Develop calibrated energy models using ASHRAE 140 compliant software, following the Investor Ready Energy Efficiency (IREE) modelling standard.
Complete energy audits that meet the needs of your project, including ASHRAE levels 1, 2, and 3, to reduce site energy costs, meet local requirements, and improve building efficiency.
Assess the performance of your ground source heat pump system using on-site or remote methods and recommend measures to improve performance.
Review building portfolio information, including building condition assessments, audit reports, and utility data, to establish a benchmark and determine strategies to reduce energy use, cost, and emissions.
Carry out a review of your current building, create a calibrated model, and use this information to develop a strategic plan to achieve your retrofit goals.
Review building design information and system data to assess potential operational issues, assist with trouble-shooting, and recommend measures to improve performance.
Support your project with applying for funding from existing building programs, such as the IESO Existing Building Commissioning Program and more.
Identify the current state of climate vulnerability, recommend adaptation strategies to mitigate climate risks and present a series of actions on a timeline aligned with capital planning or proposed energy and carbon retrofits.

Work with your team to identify needs and leverage our analytic techniques, providing you with a bespoke sustainability analysis or tracking tool.
Support your organization in developing its own energy standards and metrics, including the review of existing standards and/or development of new standards.
Carry out third-party and/or due-diligence reviews of energy analysis submitted for your projects to reduce project risk and validate findings before making an investment decision.
Provide your team with customized workshops to support growing your in-house sustainability skills and knowledge.

Use detailed building energy models to assist your design team with making building design decisions, achieving building sustainability certification, submitting for incentive programs, and complying with local energy codes.
Review your building loads to estimate the lifecycle cost-optimal size for your ground loop and predict long-term temperature ground trends to mitigate thermal imbalance risk.
Support your project with applying for funding from new construction programs, including the CMHC New Construction Incentive, Toronto Green Standard Development Charge Refunds, Enbridge Savings by Design, and more.
Use whole-building airflow models to estimate the impact of air tightness and building pressurization on infiltration, interior air flow, and odour migration.
Support your project with the preparation of an energy strategy report for applications in Toronto, Brampton, Markham, Richmond Hill, Vaughan, Waterloo, and Barrie.
Develop thermal comfort models to assess the indoor thermal comfort of your building and make recommendations on how to improve thermal comfort if needed.

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