House as a System - •Defines the house as an interdependent energy system with four critical components influencing each other and the overall performance. •Focuses on the holistic HAAS approach to home energy retrofits. •Emphasizes the impact of modifying one component on energy performance, moisture levels, air quality, and occupant comfort. •Addresses safety and home durability in the context of retrofitting decisions. •Defines the house as an interdependent energy system with four critical components influencing each other and the overall performance. •Focuses on the holistic HAAS approach to home energy retrofits. •Emphasizes the impact of modifying one component on energy performance, moisture levels, air quality, and occupant comfort. •Addresses safety and home durability in the context of retrofitting decisions.
The “Mysteries of Airflow”. •Airflow is an essential element of HVAC. •It holds the key to Comfort, Energy Efficiency, and System longevity. •It often presents us with perplexing challenges that seem difficult to solve. •Static pressure testing sheds light on system mysteries. • Accurately measuring component pressures provides valuable insights into system performance and behavior. •The diagnostic approach helps identify restrictions, imbalances, or inefficiencies that hinder optimal airflow.
Learning Objectives:
By attending this session, attendees will:
Be able to discuss the potential for interaction among building components and mechanical systems
Be able to give examples of how air sealing a home will affect indoor air quality
Learn that airflow is an essential element of HVAC and that it holds the key to Comfort, Energy Efficiency, and System longevity
