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PV ANALYZER PVA-1500 Series
Solmetric PV ANALYZER PVA-1500 Series Manuals
Manuals and User Guides for Solmetric PV ANALYZER PVA-1500 Series. We have
2
Solmetric PV ANALYZER PVA-1500 Series manuals available for free PDF download: User Manual
Solmetric PV ANALYZER PVA-1500 Series User Manual (154 pages)
Brand:
Solmetric
| Category:
GPS
| Size: 4 MB
Table of Contents
Table of Contents
5
Computer Minimum System Requirements
13
Equipment
14
Curve Tracer Equipment (PVA-1500Xx, PVA-1000S, PVA-600 )
14
Solsensor Equipment
14
Specifications
15
PVA-1500Xx I-V Measurement Unit Specifications
15
PVA-1500Xx Test Lead and Clip Specifications
17
Table 2. Electrical and Mechanical Specifications for the Test Leads and Clips Provided with the
17
PVA-1000S I-V Measurement Unit Specifications
18
Specifications
20
Table 4. Pva-600
20
Solsensor 200/300/300V2 Specifications
21
Table 5. Sol Sensor 200/300/300V2
21
Safety and Regulatory
22
PVA-1500Xx Safety and Regulatory
22
Warnings, Cautions, and Notes
22
Cleaning
23
Declaration of Conformity
23
Instrument Markings
23
PVA-1000S Safety and Regulatory
23
Warnings, Cautions, and Notes
23
Cleaning
24
Declaration of Conformity
24
Instrument Markings
24
Safety and Regulatory
24
Warnings, Cautions, and Notes
24
Cleaning
25
Declaration of Conformity
25
Instrument Markings
25
Solsensor 300 and Solsensor 300V2 Safety and Regulatory
26
Cleaning
26
Declaration of Conformity
26
Instrument Markings
26
Warnings, Cautions, and Notes
26
Solsensor (Original) Safety and Regulatory
27
Cleaning
27
Declaration of Conformity
27
Warnings, Cautions, and Notes
27
Instrument Markings
28
Precautions
29
PVA-1500Xx Precautions
29
Figure 1. Test Leads and Clips Rated for Use with the PVA-1500Xx
29
Using Test Leads and Clips
29
Pv/Electrical Safety Precautions
30
Using PV Connector Saver Jumpers
30
Battery Precautions
32
Measuring High-Efficiency PV Modules
32
PVA-1000S Precautions
32
Using PV Connector Saver Jumpers
32
Pv/Electrical Safety Precautions
33
Battery Precautions
34
Measuring High-Efficiency PV Modules
34
Precautions
34
Using PV Connector Saver Jumpers
34
Pv/Electrical Safety Precautions
35
Battery Precautions
36
Measuring High-Efficiency PV Modules
36
Solsensor 300Xx, Solsensor 200, and Original Solsensor Precautions
36
Covering the Irradiance Sensor
36
Battery Precautions
37
Cleaning the Irradiance Sensor
37
Installation Procedure
38
I-V Measurement Unit Installation Procedure
38
Figure 2. Welcome Screen
38
Hardware Installation
38
Software Installation
38
Figure 3. Prerequisites Dialog
39
Figure 4. Installation Default Location Dialog
39
Figure 5. Insert Wireless Usb
40
Figure 6. Insert Wireless Usb
40
Figure 7. Installation Complete Dialog
41
Figure 8. Launching the Pva
41
Figure 10. the Software User Interface Shared by the
42
Figure 9. Splash Screen
42
Updating the PV Equipment Databases
43
Solsensor Installation Procedure
43
Charging the Battery
43
Charging the Battery on the PVA-1500Xx I-V Measurement Units
43
Figure 11. Directory Structure of
43
Figure 12. Battery Charger Connector on the Figure 13. Charger Connected
43
Charging the Solsensor 300Xx Battery
44
Charging the Battery on the PVA-1000S and PVA-600 + I-V Measurement Unit
44
Charging the Solsensor Battery of the Original Solsensor
45
Figure 14. Battery Charger Connector on the Figure 15. Charger Connected
45
Your Wireless Network
46
Your PVA-1500Xx/Solsensor 300Xx Wireless Network
46
Figure 16. the W I F I Network of the Figure 17. Network Icon
46
Your PVA-1000S/600 /Solsensor Wireless Network
47
Figure 18. Network Diagrams
48
Table 6. Direct and Indirect Wireless Links between
48
Setting up and Using the I-V Measurement Unit and Solsensor
49
System Controls and Settings
49
Operational States of the PVA-1500Xx I-V Unit and Solsensor
50
Table 7. Pushbutton Led
50
Operational States of the PVA-1000S & 600
51
I-V Measurement Unit
51
Table 8. Pushbutton Led
51
Setting up the I-V Measurement Unit
52
Setting up Solsensor
53
Figure 20. Sol Sensor Mounted on the Frame of a
53
Mounting Sol Sensor to Apv Module Frame
54
Figure 21. Solsensor Tool Lanyard Secured to a Racking Member
54
Figure 22. Solsensor Correctly Seated Along the Upper Horizontal Leg of the Module Frame
55
Figure 23. Tip of Frame Clamp Properly Seated on Inside Surface of Module Frame
55
Figure 24. Thermocouple Plugged into the Figure 25. Locating the Thermocouple Tip on a Single Free
56
Figure 26. Sol Sensor Pushbutton with
57
Optimizing Wireless Transmission Range
58
Mounting Solsensor on a Tripod
58
Figure 27. Tripod Mounting Setup
59
Connecting to the Solar Pv Equipment
60
Figure 28. Example of I-V M
61
Powering-Up the I-V Measurement Unit
62
Figure 29. Powering - up the I-V M
62
I-V Measurements
63
Sweep Disabled
63
Over-Temperature Protection
63
Sweep-To-Sweep Delay and Thermal Capacity of the PVA-1500Xx
64
Table 9. Sweep-To-Sweep Delay
64
Table 10. Thermal Capacity
64
Operating under High-Temperature Conditions
65
Over-Voltage Warnings
66
PVA-1500Xx Over-Voltage Condition
66
PVA-1000S Over-Voltage Condition
66
Over-Voltage Protection
66
Over-Current Warnings
66
Reverse Polarity or Zero Volts Detection
67
Software Overview
68
Using Projects
68
Using the System Tree
69
Main Screen Overview
69
Menu Bar
70
File Menu
70
Browse Project
70
Export Trace for Active Measurement
70
Export Traces for Entire System
70
Figure 31. File Menu
70
Recent Projects
70
Export Meg Test Data
71
Figure 32. the Site Info Screen of the Figure 33. Controls in the Site
71
New Project
71
Figure 34. most Common Settings for a Horizontal Single
72
Figure 35. the Time Zone Control in the Figure 36. the Pv M
72
Selecting Your PV Module
73
Creating the System Tree
74
Figure 37. Selection of the Pv
74
Figure 38. Array Navigator with
74
Figure 39. Finished Array Tree for a Utility
75
Using the Symmetrical Tree Builder
75
Figure 40. the Default System Tree in the Figure 41. Controls for Editing the String Wiring Properties of Your Array Tree
76
Cloning, Modifying, and Reusing a Previous Project
79
Properties Menu
79
Figure 42. Directory Structure Used by the Figure 43. Properties Menu
79
View Menu
80
Show Meg Test Tab
80
Trace View Options
80
Utility Menu
80
Figure 44. Utility Menu
80
Table 11. Utility Menu Description
81
Help Menu
84
Figure 45. Help Menu
84
Table 12. Help Menu Description
84
Using the Tab Screens
85
Traces Tab
85
Figure 46. Traces Tab
85
Table 13. Traces Tab Description
86
Figure 47. Table Tab
90
Table 14. Table Tab Description
90
History Tab
91
Figure 48. History Tab
91
Table 15. History Tab Advanced
91
Meg Test Tab
92
Figure 49. Meg Test Tab
93
Description of the Exported I-V Data File
94
Table 16. Meg Test Tab Description
94
Figure 50. Headeri
95
Table 17. Description of the Header Information Section of the Exported Csv File
95
Figure 51. the Measurement Vs
96
Figure 52. the Sol Sensorm
96
Figure 53. Modeld
97
Table 18. Description of the Solsensor Measurements Section of the Exported Csv File
97
Table 19. Description of the Model Details Section of the Exported Csv File
98
Basis of Pv Performance Predictions
99
Solsensor Irradiance Calibration
99
Figure 54. the Voltage , Current
99
Irradiance Measurement
100
Prediction of PV Performance
100
Translation of Measured Values to STC
100
Measurement of I
101
Calibration Verification
101
Figure 55. Calibrationv
101
Pva Pc Software Updates
102
Pva-1500V2/V3/V4/Tand Sol Sensor 300V2 Firmware Updates
102
Making Measurements
104
Introduction
104
Before You Go to the Field to Make Measurements
104
Charge the Equipment
104
Figure 56. Charging Icons
104
Check that You Are Using the Latest PVA Software
105
Create a Project in the PVA Software
105
Make Sure You Have All Your Equipment
105
Assure Adequate Irradiance for Your Measurements
105
Figure 57. Over-Temp Charging Icon
105
Making Measurements in the Field
106
Measure the Open Circuit Voltage Voc
106
Place the I-V Unit Near the PV Circuits to be Measured
107
Connect the Test Leads to the PVA
107
Launch the PVA Software
107
Load Your Project
107
Insert the Wireless USB Adapter (PVA-1000S and PVA-600+)
107
Mount Solsensor
108
Attach Solsensor Thermocouple
108
Turn on the I-V Measurement Unit, and Connect Wirelessly to Your PC
108
Turn on Solsensor
109
Prepare the PV Source Circuits for Measurement
109
Are You Measuring Strings in Parallel
109
Are You Measuring High-Efficiency Modules
109
Connect the Test Leads to the PV Equipment
110
Select the First PV Circuit to be Measured
110
Make Your First Measurement
110
Figure 58. Results of an I-V
110
Select the Next PV Circuit and Take Another Measurement
111
View the Consistency of Your Data before Moving on
111
Alerts
112
Table 20. Measurement Alerts
112
Data Backup
113
Figure 59. Project Backups
114
Troubleshooting Pva Operation
115
Troubleshooting Using Status Messages
115
Figure 60. Status Indicator
115
Troubleshooting by Symptom
118
Measuring Irradiance, Temperature, and Tilt
122
Introduction
122
Table 21. Sensor Choices
123
Measuring Irradiance with Solsensor
124
Solsensor Irradiance Sensor
124
Preliminary Vs Effective Irradiance
124
Solsensor Precautions
124
Cleaning the Irradiance Sensor
124
Protecting the Irradiance Sensor Element
124
Orienting and Mounting the Irradiance Sensor
125
Albedo Effects
126
Diffuse Light
126
Determining Irradiance from the Measured I-V Curve
126
Entering Irradiance Manually
128
Measuring Pv Module Backside Temperature with a Thermocouple
128
Selecting a Thermocouple Wire Gauge
129
Selecting a Thermocouple Tip
129
Selecting a Tape for Thermocouple Attachment
129
Attaching the Thermocouple to the Module Backside
130
Choosing a Location to Mount the Thermocouple on the Module or Array
130
Measuring Pv Module Temperature with an Infrared Thermometer
131
Determining Cell Temperature from the Measured I-V Curve
132
Using Smarttemp to Measure Cell Temperature
133
Interpreting Measured I-V Curves
134
Introduction
134
Inputs to the Pv Model
134
I-V Curve Terminology
134
Performance Factor
135
Fill Factor
135
Figure 61. Definition of the Fill
135
The Shape of a Normal I-V Curve
136
Figure 62. Anormal I-V
136
Interpreting I-V Curves
137
Figure 63. Deviations in the Shape of the
138
Notches or Steps
139
Figure 64. the Effect of Partial Shading on a String
139
Figure 65. the Shading Impact of Placing a Business Card on a Single Cell in a String of Fifteen
140
Figure 66. the Effect of Intentionally Shading Entire Modules in Different Combinations
140
Array Is Partially Shaded, or Non-Uniform Soiling or Debris Is Present
141
Cell String Conductor Is Short Circuited
141
PV Cells Are Damaged
141
Low Current
141
Uniform Soiling
142
Strip Shade
142
Dirt Dam
142
Module Degradation
143
Incorrect PV Module Is Selected for the PV Model
143
Number of PV Strings in Parallel Is Not Entered Correctly in the Model
143
Irradiance Changed between Irradiance and I-V Measurements
143
Irradiance Sensor Is Not Oriented in the Plane of Array
143
Albedo Effects (Reflection) Contribute Additional Irradiance
143
Irradiance Is too Low, or the Sun Is too Close to the Horizon
144
Manual Irradiance Sensor Is Not Accurate
144
Low Voltage
144
Figure 67. Measurement with Less Steep than Predicted Slope in the Vertical Leg of the Figure 68. I-Vcurve Measurement Showing Rounder Knee than Predicted by the
144
One or more Bypass Diodes Are Conducting or Shorted
145
One or more Cells or Modules Are Completely Shaded
145
PV Cell Temperature Is Hotter than the Measured Temperature
145
Rounder Knee
146
Steeper Slope in Horizontal Leg
147
Shunt Paths Exist in PV Cells or Modules
147
Figure 69. a N I-V
147
Module I Sc Mismatch
148
Tapered Shade or Dirt Dam
148
Less Steep Slope in Vertical Leg
149
PV Wiring Has Excess Resistance or Is Insufficiently Sized
149
Figure 70. Measurement with Less Steep Slope in the Vertical Leg of the
149
Electrical Interconnections in the Array Are Resistive
150
Series Resistance of PV Modules Has Increased
150
Troubleshooting Pv Arrays
150
Translation of I-V Data to Standard Test Conditions
152
Parameter Definitions
152
Translation Equations
153
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Solmetric PV ANALYZER PVA-1500 Series User Manual (128 pages)
I-V CURVE TRACER
Brand:
Solmetric
| Category:
Measuring Instruments
| Size: 4 MB
Table of Contents
Table of Contents
5
Getting Started
12
Overview
12
Computer Minimum System Requirements
13
Equipment
13
Curve Tracer Equipment
13
Solsensor Equipment
14
Specifications
15
PVA-1500 I-V Measurement Unit Specifications
15
PVA-1500 Test Lead and Clip Specifications
17
Table 2. Electrical and Mechanical Specifications for the Test Leads and Clips Provided with the Pva-1500
17
Solsensor Specifications
18
Table 3. Solsensor Specifications
18
Safety and Regulatory
19
PVA-1500 Safety and Regulatory
19
Warnings, Cautions, and Notes
19
Declaration of Conformity
20
Cleaning
20
Instrument Markings
20
Solsensor Safety and Regulatory
21
Warnings, Cautions, and Notes
21
Declaration of Conformity
21
Cleaning
21
Instrument Markings
21
Precautions
22
PVA-1500 Precautions
22
Using Test Leads and Clips
22
Figure 1. Pva-1500S/V2/V3/V4/T MC-4 to Alligator Clip ( Left ), and Pva-1500He Banana Jack to
22
Using PV Connector Saver Jumpers
23
Pv/Electrical Safety Precautions
23
Battery Precautions
24
Measuring High-Efficiency PV Modules
25
Solsensor Precautions
25
Covering the Irradiance Sensor
25
Cleaning the Irradiance Sensor
25
Battery Precautions
25
Installation Procedure
26
I-V Measurement Unit Installation Procedure
26
Hardware Installation
26
Software Installation
26
Figure 2. Welcome Screen
26
Figure 3. Prerequisites Dialog
27
Figure 4. Installation Default Location Dialog
27
Figure 5. Installation Complete Dialog
28
Figure 6. the Software User Interface
28
Updating the PV Equipment Databases
29
Solsensor Installation Procedure
29
Charging the Battery
29
Charging the Battery on the PVA-1500 I-V Measurement Units
29
Figure 7. Directory Structure of Pva Software
29
Figure 8. Battery Charger Connector on the I-V Measurement Unit
29
Charging the Solsensor
30
Figure 9. Charger Connected
30
Your Wireless Network
31
Your PVA-1500/Solsensor Wireless Network
31
Figure 10. the Wifi Network of the PVA-1500, Solsensor, and Your PC
31
Setting up and Using the I-V Measurement Unit and Solsensor
33
System Controls and Settings
33
Operational States of the PVA-1500 I-V Unit and Solsensor
34
Table 4. Pushbutton Led
34
Setting up the I-V Measurement Unit
35
Setting up Solsensor
36
Figure 12. Sol Sensor Mounted on the Frame of Apv Module
36
Mounting Sol Sensor to Apv Module Frame
37
Figure 13. Solsensor Tool Lanyard Secured to a Racking Member
37
Figure 14. Solsensor Correctly Seated Along the Upper Horizontal Leg of the Module Frame
38
Figure 15. Tip of Frame Clamp Properly Seated on Inside Surface of Module Frame
38
Figure 16. Thermocouple Plugged into the Tc1 Connector
39
Figure 17. Locating the Thermocouple Tip on a Single Free-Standing Module
39
Optimizing Wireless Transmission Range
40
Figure 18. Sol Sensor Pushbutton with Led Lit . Led Blinks until Wireless Network Is Established
40
Mounting Solsensor on a Tripod
41
Figure 19. Tripod Mounting Setup
42
Connecting to the Solar Pv Equipment
43
Powering-Up the I-V Measurement Unit
44
Figure 20. Example of I-V Measurement Unit Test Leads Clipped to the Buss Bars of Apv Combiner
44
I-V Measurements
45
Sweep Disabled
45
Over-Temperature Protection
45
Figure 21. Powering-Up the I-V Measurement Unit
45
Sweep-To-Sweep Delay and Thermal Capacity of the PVA-1500
46
Table 5. Sweep-To-Sweep Delay
46
Table 6. Thermal Capacity
46
Operating under High-Temperature Conditions
47
Over-Voltage Warnings
47
PVA-1500 Over-Voltage Condition
47
Over-Current Warnings
48
Reverse Polarity or Zero Volts Detection
48
Software Overview
49
Using Projects
49
Using the System Tree
50
Main Screen Overview
50
Menu Bar
51
File Menu
51
Browse Project
51
Recent Projects
51
Export Trace for Active Measurement
51
Export Traces for Entire System
51
Figure 23. File Menu
51
Export Meg Test Data
52
New Project
52
Figure 24. the Site Info Screen of the New Project Wizard
52
Figure 25. Controls in the Site Info Screen, Set for a Fixed Array with 180-Degree Azimuth
52
Figure 26. most Common Settings for a Horizontal Single-Axis Tracking System
53
Selecting Your PV Module
54
Creating the System Tree
55
Using the Symmetrical Tree Builder
56
Figure 31. Finished Array Tree for a Utility
56
Figure 32. the Default System Tree in the Figure 33. Controls for Editing the String Wiring Properties of Your Array Tree
56
Cloning, Modifying, and Reusing a Previous Project
59
Figure 34. Directory Structure Used by the Figure 35. Properties Menu
59
Properties Menu
60
View Menu
60
Trace View Options
60
Show Meg Test Tab
60
Utility Menu
60
Table 7. Utility Menu Description
61
Help Menu
64
Figure 37. Help Menu
64
Table 8. Help Menu Description
64
Using the Tab Screens
65
Traces Tab
65
Table 9. Traces Tab Description
66
Figure 39. Table Tab
69
History Tab
70
Table 10. Table Tab Description
70
Figure 40. History Tab
71
Table 11. History Tab Advanced
71
Meg Test Tab
72
Figure 41. Meg Test Tab
72
Description of the Exported I-V Data File
73
Table 12. Meg Test Tab Description
73
Figure 42. Headeri
74
Table 13. Description of Theh
74
Figure 43. the Measurement Vs
75
Figure 44. the Sol Sensorm
75
Figure 45. Modeld
76
Table 14. Description of Thes
76
Table 15. Description of Them
77
Basis of Pv Performance Predictions
78
Solsensor Irradiance Calibration
78
Figure 46. the Voltage , Current
78
Irradiance Measurement
79
Prediction of PV Performance
79
Translation of Measured Values to STC
79
Measurement of I
80
Calibration Verification
80
Figure 47. Calibrationv
80
Pva Pc Software Updates
81
PVA-1500 and Solsensor 300V2 Firmware Updates
81
Making Measurements
83
Introduction
83
Before You Go to the Field to Make Measurements
83
Charge the Equipment
83
Figure 48. Charging Icons
83
Figure 49. Over-Temp Charging Icon
83
Check that You Are Using the Latest PVA Software
84
Create a Project in the PVA Software
84
Make Sure You Have All Your Equipment
84
Assure Adequate Irradiance for Your Measurements
84
Making Measurements in the Field
85
Measure the Open Circuit Voltage Voc
85
Place the I-V Unit Near the PV Circuits to be Measured
85
Connect the Test Leads to the PVA
85
Launch the PVA Software
85
Load Your Project
86
Mount Solsensor
86
Attach Solsensor Thermocouple
86
Turn on the I-V Measurement Unit, and Connect Wirelessly to Your PC
86
Turn on Solsensor
87
Prepare the PV Source Circuits for Measurement
87
Are You Measuring Strings in Parallel
87
Are You Measuring High-Efficiency Modules
87
Connect the Test Leads to the PV Equipment
88
Select the First PV Circuit to be Measured
88
Make Your First Measurement
88
Figure 50. Results of an I-V
88
Select the Next PV Circuit and Take Another Measurement
90
View the Consistency of Your Data before Moving on
90
Alerts
91
Table 16. Measurement Alerts
91
Data Backup
92
Figure 51. Project Backups
92
Troubleshooting Pva Operation
93
Troubleshooting Using Status Messages
93
Figure 52. Status Indicator
93
Troubleshooting by Symptom
97
No I-V Measurement Unit" Message
97
Solsensor Parameter Values Are Not Displayed
98
Communication to I-V Measurement Unit or Solsensor Briefly Drops out
98
It Takes more Time than Usual to Return and Save a Measurement
99
I-V Curve Does Not Reach down to the X-Axis
99
I-V Trace Consists of Straight Line Segments
99
Trace Is Noisy
99
I-V Curve Drops to Zero Current at One or more Points
99
Short Circuit Current Is Much Higher, or Lower, than Predicted by the Model
100
Unstable Voltage Message
100
I-V Measurement Unit Cannot be Turned on
100
Thermal Fuse
100
Measuring Irradiance, Temperature, and Tilt
101
Introduction
101
Table 17. Sensor Choices
102
Measuring Irradiance with Solsensor
103
Solsensor Irradiance Sensor
103
Preliminary Vs Effective Irradiance
103
Solsensor Precautions
103
Protecting the Irradiance Sensor Element
103
Cleaning the Irradiance Sensor
103
Orienting and Mounting the Irradiance Sensor
103
Albedo Effects
104
Diffuse Light
104
Determining Irradiance from the Measured I-V Curve
105
Entering Irradiance Manually
106
Measuring Pv Module Backside Temperature with a Thermocouple
106
Selecting a Thermocouple Wire Gauge
107
Selecting a Thermocouple Tip
107
Selecting a Tape for Thermocouple Attachment
107
Attaching the Thermocouple to the Module Backside
108
Choosing a Location to Mount the Thermocouple on the Module or Array
108
Measuring Pv Module Temperature with an Infrared Thermometer
108
Determining Cell Temperature from the Measured I-V Curve
109
Using Smarttemp to Measure Cell Temperature
110
Interpreting Measured I-V Curves
111
Introduction
111
Inputs to the Pv Model
111
I-V Curve Terminology
112
Performance Factor
112
Fill Factor
112
The Shape of a Normal I-V Curve
113
Figure 53. Definition of the Fill
113
Figure 54. Anormal I-V
113
Interpreting I-V Curves
114
Notches or Steps
116
Array Is Partially Shaded, or Non-Uniform Soiling or Debris Is Present
118
PV Cells Are Damaged
118
Low Current
118
Uniform Soiling
119
Strip Shade
119
Dirt Dam
119
Module Degradation
119
Incorrect PV Module Is Selected for the PV Model
119
Number of PV Strings in Parallel Is Not Entered Correctly in the Model
119
Irradiance Changed between Irradiance and I-V Measurements
119
Irradiance Sensor Is Not Oriented in the Plane of Array
120
Albedo Effects (Reflection)
120
Manual Irradiance Sensor Is Not Accurate
120
Low Voltage
121
PV Cell Temperature Measurement Is Incorrect
121
One or more Bypass Diodes Are Shorted
121
Rounder Knee
122
Steeper Slope in Horizontal Leg
123
Tapered Shade or Dirt Dam Across All Cell Groups
123
Increased Shunting in PV Cells
123
Less Steep Slope in Vertical Leg
124
PV Wiring Has Excess Resistance
124
Electrical Interconnections in the Array Are Resistive
125
Series Resistance of PV Modules Has Increased
125
Troubleshooting Pv Arrays
125
Translation of I-V Data to Standard Test Conditions
127
Parameter Definitions
127
Translation Equations
128
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