HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION
FACULTY FOR HIGH QUALITY TRAINING



GRADUATION PROJECT

THE INTEGRATION OF FIRE ALARM AND POWER
MONITORING SYSTEM IN BUILDINGS

Instructor: Ph.D LE TRONG NGHIA
Student:

NGUYEN PHUONG NAM

Student ID:

18142046

Student:

NGUYEN HUU NGUYEN

Student ID:

18142048

Major:

ELECTRICAL AND ELECTRONIC ENGINEERING TECHNOLOGY

Course:

2018

Ho Chi Minh City, December 2022

THE SOCIALIST REPUBLIC OF VIETNAM
Independence – Freedom– Happiness
-Ho Chi Minh City, December 28, 2022

GRADUATION PROJECT ASSIGNMENT
Student name:

Nguyen Huu Nguyen

Student ID:

18142048

Student name:

Nguyen Phuong Nam

Student ID:

18142046

Major: Electrical and Electronic Engineering Technology Class: 18142CLA3 &amp CLA1
Advisor: Ph.D Le Trong Nghia

Phone number: 0363896961

Date of assignment: 25/09/2022

Date of submission: 28/12/2022

1. Project title: The integration of fire alarm and power monitoring system in buildings
2. Content of the project:
-

Design and construction model of the fire alarm and power monitoring system in
buildings.

-

Building a model monitoring interface on Control BMS Software and on the Website.

-

Operating and testing the model.

-

Evaluation of the results achieved.

3. Final product:
-

01 Project report documents.

-

01 Model of the integration of fire alarm and power monitoring system in buildings.

-

01 Website interface for remote control.
CHAIR OF THE PROGRAM
(Sign with full name)

ADVISOR
(Sign with full name)

i

THE SOCIALIST REPUBLIC OF VIETNAM
Independence – Freedom– Happiness
-Ho Chi Minh City, December 28, 2022

ADVISOR’S EVALUATION SHEET
Student name:

Nguyen Huu Nguyen

Student ID: 18142048

Student name:

Nguyen Phuong Nam

Student ID: 18142046

Major:

Electrical and Electronic Engineering Technology

Project title:

The integration of fire alarm and power monitoring system in buildings

Advisor:

Ph.D Le Trong Nghia

EVALUATION
1. Content of the project:
.................................................................................................................................................
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2. Strengths:
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...

...
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else {
e.dataSeries.visible = true
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chart_9.render()
}

var valueTemp = firebase.database().ref(readData).child(voltage_1).child(data)
valueTemp.on(value, snap = {
yValue3 = snap.val()
})
var valueTemp = firebase.database().ref(readData).child(voltage_2).child(data)
valueTemp.on(value, snap = {
yValue4 = snap.val()
})
var valueTemp = firebase.database().ref(readData).child(current_1).child(data)
valueTemp.on(value, snap = {
yValue7 = snap.val()
})
var valueTemp = firebase.database().ref(readData).child(current_2).child(data)
valueTemp.on(value, snap = {
yValue8 = snap.val()
})
//load graph
var valueTemp = firebase.database().ref(readData).child(energy_1).child(data)
valueTemp.on(value, snap = {
yValue12 = snap.val()
})
var valueTemp = firebase.database().ref(readData).child(energy_2).child(data)
valueTemp.on(value, snap = {
yValue13 = snap.val()
})
var valueTemp = firebase.database().ref(readData).child(total_energy).child(data)
valueTemp.on(value, snap = {
yValue14 = snap.val()
})

function Chart() {
// var deltaY1, deltaY2
// var deltaY5, deltaY6

176

xValue += Interval
dataPoints1.push({
x: xValue,
y: eval(Number(yValue3) / 1)
})
dataPoints2.push({
x: xValue,
y: Number(yValue4)
})
//realtime
dataPoints5.push({
x: xValue,
y: eval(Number(yValue7) / 1)
})
dataPoints6.push({
x: xValue,
y: Number(yValue8)
})

// updating legend text with d with y Value
chart.options.data[0].legendText = 1F: + yValue3 + (V)
chart.options.data[1].legendText = 2F: + yValue4 + (V)
chart.render()
chart_5.options.data[0].legendText = 1F: + yValue7 + (A)
chart_5.options.data[1].legendText = 2F: + yValue8 + (A)
chart_5.render()
}
function Chart1() {
// var deltaY1, deltaY2
// var deltaY5, deltaY6
xValue_9 += Interval_9
//load graph
dataPoints9.push({
x: xValue_9,
y: eval(Number(yValue12) )
})
dataPoints10.push({
x: xValue_9,
y: eval(Number(yValue13))
})
dataPoints11.push({

177

x: xValue_9,
y: eval(Number(yValue14))
})
//load graph
chart_9.options.data[0].legendText = 1F: + yValue12+ (kWh)
chart_9.options.data[1].legendText = 2F: + yValue13+ (kWh)
chart_9.options.data[2].legendText = Building: + yValue14+ (kWh)
// chart.options.data[1].legendText = 2F: + yValue4+ (V)
chart_9.render()
}
}
/

178