Đồ án tốt nghiệp - Design and configuration of smart energy monitoring model using PME 2024

HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION

FACULTY OF INTERNATIONAL EDUCATION

GRADUATION THESIS
DESIGN AND CONFIGURATION OF SMART
ENERGY MONITORING MODEL USING PME 2024

Supervisor:

Assoc. Prof. Dr. Truong Dinh Nhon

Student: Nguyen Son Tung

Student ID: 20142257

Student: Pham Phu Duc

Student ID: 20142207

Year of admission: 2020 - 2024
MAJOR: ELECTRICAL AND ELECTRONICS ENGINEERING TECHNOLOGY

Ho Chi Minh City, July 2025

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ACKNOWLEDGMENTS
Graduation thesis is an essential requirement for students to demonstrate the
knowledge and skills accumulated throughout their university years. It is an
opportunity to apply theory into practice, develop independent research capabilities,
and experience real-world problem solving.

I would like to express my sincere gratitude to Assoc. Prof. Dr. Truong Dinh Nhon
, my supervisor, for the dedicated guidance, valuable suggestions, and continuous
support throughout the project. Your expert advice and encouragement have helped
me to overcome many difficulties and complete this thesis successfully.

I would also like to thank the Faculty of International Education and Ho Chi Minh
City University of Technology and Education for providing a supportive academic
environment and access to the necessary resources and facilities for this project.

Finally, I sincerely thank my family and friends who have always stood by me with
encouragement, care, and emotional support throughout the thesis period.

Despite my best efforts, I understand that the project may still contain limitations. I
look forward to receiving constructive feedback and recommendations from
teachers and peers.

Sincerely,

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CONTENTS
COMMITMENT AND PLAGIARISM CHECK RESULT
CONFIRMATION ..........................................................................iii
EVALUATION

SHEET

OF

DEFENSE

COMMITTEE

MEMBER ....................................................................................... vii
ACKNOWLEDGMENTS ............................................................viii
CONTENTS .....................................................................................ix
LIST OF FIGURES ........................................................................ xi
CHAPTER 1: INTRODUCTION ...................................................1
1.1 GENERAL .................................................................................................. 1
1.2. OBJECTIVES .................................................
...

...
for PME with External Systems

Method
Modbus TCP/IP

Deion

Used by

Direct real-time communication from

SCADA, BMS

PME or devices to SCADA/BMS
OPC UA/DA

Standard interface for industrial

SCADA, HMI

software to access PME data
BACnet IP

Protocol widely used in building

BMS

automation
REST API / Web

Access data from PME via

Services

HTTP/JSON for web/cloud

ERP, BI

integration
Scheduled Export

PME exports reports automatically

ERP, reports

(CSV, Excel, PDF)
Direct SQL Query

Advanced users can read PME’s SQL

Developers,

database (not recommended)

Analysts

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Figure 6.1 Illustration System

6.4. PRACTICAL EXAMPLE OF INTEGRATION
There are two main ways to use PME for monitoring power quality and energy
consumption in a factory:
 Dispatches real-time overcurrent alarms to SCADA for a defective motor to be
tripped out.
 Shares data on energy consumption on a daily basis with the ERP software, for
cost-accounting functions.
 Informs the BMS to shed load for HVAC during peak tariffs.
By combining these systems, the factory is able to achieve:
 Fewer breakdowns.
 Improved energy efficiency.
 More cost control and sustainability tracking.

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6.6. FUTURE EXPANSION POTENTIAL


Cloud Integration: Push PME data to cloud (AWS, Azure) for advanced analytics and
mobile access, as a REST API.



Machine Learning – PME data can be supplied to predictive models to identify
anomalies or even energy future trends.



Green

Building

Certification:

Integrated

systems

aid

in

LEED/BREEAM

documentation and compliance.


Micro-Grid Management: Smart campuses or industrial parks can utilize PME for
integration with solar, battery storage and energy trading.

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REFERENCES
I.

Schneider Electric_EcoStruxure - link150_EGX150

(https://www.se.com/vn/vi/product/EGX150/link-150-ethernet-gateway-2ethernetport-24-v-dc-and-poe/)
II. Schneider Electric_PowerLogic - PM5000 - Power-meter_METSEPM5350
(https://www.se.com/vn/en/product/METSEPM5350/power-and-energy-meterpowerlogic-pm5350-with-thd-alarming/ )
III. Schneider Electric official website
(https://www.se.com)
IV. Power Monitoring Expert
(https://www.youtube.com/watch?v=uWVBSpnBS_0&amplist=PLoD53qrwIioVyhBU
Nk4Rki9Cds-2VO4yp )
V. EcoStrucxure Power Monitoring Expert
(https://www.youtube.com/watch?v=1OfE3KUuRp8&amplist=PLa7UGrWOTyjmonPc
4Cq-NVPxkACrVBNIA)
VI. EcoStrucxure Power Monitoring Expert 2024 System guide
(https://www.se.com/vn/vi/download/document/7EN02-0500/)

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