda City Water Supply

Kikinda City Water Supply


Remote supervision and control of unmanned Water Supply Stations:

 - GSM/GPRS communication with remote locations

 - Local and remote automation

 - Remote control via SCADA station(s) and SMS messaging

Upgrade of existing system with new functionality:

  •  - Local and remote measurement of water flowrate and water production totals
  •  - Remote measurement of consumption of additives used for water purification
  •  - Extensive logging of relevant values with historical data analysis
  •  - Custom and specialized reporting and production overview

Technical and engineering assistance for current and future projects and upgrades 

Implementation of modern equipment, functionalities and industry standards



Eleven (11) remote Water Supply Stations, one central SCADA station (headquarters)

  •  - Each remote station includes water well, pumps, dosing section for water purification, power supply section with cabinets and frequency drives, multiple instrumentation for measurement fo pressure, water level, water florate and totals, power levels, etc.
  •  - Remote stations are also equiped with automation and communication cabinets. Local PLC (Siemens 1200) is tasked with data collection and control.) Some regulations and functions are performed by autonomous systems, and others are in control of local PLC, and subsequently SCADA system via remote control. 
  •  - GPRS Communication is implemented by Phoenix Contact modems (TCRouter2002T).  

Central location (headquarters) is equiped with communication cabinet and computer station (SCADA). Control center for SMS communication is also at this location.

Ten (10) flowmeters are installed on remote Water Supply Stations. These flometers measure current flowrate of water production, as well as total production.

SCADA is designed to offer control and supervision over remote Water Supply Stations. 

  •  - Realtime monitoring of all locations can be performed from Main Overview Screen, location screens, or several specialised overview screens.




Air Jordan IX High

Project Details


Our confidence and wide range of options are the result of support and cooperation we have been cultivating for more than 20 years with our Principals and Partners.

We also promote products and represent our principal's interests with an accent to provide comprehensive customers support in instrumentation selection and application, consulting, distribution of products and systems created by our principals and partners. After that stage, we take care of long term genuine spare parts supply and provision of technical documentation and manuals, software tools for operating and maintenance and many other customer related aspects.

Our automation & control solutions range from conceptual design to start-up and commissioning and include control system configuration & integration, safety control systems, remote instrument enclosures (RIEs) & panels enclosure and panels design and traditional automation & control services combined with advanced applications offerings and field construction services

WIG offers an independent approach to vendor selection and application.

Our vendor-independent approach allows us to objectively assist in the selection process of the major controls in order to maximize operating efficiency and productivity. Also, as an engineering company, we have the internal knowledge and resources necessary to offer our clients turnkey solutions, from concept to commissioning and startup. Our extensive project management experience, paired with a structured implementation approach and early involvement in the project, can significantly reduce rework and associated costs later in the project.

WIG is one of the leading providers, in this part of Europe, of automation & control services, including system engineering, specification, integration and implementation.

Experience matters. We have built a reputation for innovation, quality and value through skillfully engineered automation & control systems to the upstream oil & gas as well as, water&wastewater, food and beverages and refining and chemical industries. We deliver projects to customers schedule, managing multiple and diverse technologies, automation, maintenance and business system integration and lifecycle costs.

IIoT data loggers for remote data services on solar power stations represents a modern and efficient approach to optimizing the operation of energy systems.

IIoT devices, such as temperature, light intensity, voltage, and current sensors, can be installed on various components of a solar power station, including solar panels, inverters, and energy storage systems. These devices collect real-time data on the station's operation and transmit it to a central server via a communication network, such as 4G/5G or Wi-Fi.

The collected data can be analyzed using machine learning algorithms and analytical methods to detect anomalies, optimize equipment operation, forecast energy production, and achieve other objectives. For example, data analysis can help determine the optimal time for equipment maintenance or prevent potential failures.

The advantages of using IIoT for solar power stations include increased operational efficiency, reduced operational costs, rapid problem diagnosis and resolution, as well as the ability for remote monitoring and management. However, implementing such systems requires a comprehensive approach to design, installation, and maintenance, as well as ensuring data security and protection.


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