1. The hot sun rays onto the blue Photovoltaic (PV) Array. 2. The blue Photovoltaic (PV) Array transfer the Solar Electricity (PC) to the small inverter. 3. The small inverter deliver the utility type electricity (AC) to the green Ac Disconnect. 4. The green Ac Disconnect transfer the big Main Electric Panel such as television. 5. The big Main Electric Panel also deliver the soft Utility Meter to the strong Electric Utility Grid.
1. Sun rays provide energy for the 14 panels photovoltaic array (PV) 2. Direct current(DC) of solar electricity is then conveyed to the stable inverter. 3. Utility type electricity or in other names, alternating current (AC) will then flows through the AC disconnects. 4. The current that travels through the waterproof main electric panel will then be able to provide imperative power to your home all the while recorded by the trusty utility meter. 5. Excess power will be send back to the secured utility grid.
1. the power get from the strong sun ray on the daylight. 2. the strong sun ray absorb to the 14 piece photovoltaic (PV) array. 3. the 18 photovoltaic (PV) array transfer the power solar electricity (DC) get from the sun rays to the square solar inverter. 4. the power utility type electricity (AC) coming from the square solar inverter absorb to the small box AC disconnect . 5. the power utility type electricity (AC) from the small box (AC) disconnect go to the big main electric panel and can use for daily at your home. 6. the extra power we get from the big main electric panel go to the digital utility meter out side house and can use for charge the larger electric utility grid
1)The hot sun rays onto the big Photovoltaic(PV)Array. 2)The blue big Photovoltaic(PV)Array transfer the solar electricity(DC). 3)The white inverter converts the electricity produced by the big solar array from direct(DC)to alternating current(AC)for use at home . 4)The NEM Meter records energy usage and excess energy produced . 5)The big Main Electric Panel also the property goes back to the Electric Ultility Grid.
1) The hot sun rays fall onto the twelve big photo voltaic(PV) array. 2) The small particles in the photo voltaic(PV) array will start to move. 3) The,the tiny particles produces electrical energy. The produced energy is called direct current(DC). 4) The direct current(DC) will channel to a white inverter to converts the direct current to alternate current. 5) The most heavy loads need alternate current(AC). 6) The inverter plays as a converter for big utility type electricity(AC). 7) The alternate current move to main analog electric panel to make sure the absorb current from the hand made solar panel can read through the meter. 8) From the main analog electric panel the momentum of energy flows to house electrical appliances such as; i Mac,Apple TV and to watch the consumed reading. 9) Finally,the consumed energy flows to digital utility meter and also to watch the consumed reading. 10) Then,from the utility meter it flows to big electric utility grid to get printed utility bills to consumer.
1)The hot sun rays go into the big photovoltaic array. 2)The big photovoltaic array from the sun are turned into electrical energy. 3)After that,the energy go through the white inverter and convert to the DC to AC energy. 4)Next,we can use the electrical energy at home such as television,washing machine and other than that. 5)Excess energy not used by the the property goes back to the big electric grid.
Firstly , a beam of sun rays absorbed to the Photo voltaic (PV) Array.Then , the Solar Electricity (DC) convert through the box of Invert-er. So the outgoing electric energy changed to Alternating Current (AC) as Utility Type Electricity (AC) as well. The green box of AC Disconnect is function to switch on and off the supply from the Invert-er box. After that , the AC supply slightly flow to the Main Electric Panel to divide the supply energy precise and safe with its accurate power factors before the supply energize your electrical home items. So , the durable power flows to the Utility Meter that consumer may know the unit of the energy we have been use. Lastly , the current generates from the (PV) Array flows to the big and wide Electric Utility Grid , so that consumer will be pay monthly through the unit of energy that they generates for the Utility company.
The 14 photovoltaic array is mounted at the angle for direct sun rays. The PV array is then starts to produce clean energy from direct current (DC) to utility type electricity (AC) and goes to the big solar inverter. The alternative current (AC) will then flow to the high-performance AC Disconnects. Next, it will distribute the electricity to the powerful Main Electric Panel. Some of the electricity will go to the needed electricity consumption and some will go to the running utility meter to be use for Electric Utilility Grid.
The hot sun rays absorb for the twelve photovoltaic (PV) Array. Next, the twelve photovoltaic (PV) Array transfer the power solar electricity (DC) to the white inverter. The inverter switch (DC) current to (AC) current. The steel main electrical panel transfer to the a electrical appliances. Such as, television and computers. The used energy will goes to big utility meter.
1. The hot sun rays onto the twelve Photovoltaic (PV) Array. 2. The twelve Photovoltaic (PV) Array transfer the Solar Electricity (DC) to big inverter. 3. After that, the big inverter current flows through the Utility Type Electricity (AC) to the small AC disconnect. The current from small AC disconnect. 4. The current from small AC disconnect that travels through the big Main Electrical Pannel. 5. The big Main Electrical Pannel excess power energy to your home. 6. Then, the energy transfer to small Utility Meter. 7. Finally, from the small Utility Meter Channel to big Electric Utility Grid.
The big blue photovoltaic (PV) array absorb the strong sun rays. Next,the white inverter change the (DC) to (AC). After that, the (AC) from inverter flows to the main steel electric panel and than supply electricity to your home like television, water heater and other electric appliance.
1)The firstly,strong photovoltaic(PV)array absorb hot sun shines produce to direct current(DC). 2)The big inverter function converts solar electricity(DC) to the utility type electricity(AC). 3)The small box AC disconnect is a switch ON or switch switch OFF solar electricity AC. 4)The strong main electric panel will split the energy to use full electronic furniture. 5)The energy will be distributed to the house and monitored by small online web monitor and the energy supply reading can be pricise on the meter like usually.Then,house hold item can be generate by using this solar technology system.
1)Firstly, from the hot sun rays and sunshine will provide energy to white inverter. 2)Then, the green AC disconnect will control energy from alternate current(AC). 3)Then, the main electric panel cute the energy when overload. 4)The big main electric will travel to electric appliances such as, big television and computer. 5)Lastly, the consume energy channel to the meter for reading. 6)Finally, from the utility meter the energy will transfer to electric utility meter.
1 . First , sun hit the big solar module 2 . Then , big solar absorb the heat energy to produce electrical energy 3 . Thirdly , the electrical energy flows to white solar inverter which switch direct current DC to alternate current AC 4 . After that , the main electric panel appliances current in the building such as LED bulb and water heater 5 . The current flows to consume electricity to round small meter utility 6 . Finally , the solar energy is transfer to the big utility company
The sun rays onto the big photovaltaic Array (PV). Photovoltaic is function for collecting solar energy and transfer to the effection inverter. The inverter convert the solar electricity to alternating current (AC). After that, the alternating current move to the AC disconnect for produce useful electric energy. We can control the power at the green AC disconnect either we want to switch on or switch off. The green AC disconnect transfer the big main electric panel such as television. The big main electric panel also deliver the soft utility meter to the strong electric utility grid.
1)Firstly, from the hot sun rays and sunshine will provide energy to white inverter. 2)Then, the green AC disconnect will control energy from alternate current(AC). 3)Then, the main electric panel cut the energy when overload. 4)The big main electric will travel to electric appliances such as, big television and computer. 5)Lastly, the consume energy channel to the meter for reading. 6)Finally, from the utility meter the energy will transfer to electric utility meter.
Jeff : Yes. I am new staff here. Where is the Supervisor's room ? I need to meet him.
Mr.Faizal : Okay sure. It is my pleasure to help peoples here. Hi Mr.Halim , this is our new staff. His name is Jeff. Jeff , this is the Supervisor , Mr.Halim
Mr.Halim : Hi Jeff. Welcome to NASARA Sdn.Bhd. We are very happy to have you to to join a crew of Photovoltaic (PV) Solar Installer team , since the company need competence person.
Jeff : Thank you Mr.Halim. I am so excited to get involved in this company. I hope we can work together as a team for the incoming project
Mr. Halim : First of all , I will show you around the office. Then we are going up to the meeting room for some briefing. Jeff, you will meet your team partner Mr. Alex who has been working here for more then 3 year.He is an excellent and worker in this company. Alex : Good Morning , Mr.Halim and Mr.Faizal. Nice meeting you Jeff our new stuff . I hope we can work together.
Mr. Halim : Please , have a seat. Jeff , I would like to highlight to you that our company is very concerned about following safety rules. Especially about the Rules of OSHA 1994 Act as we know.
Alex : Yes , sure thing Jeff. Since I have been working for more than 3 years and have a lot of experiences. The first thing of all is about safety issue. Quality and time management is also our focus in this company.
Mr.Faizal : Safety and health is also cleared define in our company motto.
Jeff : I am ready for the project , and I hope I can successfully do this job and gaining more experience and better skills and also involve for the growth of this company.
Prepared by : 1. Muhamad Muhaimin Achdi 2. M. Amirol Safik B. Saiful Bahari 3. Muhd. Jafni B Baharudin 4. Nuraishah Bt Manan.
18 comments:
1. The hot sun rays onto the blue Photovoltaic (PV) Array.
2. The blue Photovoltaic (PV) Array transfer the Solar Electricity (PC) to the small inverter.
3. The small inverter deliver the utility type electricity (AC) to the green Ac Disconnect.
4. The green Ac Disconnect transfer the big Main Electric Panel such as television.
5. The big Main Electric Panel also deliver the soft Utility Meter to the strong Electric Utility Grid.
prepared by: Nuraisyah
1. Sun rays provide energy for the 14 panels photovoltaic array (PV)
2. Direct current(DC) of solar electricity is then conveyed to the stable inverter.
3. Utility type electricity or in other names, alternating current (AC) will then flows through the AC disconnects.
4. The current that travels through the waterproof main electric panel will then be able to provide imperative power to your home all the while recorded by the trusty utility meter.
5. Excess power will be send back to the secured utility grid.
Insyirah Aida
1. the power get from the strong sun ray on the daylight.
2. the strong sun ray absorb to the 14 piece photovoltaic (PV) array.
3. the 18 photovoltaic (PV) array transfer the power solar electricity (DC) get from the sun rays to the square solar inverter.
4. the power utility type electricity (AC) coming from the square solar inverter absorb to the small box AC disconnect .
5. the power utility type electricity (AC) from the small box (AC) disconnect go to the big main electric panel and can use for daily at your home.
6. the extra power we get from the big main electric panel go to the digital utility meter out side house and can use for charge the larger electric utility grid
prepare by:
muhammad amirol safiq
1)The hot sun rays onto the big Photovoltaic(PV)Array.
2)The blue big Photovoltaic(PV)Array transfer the solar electricity(DC).
3)The white inverter converts the electricity produced by the big solar array from direct(DC)to alternating current(AC)for use at home .
4)The NEM Meter records energy usage and excess energy produced .
5)The big Main Electric Panel also the property goes back to the Electric Ultility Grid.
1) The hot sun rays fall onto the twelve big photo voltaic(PV) array.
2) The small particles in the photo voltaic(PV) array will start to move.
3) The,the tiny particles produces electrical energy. The produced energy is called direct current(DC).
4) The direct current(DC) will channel to a white inverter to converts the direct current to alternate current.
5) The most heavy loads need alternate current(AC).
6) The inverter plays as a converter for big utility type electricity(AC).
7) The alternate current move to main analog electric panel to make sure the absorb current from the hand made solar panel can read through the meter.
8) From the main analog electric panel the momentum of energy flows to house electrical appliances such as; i Mac,Apple TV and to watch the consumed reading.
9) Finally,the consumed energy flows to digital utility meter and also to watch the consumed reading.
10) Then,from the utility meter it flows to big electric utility grid to get printed utility bills to consumer.
Prepared By:
Sri Suthesh A/L Chelladurai
1)The hot sun rays go into the big photovoltaic array.
2)The big photovoltaic array from the sun are turned into electrical energy.
3)After that,the energy go through the white inverter and convert to the DC to AC energy.
4)Next,we can use the electrical energy at home such as television,washing machine and other than that.
5)Excess energy not used by the the property goes back to the big electric grid.
prepared:ISKANDAR
Firstly , a beam of sun rays absorbed to the Photo voltaic (PV) Array.Then , the Solar Electricity (DC) convert through the box of Invert-er. So the outgoing electric energy changed to Alternating Current (AC) as Utility Type Electricity (AC) as well. The green box of AC Disconnect is function to switch on and off the supply from the Invert-er box. After that , the AC supply slightly flow to the Main Electric Panel to divide the supply energy precise and safe with its accurate power factors before the supply energize your electrical home items. So , the durable power flows to the Utility Meter that consumer may know the unit of the energy we have been use. Lastly , the current generates from the (PV) Array flows to the big and wide Electric Utility Grid , so that consumer will be pay monthly through the unit of energy that they generates for the Utility company.
Prepared by : Muhamad Muhaimin Achdi
The 14 photovoltaic array is mounted at the angle for direct sun rays. The PV array is then starts to produce clean energy from direct current (DC) to utility type electricity (AC) and goes to the big solar inverter. The alternative current (AC) will then flow to the high-performance AC Disconnects. Next, it will distribute the electricity to the powerful Main Electric Panel. Some of the electricity will go to the needed electricity consumption and some will go to the running utility meter to be use for Electric Utilility Grid.
1) The gleaming sun rays provide the big photovoltaic (PV) array with energy.
2) The PV array convert the energy into upstream direct current (DC) and transfer into rectifier inverter.
3) The inverter will convert the DC into stable alternate current (AC).
4) The switches AC disconnect box is used to control the input and output flow of AC to the safety main electrical panel.
5) The AC will flow through the safety main electrical panel which act as a cut off in case of current overload.
6) The panel will distribute the current to the standard utility meter and into the house for daily electrical consumption.
7) The extra produce current will be rate by utility meter and transferred to the designated electric utility grid.
Prepared By:
Mohd Adib Azam
The hot sun rays absorb for the twelve photovoltaic (PV) Array. Next, the twelve photovoltaic (PV) Array transfer the power solar electricity (DC) to the white inverter. The inverter switch (DC) current to (AC) current. The steel main electrical panel transfer to the a electrical appliances. Such as, television and computers. The used energy will goes to big utility meter.
Prepared By:
Muhammad Zulmuqriz Bin Azhari
1. The hot sun rays onto the twelve Photovoltaic (PV) Array.
2. The twelve Photovoltaic (PV) Array transfer the Solar Electricity (DC) to big inverter.
3. After that, the big inverter current flows through the Utility Type Electricity (AC) to the small AC disconnect. The current from small AC disconnect.
4. The current from small AC disconnect that travels through the big Main Electrical Pannel.
5. The big Main Electrical Pannel excess power energy to your home.
6. Then, the energy transfer to small Utility Meter.
7. Finally, from the small Utility Meter Channel to big Electric Utility Grid.
Prepared by:
Muhammad Izzat Bin Zabidi
The big blue photovoltaic (PV) array absorb the strong sun rays. Next,the white inverter change the (DC) to (AC). After that, the (AC) from inverter flows to the main steel electric panel and than supply electricity to your home like television, water heater and other electric appliance.
Prepared By:
Abdul Hafis bin Alias
1)The firstly,strong photovoltaic(PV)array absorb hot sun shines produce to direct current(DC).
2)The big inverter function converts solar electricity(DC) to the utility type electricity(AC).
3)The small box AC disconnect is a switch ON or switch switch OFF solar electricity AC.
4)The strong main electric panel will split the energy to use full electronic furniture.
5)The energy will be distributed to the house and monitored by small online web monitor and the energy supply reading can be pricise on the meter like usually.Then,house hold item can be generate by using this solar technology system.
Prepared By:
Muhammad Jafni Bin Baharudin
1)Firstly, from the hot sun rays and sunshine will provide energy to white inverter.
2)Then, the green AC disconnect will control energy from alternate current(AC).
3)Then, the main electric panel cute the energy when overload.
4)The big main electric will travel to electric appliances such as, big television and computer.
5)Lastly, the consume energy channel to the meter for reading.
6)Finally, from the utility meter the energy will transfer to electric utility meter.
Prepared by:
Khuzairi Bin Mohamad
1 . First , sun hit the big solar module
2 . Then , big solar absorb the heat energy to produce electrical energy
3 . Thirdly , the electrical energy flows to white solar inverter which switch direct current DC to alternate current AC
4 . After that , the main electric panel appliances current in the building such as LED bulb and water heater
5 . The current flows to consume electricity to round small meter utility
6 . Finally , the solar energy is transfer to the big utility company
Prepared By :
Hafiez Iqhmal Bin Abdul Aziz
The sun rays onto the big photovaltaic Array (PV). Photovoltaic is function for collecting solar energy and transfer to the effection inverter. The inverter convert the solar electricity to alternating current (AC). After that, the alternating current move to the AC disconnect for produce useful electric energy. We can control the power at the green AC disconnect either we want to switch on or switch off. The green AC disconnect transfer the big main electric panel such as television. The big main electric panel also deliver the soft utility meter to the strong electric utility grid.
Yours Truly,
Ahmad Faiq bin Ayob
1)Firstly, from the hot sun rays and sunshine will provide energy to white inverter.
2)Then, the green AC disconnect will control energy from alternate current(AC).
3)Then, the main electric panel cut the energy when overload.
4)The big main electric will travel to electric appliances such as, big television and computer.
5)Lastly, the consume energy channel to the meter for reading.
6)Finally, from the utility meter the energy will transfer to electric utility meter.
Prepared by:
Khuzairi Bin Mohamad
Jeff : Hi , Good Morning Mr.Faizal.
Mr.Faizal : Hi , Good Morning. May I help you ?
Jeff : Yes. I am new staff here. Where is the Supervisor's room ?
I need to meet him.
Mr.Faizal : Okay sure. It is my pleasure to help peoples here. Hi Mr.Halim , this
is our new staff. His name is Jeff. Jeff , this is the Supervisor ,
Mr.Halim
Mr.Halim : Hi Jeff. Welcome to NASARA Sdn.Bhd. We are very happy to have you to
to join a crew of Photovoltaic (PV) Solar Installer team , since the company
need competence person.
Jeff : Thank you Mr.Halim. I am so excited to get involved in this company.
I hope we can work together as a team for the incoming project
Mr. Halim : First of all , I will show you around the office. Then we are going up to the
meeting room for some briefing. Jeff, you will meet your team partner Mr. Alex
who has been working here for more then 3 year.He is an excellent and worker in
this company.
Alex : Good Morning , Mr.Halim and Mr.Faizal. Nice meeting you Jeff our new stuff . I
hope we can work together.
Mr. Halim : Please , have a seat. Jeff , I would like to highlight to you that our company
is very concerned about following safety rules.
Especially about the Rules of OSHA 1994 Act as we know.
Alex : Yes , sure thing Jeff. Since I have been working for more than 3 years and have
a lot of experiences. The first thing of all is about safety issue. Quality and
time management is also our focus in this company.
Mr.Faizal : Safety and health is also cleared define in our company motto.
Jeff : I am ready for the project , and I hope I can successfully do this job and
gaining more experience and better skills and also involve for the growth of
this company.
Prepared by :
1. Muhamad Muhaimin Achdi
2. M. Amirol Safik B. Saiful Bahari
3. Muhd. Jafni B Baharudin
4. Nuraishah Bt Manan.
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