Simon Jasmin

Introduction: Simon Jasmin, an accomplished inventor based in Montreal, Canada, has made a significant impact in the realm of power control systems. With a total of 14 patents to his name, his work focuses on enhancing the efficiency and reliability of electrical loads through innovative technologies.

Latest Patents: Among his latest contributions to the field are two noteworthy patents centered around power control devices. The first patent describes a power control device designed to manage electrical loads effectively. This system incorporates decision logic that responds to real-time events within a power grid, combined with a user interface for tailored programming responses to grid imbalances.

The second patent delves deeper into the functionalities of a power control device within an AC power grid. It features a frequency sensing functional block that detects deviations in grid frequency from the nominal level. The logic block facilitates a load adjustment process that minimizes consumption during fluctuations, thereby addressing grid imbalance issues. This innovative approach aims to produce a cohesive response from multiple devices, effectively reducing distortions, such as flicker, in the AC power grid.

Career Highlights: Throughout his career, Simon Jasmin has been associated with notable companies such as Systemex Energies Inc. and Systemex-Energies International Inc. His work within these organizations has allowed him to expand his expertise and influence in the field of electrical engineering.

Collaborations: Simon has collaborated with talented professionals, including Charles Tremblay and Alain Roy. Together, they have worked on projects that underscore the importance of innovation within power systems, aiming to create sustainable solutions for modern energy challenges.

Conclusion: Simon Jasmin's contributions to power control technologies showcase his dedication to innovation and problem-solving in the energy sector. With a robust portfolio of patents and collaborative efforts with industry colleagues, he continues to push the boundaries of what is possible in electrical load management, helping to build a more resilient power grid for future generations.

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