Power System Studies

The growing challenges confronting modern power systems necessitate the development and incorporation of detailed power system models into long-term planning studies. We bring together expertise, technology, and a client-centric approach to deliver exceptional results, aiming at optimizing the operation of complex power systems, ensuring safety, reliability, and efficiency every step of the way.

The production processes in heavy industry are characterized by high electricity demand and, thus, are strongly related to the availability of local power sources and the reliability of the electric network. Industrial power system studies are required to evaluate the design, audit the operation and enhance the security of the electric network.

Power system protection studies include various kinds of analysis related to the design, parameterization, and overall performance of protection systems, which are essential for mitigating risks, ensuring operational reliability, and maintaining safety standards within power systems. By addressing these critical issues, protection engineering enhances the overall resilience of electrical infrastructure.

Electromagnetic transients (EMT) refer to sudden changes in circuit conditions of power systems and can be categorized depending on the origin of the disturbance. Τhe energy interaction between the electric and magnetic fields of the capacitance and the inductances may cause abnormal and excessive voltages or currents of the greatest magnitude in power systems.

Power quality compliance studies and measurements involve the systematic assessment and analysis of electrical power characteristics to detect power quality problems, determine their root causes and provide recommendations for the improvement of the electrical system’s operation.