AUTOMATION AND CONTROL

PLC/SCADA solutions, electrical cabinets, energy monitoring, and reliable support — a complete cycle from concept to maintenance.

In today’s industrial environment, process automation is no longer a luxury, but a necessity. It brings greater efficiency, precision, and safety, while also reducing costs and the risk of human error.

Elektrovat offers comprehensive solutions in the field of industrial automation and control, with the goal of making your production process smarter, faster, and more reliable.

Our approach covers the complete cycle — from conceptual solution and design, through manufacturing and programming, to commissioning and subsequent maintenance. We treat every project as unique and fully adapt it to the specific requirements of the client and the technology.

  • Greater efficiency and productivity
  • More precise and stable processes
  • Improved safety and reduced risk
  • Reduced downtime and costs

PLC Programming

A PLC (Programmable Logic Controller) is the heart of every automated system.

The expert team at Elektrovat has extensive experience in the development and implementation of PLC programs for various types of industrial and electrical power facilities.

We work with the world’s leading PLC equipment manufacturers, ensuring system stability, precision, and long-term reliability.

Our engineers develop and optimize control logic in accordance with process requirements, with an emphasis on:

  • Operational safety and reliability
  • Energy-efficient control
  • Remote monitoring and diagnostics capability
  • System flexibility and easy adaptation to future requirements

SCADA Systems and Real-Time Monitoring

Through the development of SCADA (Supervisory Control and Data Acquisition) systems, we provide clear insight into the condition of facilities at all times. Our solutions provide real-time process visualization, centralized monitoring, alarms, consumption tracking, and reporting. SCADA systems are designed to be intuitive, stable, and scalable — ready for future expansion.

  • Real-time graphical process visualization
  • Centralized monitoring of multiple systems from one location
  • Automatic fault detection and alarms
  • Monitoring of energy and material consumption
  • Report generation and trend analysis

Design and Manufacturing of Electrical Cabinets

High-quality electrical cabinet manufacturing is the foundation of every successful automation system. Elektrovat provides design, manufacturing, testing, and installation of electrical cabinets for industrial and electrical power applications, in accordance with applicable standards and client requirements. We use components from renowned manufacturers and provide testing before delivery.

  • Preparation of complete technical documentation
  • Selection of optimal components according to facility requirements
  • Assembly and wiring under controlled conditions
  • Functional testing and inspection before delivery

Maintenance and Technical Support

We believe that a true client relationship begins after project completion. That is why we offer preventive and corrective maintenance of automation systems, as well as remote support through modern communication solutions. Our engineers regularly perform inspections, diagnostics, and optimization of equipment operation in order to prevent downtime and reduce the cost of unplanned production interruptions. In addition, we also offer modernization of existing systems — replacing outdated equipment with new, more energy-efficient, and more functional solutions.

  • Preventive and corrective maintenance
  • Remote technical support
  • Diagnostics and operational optimization
  • Modernization of existing systems

PME / SCADA — EcoStruxure Power Monitoring Expert (PME)

PME is a software platform for managing electrical systems — used for monitoring, analysis, reporting, and integrated supervision of electricity consumption and power quality.

It is used in industrial facilities, buildings, data centers, and infrastructure where power supply reliability, energy efficiency, and power quality monitoring are important.

PME is part of Schneider’s EcoStruxure architecture, which means it is designed to be interoperable, modular, and connected with other systems.

  • Real-time monitoring and alarms
  • Power quality analysis
  • Alarm configuration and filtering
  • Dashboards, trends, and reports
  • Integration of multiple devices and protocols
  • Notifications and event filtering
  • Scalability and modularity

Situations in which PME should be considered:

  • Industrial facilities with complex electrical distribution and diverse consumers, such as machines, lines, and critical equipment.
  • Locations where power quality is important, such as production lines, data centers, and hospitals, and where preventive maintenance is required.
  • Multiple locations that need to be monitored centrally, with insight from a single main system.
  • When you want to offer clients monitoring, reporting, and electricity cost optimization services.
  • When you want to upgrade an existing monitoring system and introduce more intelligence and integration.

EcoStruxure Power Operation (EPO)

EcoStruxure Power Operation is a software platform intended for monitoring and managing electrical networks, including medium-voltage and low-voltage systems, in industrial, infrastructure, and critical facilities.

As part of Schneider’s EcoStruxure architecture, EPO enables device integration, real-time monitoring, analytics, and control — all through one open platform.

It is highly suitable for facilities where high reliability, power quality, and continuous monitoring are critical, such as data centers, industrial facilities, and infrastructure.

  • Monitoring and management of electrical networks: electrical one-line diagrams can be displayed, while energy flows, circuit breaker status, and network condition can be monitored in real time.
  • Power quality and event analysis: tools for detecting events such as voltage drops, sudden outages, and overloads, with the ability to determine the location and direction of disturbance through Disturbance Direction Detection.
  • Dashboards, KPIs, and data visualization: user interfaces that display energy consumption, flows, trends, reports, and alarms, enabling data-driven decision-making.
  • Scalability and open integration: thanks to standard communication protocols and compatibility with various devices, including third-party devices, EPO can be integrated into existing systems.
  • Cybersecurity and reliability: the software supports high security standards and, in advanced versions, redundant architectures, access control, and other protection measures.

When EPO is especially recommended:

  • Facilities with complex electrical distribution — medium and low voltage, multiple power supply sources, backup generators, and high availability requirements.
  • Industrial facilities where downtime is costly and undesirable, such as production lines that must operate continuously.
  • When you want to monitor not only process machines, but also their energy and electrical context — consumption, power quality, and energy flows.
  • When there is a completed automation system, such as PLC + SCADA, but not enough intelligence for power supply monitoring — EPO can serve as an upgrade.
  • Multi-site facilities where centralized monitoring and management of multiple facilities from one platform is desirable.

Citect Studio / CitectSCADA

Citect Studio is a development and runtime environment for SCADA and HMI applications: real-time monitoring, visualization, control, and reporting. It supports distributed client-server architecture, redundancy for critical systems, a large number of tags, and integrations through standard protocols — with scripting capabilities using Cicode and migration between versions.

  • Graphical process visualization — intuitive graphical screens can be created for operator interaction, including diagrams, machine views, events, and alarms. This represents the foundation of every HMI/SCADA application.
  • Distributed client-server architecture — the software supports configurations ranging from simple standalone systems to large multi-server and multi-client systems; in other words, it is scalable from low-cost standalone configurations to extensive multi-client and multi-server implementations.
  • Redundancy and high availability — for critical applications, redundant servers and components can be provided to make the system fault-tolerant.
  • Support for a large number of tags and devices — the application can communicate with various PLCs and automation devices through standard protocols, such as OPC, enabling integration into existing automation systems.
  • Development environment and configuration through Citect Studio — Citect Studio enables application development, tag definition, screen creation, logic development, scripting using Cicode, and testing.
  • Compatibility and migration.

PLC Platforms and Integrations
(TM221 / TM241 + RTU + Protocols)

We develop and integrate PLC solutions on platforms such as Modicon TM221, for compact solutions, and TM241, for more advanced solutions with greater I/O and communication capabilities, together with HMI applications and integrations with devices from various manufacturers.

We also support RTU and industrial protocols, including IEC 61850, IEC 60870-5-101/104, DNP3.0, and Modbus TCP/RTU, as well as solutions based on Siemens, Unitronics, Phoenix Contact, and other platforms — depending on system requirements.

  • TM221: compact tasks and expansions
  • TM241: more I/O and advanced integrations
  • RTU + IEC / Modbus / DNP protocols
  • Multivendor integration and testing