Thiết Kế Hệ Thống Kiểm Soát và Giám Sát Nồng Độ CO2 Trong Tòa Nhà

2024

121
0
0

Phí lưu trữ

30.000 VNĐ

Mục lục chi tiết

ACKNOWLEDGEMENTS

ABSTRACT

1. CHAPTER 1: OVERVIEW

1.1. Overview of the Building Management System (BMS)

1.2. Reason for choosing the topic

1.3. The objective of the research topic

1.4. Research methodology

1.5. Research subjects

1.6. Project content

1.7. Project Implementation Process

2. CHAPTER 2: MODEL DESIGN

2.1. Design process

2.2. Building model parameters

2.3. Establishing control requirements

2.4. Calculating the necessary parameters for the model

2.5. Calculating fan power

2.6. Wind speed calculation when passing through the air vent

2.7. Selecting the air vent location for the model

3. CHAPTER 3: CONSTRUCTION OF THE MODEL AND DESIGN OF SUPERVISORY INTERFACE, CONTROL INTERFACE

3.1. Construction of the BMS Monitoring Model, Operation of the Frequency Converter

3.2. Block Diagram of the BMS Model

3.3. Wiring diagram for the BMS model

3.4. Installing the BMS model

3.5. Complete the hardware installation of the BMS model for monitoring and controlling the ventilation system using single-phase and three-phase inverter

3.6. Configuring the Delixi EM60 inverter

3.7. Configuring the IG5A inverter

3.8. Configure the DDC - C46 using the DDC Configuration software

4. CHAPTER 4: OPERATION OF THE MODEL AND RESULTS EVALUATION

4.1. System Operation Flowchart

4.2. Operating the Model in Auto Mode

4.3. Operating the Model in Manual Mode

4.4. Control Mode Evaluation

Appendix 1: Configuration of Data Points in BMS Control Software

Appendix 2: Variable Frequency Drive Delixi EM60

Appendix 3: Variable Frequency Drive IG5A

Appendix 4: CO2 sensor VELT-W-CO2-I4

Appendix 6: Hongke 130FLJ5 fan specifications

Appendix 7: Auramax VP4 fan specifications