Our HVAC design modeling services leverage the latest software to ensure precise and comfort-focused designs. We calculate the correct load and duct/pipe sizes to ensure your system delivers the right amount of heating or cooling exactly where it’s needed, minimizing energy use and maximizing comfort.

Proper HVAC design is critical for both efficiency and comfort. Many traditional systems are designed without taking key features into consideration, but we ensure that every detail, from airflow rates to insulation levels, is accounted for, delivering superior performance.

Our ventilation designs incorporate energy recovery systems and economizers to ensure energy savings and optimal airflow. We customize each system to meet the specific needs of your project while lowering operational costs.

Using detailed heat gain/loss calculations, we design ducted forced-air systems to ensure precise heating and cooling in every space. By properly sizing your system, we help avoid the common problem of oversized equipment and unnecessary ductwork, ensuring quiet operation and energy efficiency.

Correct commissioning is key to ensuring that your system performs as designed. Our experts rigorously test and adjust installed equipment to align with manufacturer specifications and design intent, preventing common issues like leaky ductwork and inefficient operation.

Using the HOT2000 tool, we can forecast energy consumption for residential projects, ensuring compliance with energy regulations and helping optimize designs for energy savings. This modeling includes everything from thermal resistance to passive solar heating opportunities, ensuring your project meets energy efficiency goals.

Our RETScreen® modeling services provide a comprehensive analysis of energy production, life-cycle costs, and greenhouse gas reduction for renewable and energy-efficient technologies. We help you optimize your project’s energy use while minimizing costs and environmental impact.

Using infrared thermography, we can identify areas of heat loss and moisture intrusion in your building, providing valuable insight into energy efficiency. This non-invasive method, paired with blower door tests, helps us pinpoint air leakage and insulation gaps, providing solutions for better building performance.