Energy Efficiency

EMS Systems

Modern Energy Management

Due to the ongoing changes in the power generation sector, we are faced with increasingly demanding requirements for the development of new transmission technologies and the need to maintain energy quality at the highest level.

Being aware of these challenges, Symetrium implements Energy Management Systems (EMS) that help safeguard electrical infrastructure across all sectors of the economy—from public administration, healthcare, and the military to industry, finance, services, and even agriculture.
Energy quality monitoring and management systems

Power Quality Monitoring and Energy Management Systems

Modern systems that enable the monitoring of power distribution networks and support the efficient utilization of power sources. The software functionality is tailored to the needs of the facility's technical maintenance personnel, as well as those responsible for the cost accounting of electricity and other utility consumption.

Power Infrastructure Management and Control – Power SCADA Systems

Industrial power distribution systems require reliable monitoring and control systems, while production machinery demands continuous and uninterrupted access to electricity. Systems designed for power distribution enhance the reliability of power continuity and, in critical situations, support personnel in the immediate diagnosis of faults.

Automatic Transfer and Power Synchronization Systems

The primary task of an ATS (Automatic Transfer Switch) system is to ensure power supply continuity for individual loads and to guarantee switching safety.
To ensure the failure-free operation of ATS automation, we utilize proven solutions that minimize the risk of power supply interruptions. Our automation systems are tailored individually to meet the specific requirements of each client.

Automation and Visualization of Electrical Switchgear Systems

Large and complex switchgear operation systems require rapid diagnostics directly within the switchroom. Local visualization on an HMI (Human-Machine Interface) panel enables comprehensive control of electrical switchgear: providing information on power supply interruptions, equipment failures, protection relay trips, and other critical events. Information regarding the current operating mode of the switchgear is displayed on every HMI screen.