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Energy Saving Climate Control System (ESCCS) Team: Sean Jacobs, Brad Nissenbaum, Colin Tracy Advisor: Professor Anderson.

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Presentation on theme: "Energy Saving Climate Control System (ESCCS) Team: Sean Jacobs, Brad Nissenbaum, Colin Tracy Advisor: Professor Anderson."— Presentation transcript:

1 Energy Saving Climate Control System (ESCCS) Team: Sean Jacobs, Brad Nissenbaum, Colin Tracy Advisor: Professor Anderson

2 Mission Statement Environmental - Relieving stresses caused by increasing energy demands Economic - Saving the consumer money through decreased energy use Engineering - Use sound engineering practices in order to meet goals and satisfy consumer demands.

3 System Outline Temperature and Light Levels can be measured Based on User Settings, Room Environment is adjusted Control system is used to Adjust Air Conditioner operation along with light levels in the room with Electrochromic Glass Thermostat, Light measurer and User Input dials Control System Monitors and Adjusts Room with Electrochromic glass climate and light changes

4 Deliverables A model enclosure demonstrating the functionality of the ESCCS All documentation regarding circuit schematics, parts list, testing results and project costs User’s manual

5 System Block Diagram

6 Block Specifications User Interface Sensing Logic Unit Outputs Controllers Display Power electronics

7 User Interface Analog level adjustments Optional User Opacity Override Input to Logic Unit

8 Sensing Measures current room temperature Measures current inside light level Input to Logic Unit

9 Logic Unit Operates on inputs from the user interface and sensors Calculates most efficient use of EC windows, A/C unit and lights Outputs control signals

10 Outputs Controllers Takes control from Logic Unit Adjusts the opacity of the EC window Switches A/C Dims room lights Display Displays current and desired light and temperature level Power saving sleep mode

11 Power Electronics Photovoltaic power generation Long term battery storage Power distribution controller Logic Unit Sensors Controllers

12 Materials and Testing We have received 8 product samples of automobile mirrors to use on our prototype and test examples We know how our samples operate due to varying voltage changes Need to decide on proper Microcontroller and Sensors

13 Proposed MDR Specification Decide on and obtain Microcontroller Obtain Photovoltaic Cell and Battery Obtain Sensors Breadboard Microcontroller for Programming

14 The ESCCS Energy is Money

15 Questions and Answers


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