The study is based on a structured approach that combines:

• Analysis of existing electrical load balance sheets.
• Incorporation of expansion scenarios (new equipment, industrial processes).
• Modeling of consumption profiles (simultaneous loads, diversity factors).
• Identification of peak periods and the contributions of the main electrical circuits.
• Validation of the profile of certain loads using databases from similar sites.

This analysis allowed for a deeper analysis of operational data and the simulation of various usage scenarios.

• Identification of the critical loads contributing to the industrial site’s peak power demand.
• Highlighting the discrepancies between installed capacity and actual power draw.
• Projection of future demand, taking planned expansions into account.
• Identification of risks of exceeding capacity limits that could result in rate penalties.

• Demand Management Optimization
  • Implementation of strategies for load shedding or reducing non-critical loads.
• Electrical investment planning
  • Validation of transformer capacity, electrical inputs, and protective devices.
• Improvement of energy efficiency
  • Reduction of simultaneous loads and better distribution of operating cycles.
• Preparation for Hydro-Québec requirements
  • Adjustment of contracted power to avoid exceeding the called power.

• Reduced energy costs associated with peak demand.
• Enhanced industrial operational reliability in the face of grid limitations.
• Improved expansion planning thanks to a clear understanding of future needs.
• Regulatory compliance with the electricity provider’s requirements.

The study of peak power demand serves as a strategic tool for energy-intensive industrial sites. In the case of Chantier Davie, this analysis makes it possible to anticipate growth, optimize electrical infrastructure, and ensure reliable and cost-effective long-term operations.