Development Of Smart Metering

Objective  Submission week due date 23/11/2018 First and foremost, all Praise to the Almighty Allah SWT for His blessing for giving me the strength and guidance to complete this project. I would like to take this chance to record my appreciation to those who has been helping me throughout the final year project. First of all, I am grateful to University Kuala Lumpur British Malaysian Institute for giving me the opportunity for taking part in the final year project. I would also like to thank my parents for their precious support financially and emotionally throughout the final year project. Other than that, I would like to thank my supervisor, Mohamad Shaifol Osman for his whole hearted supervision to me. His valuable suggestion and guideline from the very beginning of my final year project is very much appreciated. From just a simple idea, Mohamad Shaifol has taken me to a journey until The Development of Smart metering has become a reality and achieved more than...

Objective  Preparing the chapter 4: result and discussion for fyp2 thesis  Methodology  Result and discussion need to be implemented are:- Introduction  Hardware result  Power Consumption Display mode Application Mobile IOT using blynk  smart metering connect and disconnect  Software result  chapter summary  Conclusion  Based on the result and discussion are successful and justify for development of smart energy meter though a picture has being implemented as proof for the result. During experiment, these are a few of failed moment experiment such as burned electronic component like a sensor current and relay. The situation happens because of electronic component (DC) are very sensitive to high voltage (AC) which smart energy meter facing with 240 voltage supply deal with real power of home appliance. Safety, precaution and testing are the keys for success to do in this experiment.

Objective  Preparing the chapter 5: conclusion and recommendation for fyp2 thesis  Methodology  conclusion and recommendation need to be implemented are:- Introduction  Conclusion during the experiment Recommendation for future product 

OBJECTIVE To present my quadruped robot prototype on the Exhibition day. To explain my project based on the presentation poster. METHODOLOGY Going to the UniKL BMI Gemilang Hall before 9 am on Wednesday, October 24th. Register for presentation. Set up the poster and smart metering prototype. Present the project to the assessors with confident. Result 

OBJECTIVE To design a poster for presentation day. To do final preparation before the Exhibition day. METHODOLOGY Meet supervisor to ask for advice on doing presentation poster. Showing supervisor soft copy of poster before printing. Updating the poster according to supervisor. Print out the presentation poster. Result 

Objective 1. to test the prototype smart metering 2. to troubleshoot the prototype Methodology 1. Test the smart metering wifi which ESP8266 access connection to the smartphone 2. Troubleshoot if there is any problem countered Result CONCLUSION In conclusion, the robot has achieve its fully functional capability. This prototype quadruped robot is completed

Objective 1. To assemble the electronic component that been using in smart metering 2. Interface smart metering with wiring electrical house prototype Methodology 1. Uploading the coding to arduino uno 2. Assemble the wiring male female to the component which relay , sensor , lcd , and esp8266 Result Conclusion As a conclusion, the smart metering was finish assemble and the smart metering ready to be test

Objective Discuss with supervisor regarding the project chosen  1. inform Sir shaiful to discuss regarding the project that i selected suitable for my project 2. Meet him at his office within the week  3. Discuss the project and explaining to him why this project can related to my project 4. Ask for his permission to continue building the project following the project that have been chosen  Conclusion  In conclusion, the discussion going as plan and Sir Zaki approved my project. Thus, I will continue developing the project by buying the addition components first.

Objective 1. To develop software coding for quadruped robot  2. to excute and test coding Methodology  Develop coding and modified existing coding found in the internet. Execute the codes using Arduino IDE. Troubleshoot any error in the coding. Testing the coding to the hardware components Result blynk application coding  LCD display  total RM has been convert  Ampere and watt coding Relay coding   CONCLUSION As in conclusion, I have to meet and discuss with my supervisor to inform of the problems that I faced when developing my project.

Objective 1. Formula that need be upload coding acs712 and  Discussion  1.  Voltage is measured by the help of a voltage divider circuit.As the ARDUINO analog pin input voltage is restricted to 5V  2. Formula need to be implemented which Power and Energy. Power Power is product of voltage (volt) and current (Amp) P=VxI Unit of power is Watt or KW Energy is product of power (watt) and time (Hour) E= Pxt Unit of Energy is Watt Hour or Kilowatt Hour (kWh From the above formula it is clear that to measure Energy we need three parameters -  Voltage -Current  -Time

Objective 1. Testing coding relay interface to arduino working princple Methodology 1.  There many types of relay modules available like 1 relay, 2 relay, 5 relay and 8 relay but smart metering are using the 2 relay Arduino module 2. The first one has 4 pins, a Ground and a VCC pin for powering the module and 2 input pins In1 and In2. The second set of pins has 3 pins with a jumper between the JDVcc and the Vcc pin. 3. T he input pins of the module work inversely. As we can see the relay will be activated when the input pin will be LOW because in that way the current will be able to flow from the VCC to the input pin which is low or ground, and the LED will light up and active the relay. When the input pin will be HIGH there will be no current flow, so the LED will not light up and the relay will not be activated Result the result shows, LED is indicator when coding has been upload and active. When LED became red means active HIGH there will be no current flow,  acti...

Objective 1. Setup ESP8266 connect to mobile phone by using application blynk Methodology 1. download most recent blynk libary 2.download the blynk esp8266 library 3.download pyserial 4.download esptool 5.download sdk1.0.0 v0.22 esp8266 firmware 6. prepare esptool for flashing 7.Upload code to the arduino Result  

Objective 1.Made a prototype basic electrical wiring house 2. Testing and troubleshoot wiring Methodology 1. The base of electrical wiring has been used is wood 2. installation of circuit breaker for power safety 3. installation pvc trunking wire casing Result figure 1 Figure 2  Figure 3 Discussion Figure 1 shows , the base used by wood has been implemented , figure 2  pvc trunking wire casing has been install , figure 3 circuit breaker has been install .

Objective 1. to test each component 2. testing function and connection Methodology 1. test the function of each component which is relay, sensor current, LCD and ESP8266. The arduino UNO is connection with male female wire. A blink coding has been upload to test if the arduino is working Result 1. The arduino uno can be uploaded with the coding from arduino ide software and the testing result is as expexted Conclusion All the component have been tested and the result from the test is as expected. The component are working perfectly

Week 3 Title:  Purchase the component  Objective 1. To survey a suitable and cheap price electronic store around Kuala Lumpur 2. buy all component needed to build development smart metering Methodology 1. Compare the price and store rating of the store that found 2. Go to the store and purchase the component needed Result  The component of electronic and electrical wiring component have been bought at Jalan Pasar Conclusion The place are provide all the component.

Week 2 Title: Design prototype wiring electrical house The basic electrical wiring  house has been implanted to interface the smart metering for prototype compact with a real load of home appliances. Based on this situation, the smart metering can monitor and control in real load which 240 voltage. The electrical wiring that been design is single way switch control a lamp, 2 plug series connection with RCCB and MCB as power protection.

Week 1 Title: design and simulate the circuit of smart metering The first week is about to design and simulate by using proteus 8 the circuit before doing a assembly part.  figure above shows, the main circuit smart metering has been design to interface with single phase house in malaysia. The circuit shows, their have 2 relay, sensor current, LCD and  ESP8266. 

On week 15, I research about how smart energy meter work from the input into output. To identify the progress, the flowchart and  block diagram has been made to know how the project flow and at same time i just doing a chapter 3 methodology including a Introduction, Flowchart, Block Diagram and Component. The above block diagram shows all the operation of proposed project shows the circuit that going to be use. The input of the development is single phase, it is because the supply not being using such a large load. Thus, form that, power electrical will convert the Alternative Current (AC) into Direct Current (DC) to the home appliances. In addition to that, the condition of the relay needs to be normally close for current to flow the utilities and relay is in the condition of normally open when Arduino gave the signal to disconnect the supply.While the main function of Arduino is to give signal and interface to communication module, relay and sensor

In this week, I still  doing research about the project and searching based  on  journal, youtube and thesis. At the same time, I  doing a task Chapter 2 report. with consist of literature review that i have been used for my project. Introduction  Overview of the project Previous Work  Conclusion  Reference  Syed Khizar Ali Zaidi, Design and implementation of low cost electronic prepaid energy meter, Proceedings of the 12th IEEE International Multitopic Conference, December 23-24,2008, pp 548-552 A Geetha and Dr.K Jamuna, Smart metering system, International Conference on Information Communication and Embedded Systems (ICICES), 2013, pp 1-5.

Week 13, I am study about componet. Distribution board A distribution board (DB) is electrical supply is distributed from within the house. The main supply cable comes into the board and   distributed to the breakers and from there to all the circuits to monitoring , power protection and cable management Relay A Relay is a switch for electrically operated by an electromagnet. The electromagnet is activated with a low voltage, for example 5 volts from a microcontroller and it pulls a contact to make or break a high voltage circuit. The relay is disconnect and reconnect the power supply when microcontroller give a signal and can operate 5V from microcontroller to the VCC pin for active a relay. The relay capability is 10-250 and 125 V AC and 10A-30 and 28 V DC powerful enough to reconnect and disconnect supply which is 240V. Wi-fi Module The wifi module that be choose is ESP 8266 because it can easily intergrated TCP/IP protocol stack can signal ...

On this week, the finalize of final year project report has been complete and compile. After that, I just check a report for the last time and do some correction to submit to my supervisor Sir Mohamad Shaiful Osman.

On week 17, First and foremost, all Praise to the Almighty Allah SWT for His blessing for giving me the strength and guidance to complete this project. I would like to take this chance to record my appreciation to those who has been helping me throughout the final year project. First of all, I am grateful to University Kuala Lumpur British Malaysian Institute for giving me the opportunity for taking part in the final year project. I would also like to thank my parents for their precious support financially and emotionally throughout the final year project. Other than that, I would like to thank my supervisor, Mohamad Shaifol Osman for his whole hearted supervision to me. His valuable suggestion and guideline from the very beginning of my final year project is very much appreciated. From just a simple idea, Mohamad Shaifol has taken me to a journey until The Development of Smart Energy Meter has become a reality and achieved more than my expectation.  Lastly, I would like to...

Week 12 is presentation day for final year project.

On this week, I focusing doing chapter 1 for the report. The chapter 1 of the report consist of : Introduction  Background of the project  Problem statement  Objective of the project  Significance of the project  Scope and limitations of the project  This is reference that i used  1.        L. Li , X. Hu, W. Zhang, Design of an ARM-Based Power Meter having WIFI Wireless communication Module, Proc. IEEE 4th International Conference on Industrial Electronics and Applications, Xi'an, May 2009, 403-407 2.        S. S. Al-Saheer, S. L. Shimi and S. Chatterji, Scope and Challenges of Electrical Power Conservation in Smart Grids, International Journal of Engineering Research and Technology (IJERT), 3(5), 2014, 2212-2214. 3.        J. Huiqin and Z. Ru, A Novel Remote Meter-reading System based on Virtual Instrumentation, Proc. IEEE International...

In the week, i just research how to make smart energy meter function on youtube.

On this week, I do some research for the component that can match in this project. Here the list component from my research circuit breaker relay  ESP 8266 wi-fi module  Sensor ACS 712

In this week, i just proposed my objective to the supervisor. After we meet ,  He agreed with the ideas of this objective  The overarching objective of this project is to manage a consumption of electricity energy for consumer and develop the prototype of smart energy meter. Therefore, the following task should be accomplished: To develop the prototype of smart energy meter using arduino that display electrical measurement such a current and energy   To design a smart energy meter that can send an energy consumption data to application mobile via wireless To build a smart energy meter automatically connect and disconnect of electrical supply        I.       

In this week, my research focusing on how to develop the program for my system. My reaseach about arduino language is   c/c++, so that i can find a  read on c++ and use most of what i learn that is language core in unikl bmi previous. After that, the information about arduino language IDE  written in java, and is based on the Processing project, the codemust write in the editor is, as previously mentioned; c++ .