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Energy strategies at the Soprema Woodstock plant

The image shows a modern building with an industrial design, featuring the name “SOPREMA” in large letters on the façade. The surroundings include a car park with several vehicles, well-maintained grass, and industrial structures in the background under a partly cloudy sky.
Case study
North America

Energy strategies at the Soprema Woodstock plant

The Soprema plant in Woodstock combines an insulated envelope, efficient HVAC, and smart control to reduce energy consumption. Certified LEED v4 BD+C, it stands out for waste management and indoor quality, offering a replicable model for the sustainable industry.

Editorial Team

The Soprema plant in Woodstock, Ontario, stands out for integrating energy efficiency strategies in an industrial setting, where consumption is traditionally high. The design prioritises demand reduction through a highly insulated and airtight envelope, which minimises thermal losses and improves indoor comfort. It is complemented by high-efficiency HVAC systems and heat recovery, optimised for local conditions, significantly reducing energy use for heating and cooling.

An interesting point is the commitment to LED lighting with smart control, which adjusts intensity according to occupancy and available daylight. This not only reduces electricity consumption but also improves lighting quality in workspaces. In addition, the plant incorporates an energy management system that monitors performance in real time, enabling proactive adjustments and avoiding waste.

As for certifications, the project achieved LEED v4 BD+C Certified, with 40 points out of 110. This recognition reflects good practices in energy efficiency, waste management (88% recycled), indoor environmental quality, and credits for innovation. Although it does not reach net-zero levels, the combination of insulation, heat recovery, and smart control, together with LEED certification, makes it a replicable model for manufacturing facilities seeking to reduce their energy footprint.

Key figures:

  • Building condition: New construction
  • Building type: Factories
  • Delivery year: 2020
  • Primary energy consumption: 983.2 kWhpe/m²·year
  • Energy performance certificate rating: G
  • Renewables: No renewable energy systems
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