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### Understanding HVAC Controls: Key Concepts for Effective Temperature Management ###

This session introduces essential HVAC control concepts to empower participants in making informed decisions. You will learn the vocabulary necessary to articulate your requirements effectively within HVAC systems. We explore the evolution from manual to automatic temperature control, including building management and energy management systems. Gain insights into how automated systems work, their efficiency in managing energy, and the significance of sensor technologies. Discover the tools available for optimizing comfort and energy use in diverse environments, ensuring effective climate control that adapts to changing needs. ###

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### Understanding HVAC Controls: Key Concepts for Effective Temperature Management ###

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Presentation Transcript

  1. Intro to Controls

  2. This session will: • Give you control concepts that will inform you to choose wisely • Enable you with the vocabulary to ask for what you want in an HVAC control system

  3. HVAC controls history: • Manual Temperature Control • Automatic Temperature Control • Building Management Systems • Energy Management Systems

  4. Manual Temperature Control • Simple, effective, not efficient • Huge temperature swings • Requires 24 hr attention • Humidity and air quality is • is not considered

  5. Automatic Temperature Control • Became possible with popularity • of central heating and cooling • Mechanized thermal sources • Sensors for temperature • monitoring and control

  6. How to provide comfort to larger environments with a variety of needs and loads?

  7. Building Automation Systems (BAS) • Co-ordinates the many • components in these systems • Saves energy by being more • responsive to changes in load, • usage patterns, and adjusting to • outside environment

  8. Energy Management Systems (EMS) • Include all the features of the previous • systems • Added sensing devices that report to a • front-end computer • Sensors that monitor conditions inside • and outside the building

  9. Energy Management Systems (EMS) • Reporting capabilities • Remote management over • the internet • Alerting by email and text • Can adjust the system for • maximum efficiency • Can manage elements like • geothermal and solar • sources

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