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Intelligent HVAC Control System Design to Optimize Airflow Efficiency

The Smart Environmental Control System (S.E.C.S) is an innovative HVAC solution aimed at enhancing environmental control in both commercial and residential applications. Developed by a dedicated design team, the system ensures efficient airflow management through advanced sensor integration and wireless communication. Key milestones have been achieved, including complete parts acquisition and successful circuit design integration. Ongoing tasks focus on software development for control algorithms and user interface design, paving the way for a robust proof of concept.

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Intelligent HVAC Control System Design to Optimize Airflow Efficiency

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  1. Status Report # 4 Smart Environmental Control System (S.E.C.S) Design Team # 4 John Ayers Tanner Ricks Jason Stange Jacqueline Ortiz An intelligent HVAC control system that efficiently controls airflow in an environment. 10/08/2012

  2. S.E.C.S. provides an efficient solution for environmental control systems for commercial and residential applications. Project Milestones 1 2 3 4 5

  3. Completed Tasks Parts Acquisition • 100% Parts have been ordered/received Circuit Design and Integration • 100% Functionality of teensy with adapter & Xbee • 100% Functionality of Temp Sensor with FE Teensy • Phase 4 Software Design • 50% Programming of all micro-controllers • 100% Xbee Programming Debugging and Proof of Concept • N/A

  4. Completed Tasks • Second zone components in and tested • Wireless leg of comm network completed • Integration of temp-sensor and MC completed • Integration of libraries for vent control

  5. Ongoing Tasks Parts Acquisition • Completed Circuit Design and Integration • Testing RFID tags range • Integration of communication for both zones • Phase 4 Software Design • GUI Design • Control Algorithm writing and debugging Debugging and Proof of Concept • Design Concept

  6. Upcoming Tasks Parts Acquisition • Completed Circuit Design and Integration • Teensy to Teensy communication on front end • Phase 4 Software Design • Communications protocol for control software • Initial communication testing between controller and front end devices Debugging and Proof of Concept • Finalizing parts decisions for POC build

  7. Block Diagram

  8. Tasks Schedule

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