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Strategic Energy Management

  • Energy and carbon management consulting for electric and natural gas Utilities.

  • Evaluate the technical and financial feasibility of energy efficiency and low-carbon electrification projects in the industrial and commercial sectors including mining, forestry, manufacturing, transportation, oil & gas, food & beverage, and municipalities including wastewater treatment.

  • Development and evaluation of strategic energy and carbon management programs and initiatives.

  • Provide coaching and guidance to industrial and commercial customers in managing electrical demand and reducing GHG emissions.

  • Conduct feasibility studies for decarbonizing commercial assets through supply side and demand side energy sustainability projects and initiatives.

  • Integrate digitalization strategies as part of energy management information systems for industrial and commercial facilities.

Building Energy Compliance

  • Demonstrate energy compliance in accordance with local building code for new and existing buildings.

  • Completion of all energy checklists as required by building officials.

  • Prescriptive, Trade-off or Performance based compliance paths with either ASHRAE 90.1 2010 or NECB 2011 standards.

  • BC Energy Step Code compliance report.

  • Whole building energy modeling.

  • Coordination with all engineering disciplines and architect to ensure compliance with energy requirements.

Power Plant Development

  • Renewable energy power plant project development and integration.

  • Financial and technical feasibility study and analysis.

  • Solar photovoltaic system design and integration.

  • Off-grid power systems with energy storage.

Training & Speaking

  • Strategic energy management for industrial and commercial facilities

  • Energy efficiency and best practice for specific end use systems:

    • Compressed air systems

    • Refrigerated warehouses

    • Electrical motors

    • Variable frequency drives

    • Lighting

  • Renewable energy systems

    • Site selection and system simulation

Research & Development

  • Industrial and commercial energy efficient technologies

  • Development of energy performance benchmarking models.

  • End-use system research areas:

    • Building HVAC

    • Water pumping

    • Slurry pumping in mines

    • Industrial fan systems

    • Wastewater treatment systems

    • Industrial refrigeration

    • Compressed air

    • Data Centres

  • Development of cloud-based energy management information systems for energy modeling and benchmarking.  Collection of facility operating data via IoT integration.

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