Company Filing History:
1 out of 1,386 
1 out of 2 
1 out of 5,879 
Years Active: 2012-2016
Title: Adam Dysko - Innovator in Electrical Power Systems
Introduction
Adam Dysko, an accomplished inventor from Motherwell, GB, has significantly contributed to the field of electrical power systems with two notable patents. His innovative approaches address complex challenges in grid protection and electrical distribution networks, showcasing his expertise and commitment to enhancing electrical infrastructure.
Latest Patents
Dysko's latest inventions include a groundbreaking patent titled "Phase angle drift method for loss of mains/grid protection." This patent introduces a method to compare an accumulated electrical phase angle drift with an angle threshold, derived from the difference between local and estimated grid frequencies. By calculating an estimated grid frequency based on historical data, his method allows for adjustments when the frequency difference reaches a certain threshold.
Another essential patent from Dysko is focused on "Electrical distribution networks." This innovation provides a practical analysis of fault levels in electrical power distribution systems by monitoring I-V characteristics when electrical loads are switched. This approach allows for accurate measurements of fault levels at specific nodes, facilitating better decision-making about the connection of additional electrical generators or loads, and ultimately avoiding unnecessary upgrades to transmission equipment.
Career Highlights
Dysko has worked with reputable companies, including Alstom Technology Limited and Schneider Electric Energy UK Ltd. His extensive experience in these organizations has likely shaped his innovative strategies and technical expertise in power systems.
Collaborations
Throughout his career, Dysko collaborated with talented professionals such as Ryan M Tumilty and Graeme Burt. These partnerships have enhanced his work and contributed to the advancement of electrical power system technologies.
Conclusion
Adam Dysko's contributions to electrical power systems through his innovative patents illustrate his dedication to improving the reliability and efficiency of grid protection and distribution networks. His work not only addresses current challenges but also paves the way for future advancements in the field.