Welcome to our comprehensive analysis of the Grant Park Condos HVAC system. We'll explore the current challenges, propose strategic sensor placements, and outline a plan for optimizing energy efficiency and resident comfort.
Irregular supply of makeup air causes temperature fluctuations throughout the tower.
Rooftop air-cooled chillers for summer cooling and boilers for winter heating.
Residents experience varying comfort levels due to uneven air distribution.
Representative units across floors and orientations.
Multiple levels to detect thermal stratification.
Hallways, lobby, and ground-level spaces.
Makeup air unit, chillers, and boilers.
Monitor air and water temperatures throughout the building.
Assess latent heat load and comfort levels in occupied spaces.
Measure airflow and detect filter clogging in the makeup air unit.
Track air quality and ventilation effectiveness in common areas.
Track heating and cooling demand changes across summer and winter.
Identify persistent problem areas to pinpoint distribution or equipment issues.
Analyze trends over time to diagnose recurring performance issues.
Set up notifications for temperature anomalies to address issues quickly.
Create detailed HVAC equipment and distribution path maps.
Pinpoint problem areas based on occupant and management feedback.
Deploy sensors according to the strategic placement plan.
Connect sensors to the Building Automation System for centralized monitoring.
Conduct preliminary analysis and sensor deployment.
Review data trends and make initial adjustments.
Comprehensive analysis with engineering recommendations.
Includes real-time monitoring, monthly GPT assessments, and year-end engineering report.
Grant Park Condos: Energy & Comfort Assessment