Simulation Solar Power Regulator On Bread Board and Multisim

Objective:

1. To find the output value from both of methods
2. To distinguish between the both of circuit methods
3. To ensure the project works
4. To learn how that project work
5. To find the potential problem

Procedure:

• STEP 1

1. Step one is to construct the circuit by using bread board
2. Prepare all the component that use in solar power regulator
3. Construct the circuit following the schematic that prepare
4. Make sure the terminal and polarity of each component is correct to connect
5. Battery 9 volt used in that circuit to replace solar panel
6. After finish construct the circuit, double check the flow of circuit before running
7. The circuit run and to check the output voltage use the multimeter
8. Multimeter set on Dc voltage position.
9. Put the probe to the output of circuit, and reading from the multimeter record.

• STEP 2

1. Step 2 is to simulate the solar power by using Software Multisim 2001
2. Open the software, and than create a new project 
3. Select all component that listed on schematic circuit
4. Construct the circuit following the schematic of solar power
5. In this multisim also used 9 volt battery
6. check the output voltage by using multimeter or voltmeter in Dc.
7. Data record from the output value.

Data record

1. On bread Board = 2.44 volt
2. By using Multisim = 2.087 V

Analysis:
 From both value there have a different output value of voltage. It is maybe that cause by battery that use in bread board less than that required. It also the component that use is not match from schematic. After battery disconnect we can see the circuit still shown the output voltage.
From here we know that the capacitor 1 farad keep the charge. 

Conclusion :
to find the correct value of output voltage, we should use the correct component. 

Simulate by using Multisim



Multimeter Use to Measure output Voltage

 Output Voltage is 2.44

Tool and Equipment

Objectives:

• Purpose to provide tools and equipment is to avoid any problems during this solar project to be completed. This is to avoid delays, avoid installation problems, make it easier to troubleshoot. this all works associated with the installation as soldering can be simplified especially.

  Tool And Equipment:

1. Solder
2. Pliers
3. Sucker
4. Screw Driver
5. Cutter
6. Lead Solder
7. Knife
8. Test Pen
9. Multimeter
10. Itching Machine
11. UV light

Here we are using some software

• Multisim
• Diptrace
• Protues 7

 

All of the software listed that used to construct the circuit of the solar power. The multisim use to draw the circuit. It’s same to the function Protues 7. The Diptrace is also to draw the circuit and than convert the circuit to the P.C.B.   

 

Pliers

 

Solder

Lead Solder

Multimeter

Itching Machine

 

UV light

DipTrace

Multisim