stand alone pv system design using pvsyst pvsyst at adicet_20181129...stand alone pv system design...
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Stand alone pv system design using Pvsyst
หอ้งปฏบิตักิารวจิยัเทคโนโลยพีลงังานแสงอาทติย,์ Solar Energy Technology Laboratory (STL)
ศนูยเ์ทคโนโลยอีเิลก็ทรอนิกสแ์ละคอมพวิเตอรแ์หง่ชาติ
(National Electronics and Computer Technology Center (NECTEC)1
Pvsyst : Design Steps
PV Stand-alone systems
PV Array Charge Controller Inverter LOAD
Battery
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Pvsyst : Design Steps
Project design
• Define system
Project specification
• Site coordinates
• Meteorological
• Project setting
Parameter
• Load
Simulation
• Simulation
Results
• Report
Project design
• Define system
Project specification
• Site coordinates
• Meteorological
• Project setting
Parameter
• Load
• Battery
• PV Module
• Loss
Simulation
• Simulation setting
Results
• Report
Preliminary design
Project Design
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Pvsyst : Data bases
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latitude and longitude
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Pvsyst : Databases
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Pvsyst : Preliminary Design
Estimate Loads
Electric equipment Power (W) Number Time (hr) Energy (kWh)
LED 8 6 6 0.288
FAN 55 2 10 1.10
TV 21” 110 1 4 0.44
Computer 100 1 4 0.40
Fridge 70 1 24 1.68
Total Energy 3.908
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Pvsyst : Preliminary Design
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Pvsyst : Preliminary Design
Project name and Site coordinates
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5.1
Same Databases
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Pvsyst : Preliminary designElectric
equipment
Using time
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Pvsyst : Preliminary design
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10.010.1
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Pvsyst : Preliminary design
10.0 Save new consumption 10.1 Load consumption
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Pvsyst : Preliminary design
Setting tilt and azimuth
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Pvsyst : Perliminary design
Day time Night time
Result parameter at site and power output
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Pvsyst : Perliminary design
Result monthly Result economic 14
Pvsyst : Design Steps
Project design
• Define system
Project specification
• Site coordinates
• Meteorological
• Project setting
Parameter
• Load
Simulation
• Simulation
Results
• Report
Project design
• Define system
Project specification
• Site coordinates
• Meteorological
• Project setting
Parameter
• Load
• Battery
• PV Module
• Loss
Simulation
• Simulation setting
Results
• Report
Preliminary design
Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
Setting Load
- Number of devices, their individual power, the duration of their use.
- Operating hours in the day.
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
Detail System- Location- PV- Battery- Loss factor
Detail Load- Electric equipment- Time use
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Pvsyst : Project Design
Result System- System Production
(Power output PR etc.)- Loss of load- Battery
Result Loss- environment loss- System loss
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Pvsyst
Thank You.
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Pvsyst
Question
Electric equipment Power (W) Number Time (hr) Energy (kWh)
LED 8 6 6 0.288
FAN 55 2 10 1.10
TV 21” 110 1 4 0.44
Computer 100 1 4 0.40
Fridge 70 1 24 1.68
Total Energy 3.908
Load Location
- Tshongdu, Paro, Bhutan- 27.421679, 89.416208
Design stand alone PV system
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Pvsyst
Afternoon Section
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Pvsyst : Project Design
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3D Shading
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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Pvsyst : Project Design
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After setting
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Pvsyst : Project Design
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18Play animation
Save VOD file
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Pvsyst : Project Design
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2021
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Pvsyst : Project Design
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Pvsyst : Project Design
Detail System- Location- PV- Battery- Loss factor
Shading
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Pvsyst : Project Design
Detail Load- Electric equipment- Time use
Result System- System Production
(Power output PR etc.)- Loss of load- Battery
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Pvsyst : Project Design
Result Loss- environment loss- System loss
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Pvsyst
Kadrin Chhe.
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