As part of the installation of a new production line at its Drummondville plant, Essity needed to assess the impact of the new electrical loads on the Hydro-Québec grid. The addition of variable frequency drives, rectifiers, and power electronics equipment increases the risk of harmonic current emissions, which can affect power quality and site compliance.
3E Ing. was commissioned to conduct a Level 2 harmonic current emission study in accordance with the Hydro-Québec C.25-01 standard.
3E Ing. was commissioned to:
The study is based on a detailed modeling of the power grid that incorporates:
The simulations were performed using the specialized software EasyPower and EMTP, in accordance with methods recognized by Hydro-Québec and the IEEE-519 standard.
A conservative approach was used to represent the most severe operating conditions and avoid any underestimation of harmonic emissions.
The study made it possible to:
The simulations demonstrate that harmonic distortion levels remain in compliance with applicable requirements for all analyzed ranks.
3E Ing. assists manufacturers with the following:
Our analyses help reduce technical risks while facilitating the integration of new electrical processes and equipment.
A harmonic study is often required when:
Harmonic studies play a critical role in ensuring the reliability and compliance of modern industrial facilities. Through advanced modeling and specialized expertise in power quality, 3E Ing. helps companies integrate their new equipment while meeting Hydro-Québec’s technical requirements.
