Mikrodev offers solutions in the energy sector in areas such as renewable energy, oil & gas automation, power management, and energy monitoring with its industrial automation products and SCADA software.
Efficient use of energy sources is a priority in energy management; because, efficient use of energy sources is essential to reduce environmental impact, reduce energy costs and reduce energy scarcity. Moreover, efficient energy use increases the energy security of the country and reduces the need for fewer energy sources to meet the country’s energy needs.
Energy providers also need to change their thinking accordingly. In energy systems, all processes from production to consumption must be followed. Transformer stations and renewable energy stations need to send data securely, archive and analyze data. Mikrodev offers solutions in this direction with industrial automation products and SCADA software. It produces telemetry protocol supported products such as IEC 60870-5-101/103/104, IEC 61850, DNP3, MODBUS, MQTT etc. used in the energy sector. It also offers high availability in extreme cold and high temperature weather.
Energy Automation SCADA System
Energy automation SCADA systems are high-tech solutions used to increase energy efficiency by enabling centralized monitoring and control. This technology tracks and manages energy usage in buildings or industrial processes through field sensors, control devices, and SCADA software. Energy automation SCADA systems automatically switch devices on or off as needed to optimize energy consumption and ensure efficient use of energy resources.
Within this scope, monitoring and control of field devices—such as circuit breaker protection relays, main switches, UPS systems, generators, and power analyzers—are performed using Mikrodev DCS products integrated with SCADA systems.
Data collected by Mikrodev products via serial communication or TCP/IP over the MODBUS protocol can be transmitted to remote systems using IEC 60870 and DNP3 protocols with time tagging. This enables all defined data to be monitored from remote SCADA systems without data loss. Additionally, data objects, data sets, and reporting information are obtained through IEC 61850 communication between feeder protection relays and Mikrodev DCS products, ensuring reliable and real-time energy management.
As a result, SCADA-based energy automation systems improve operational efficiency, enhance energy monitoring, and support secure and sustainable power management.
Renewable Energy Automation Systems
Renewable energy automation systems are used to monitor, control, and manage energy sources that are continuously replenished in nature. These energy sources include solar energy, wind energy, hydroelectric power, geothermal energy, biomass energy, and ocean wave energy. Renewable energy systems are environmentally friendly solutions with minimal negative impact on the environment and global climate. In addition, the use of renewable energy sources increases energy security and significantly reduces energy costs. Mikrodev technology plays an important role in renewable energy automation systems.
Energy data from energy analyzers and power protection relays in renewable energy plants are collected through Mikrodev RTU and DCS products using MODBUS and IEC 61850 communication protocols. With the IEC 60870-5-104 communication protocol, data is securely transmitted to energy distribution centers without data loss. Percentage- or level-based data defined during communication interruptions is stored in the memory of Mikrodev DCS products. Once communication is restored, all stored data is transmitted to the remote system with time stamps.
The ability to monitor and analyze energy data without loss increases energy efficiency and reduces energy costs. Furthermore, in the event of communication disruptions, data is stored in memory and transmitted to the remote system along with accurate time information when communication is restored, preventing data loss in historical reporting and ensuring reliable renewable energy automation.
Oil & Gas Automation System
Oil & Gas Automation system is a technology that provides automatic monitoring and management of energy usage in the production, processing, storage, and distribution processes in the oil and gas industry. This technology tracks and manages energy usage in the production, processing, storage, and distribution processes of oil and natural gas through sensors, control devices, and software.
Within the scope of that, oil and gas automation systems are responsible for regulation and control to ensure that energy is provided to consumers in a sufficient, quality, continuous, economic, and environmentally friendly manner. If necessary, oil and gas automation systems can automatically intervene in devices to increase or decrease oil and natural gas production. Additionally, oil and gas automation systems also support the optimization of these resources and tracking of energy usage, just as done in renewable energy. Automation is designed simultaneously with the digitalization process in the oil and natural gas sector and innovative applications aimed at using natural gas with hydrogen, in the regulatory dimension.
Mikrodev products are used in gas and oil transmission, distribution and control. In the Emergency Shutdown System (EMS), in case of a malfunction in the system, the system can be bypassed to keep the facility operational. While this process is taking place, all the control and monitoring in the background can be done with ViewPLUS SCADA software over Mikrodev PLC/RTU products. In the Reducing and Metering Station (RMS)systems, Mikrodev products and solutions are used for monitoring transmission line ambient data such as pressure, valve position, measurement values, and system-wide fault tracking. Additionally, Mikrodev products and solutions provide reliable main pipeline control and monitoring for natural gas supply systems.
Energy Management & AMR
Automatic Meter Reading (AMR) systems are widely used in the energy sector to improve the management of energy consumption during the billing process for services such as electricity, gas, and water supplied to consumers. AMR systems simplify meter reading operations and ensure accurate and reliable billing. Using various IoT converter products, the system automatically reads meter data at predefined intervals and generates precise billing information based on actual consumption values.
AMR systems also enable consumers to monitor their energy consumption accurately and transparently. By providing detailed consumption data, these systems support more efficient, economical, and sustainable use of energy resources and help consumers manage their energy usage more effectively.
Mikrodev DCS, PLC and IoT protocol gateway product families provide solutions compatible with AMR systems for real-time, daily, monthly, and annual monitoring of energy values, consumption rate calculations, and billing processes. Through Mikrodev IoT protocol converters, communication protocols such as IEC 62056-21 and DLMS/COSEM used in electricity meters, as well as M-BUS protocols used in water meters, heat meters, and natural gas meters, are converted into the MODBUS protocol.
The converted data is then securely transmitted to remote systems via integrated communication interfaces such as Ethernet, GSM, or Wi-Fi ensuring reliable data acquisition, centralized energy management, and uninterrupted billing operations.
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