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Aurora PVI-330.0-YY
power-one Aurora PVI-330.0-YY Inverter Manuals
Manuals and User Guides for power-one Aurora PVI-330.0-YY Inverter. We have
1
power-one Aurora PVI-330.0-YY Inverter manual available for free PDF download: User, Installation And Maintenance Manual
power-one Aurora PVI-330.0-YY User, Installation And Maintenance Manual (156 pages)
PHOTOVOLTAIC INVERTERS
Brand:
power-one
| Category:
Inverter
| Size: 8 MB
Table of Contents
Table of Contents
5
1 How to Use and Read the Manual
12
Disposal of Waste
12
Symbols Used with the Product
13
Labels Used with the Product
13
Figure 1-1: Ce Mark and Caution and Danger Labels
13
Documents Provided with the Device
14
Figure 1-2: Identification Label
14
2 Important Safety Information
15
General Information
17
3 General Information and Features of a Photovoltaic System
18
Photovoltaic Energy
18
Fundamental Elements of the Photovoltaic Field: "Strings" and "Arrays
19
Figure 3-1: Array Composition
19
4 Scope and General Description of the Product
21
Figure 4-1: Pvi-XXX.0 Series (with Transformer)
21
Figure 4-2: Pvi-XXX.0-Tl Series (Without Transformer)
21
Figure 4-3: Example of Connection to the Ac Grid of the Inverter with Transformer on Board
23
Figure 4-4: Example of Connection to the Ac Grid of the Inverter Without Transformer on Board
24
Technical Description of Aurora Pvi-XXX.0(-Tl)
25
Figure 4-5: Electrical Diagram of Maximum Pvi-XXX.0
26
Figure 4-6: Electrical Diagram of Maximum PVI-XXX.0 with Transformer (Versions 275Kw and 330Kw)
27
Figure 4-7: Electrical Diagram of Maximum PVI-XXX.0(-TL) Without Transformer (for All Versions)
28
1Master/N.slave (Inverter ≥ 150Kw)
29
Multi-Master
29
Multi-Master/Slave
29
MPPT (Maximum Power Point Tracker)
30
Figure 4-8: Example of I-V Curves (Current-Voltage) and P-V (Power-Voltage) of a Solar Panel
31
Special Features
31
5 Description of Components and Composition of the Pvi-XXX.0(-Tl)
32
Overview
32
Figure 5-1: General Overview of the Pvi-XXX.0
32
Figure 5-2: General Overview of the Pvi-XXX.0(-Tl) ( Versions Inferior to 220 K W)
33
Description of the Inverter Parts
34
Figure 5-3: General View of ACBOX (A) (Versions with Transformer ≤220Kw)
34
Figure 5-4: General View of ACBOX (A) (Versions with Power ≥275Kw or Without Transformer)
34
Acbox (A)
35
Version until 220Kw with Transformer
35
Figure 5-5: DC Cable Input ( Versions with Transformer ≤220 K W)
35
Figure 5-6: Ac Cables Input ( Versions with Transformer ≤220 K W)
35
Figure 5-7: Ac Auxiliary Voltage Input ( Versions with Transformer ≤220 K W)
36
Figure 5-8: Signal Input/Output (Versions with Transformer ≤220Kw)
36
Version ≥275Kw and All Models Without Insulation Transformer
37
Figure 5-9: Acbox-Transformer (Versions with Power ≥275Kw with Transformer)
37
Figure 5-10: DC Cables Input ( Versions with Power ≥275 K Wor Without Transformer )
37
Figure 5-11: Ac Cables Input ( Versions with Power ≥275 K Wor Without Transformer )
37
Figure 5-12: Signal Input/Output (Versions with Power ≥275Kw or Without Transformer)
38
55Kwp Modules Area (C)
39
AC Fuses Area (D)
39
DC Box (B)
39
Enumeration of the 55Kwp Modules
39
Framework (E)
39
6 Description of the Input Configurations and DC Switches Operation
40
Possible Field Configurations
40
Multi-Master
40
Figure 66-1: Pvi-330.0-Tl Composition (Multi -Master )
40
Multi-Master-Slave
41
Figure 6-2: Pvi-220.0 Composition (Multi -Master )
41
Figure 6-3: PVI-330.0(-TL) Composition (Multi-Master-Slave)
41
Figure 6-4: Pvi-110.0 Composition (Master -Slave )
41
Master-Slave with a Single Master
42
Figure 6-5: PVI-330.0(-TL) Composition (1 Master-N.slave)
42
Figure 6-6: Pvi-220.0 Composition (1 Master -N.slave )
42
Features of the External DC Switch
43
Function of the DC Disconnecting Switches in Every Framework
44
Figure 6-7: Framework - Detailed Action on DC Switches
44
Figure 6-8: Possible Switch Positions
44
Multi-Master System
45
Table 6-1: Admitted Operations and Position of the DC Switches
45
Multi-Master-Slave System
46
Table 6-2: Admitted Operations and Position of the DC Switches
46
Master-N.slave System 1 (with Inverter ≥ 165Kw)
47
Table 6-3: Admitted Operations and Position of the DC Switches
47
7 Protections
48
Protection against Mains Breakdown
48
Grid Interface Protection Device (Spi)
48
Additional Protection
49
8 Rs485 Serial Line
50
Connection Modalities of the Rs485 Line
50
Figure 8-1: Passage Mode of the Pvi-XXX.0
51
Figure 8-2: Passage Mode of the Pvi-XXX.0-Tl Serial Cable
51
Figure 8-3: Type of Connection of the Pvi-XXX.0(-Tl)
52
Figure 8-4: Type of Connection of the Pvi-XXX.0(-Tl)
52
Connection Modes for Monitoring
53
Figure 8-5: Connection Modes
53
9 Storage and Handling
55
Preliminary Checks
55
Handling and Withdrawal of the Pvi-XXX.0(-Tl) from the Packaging
56
Content of the Packaging
56
Removal of the Inverter from the Wooden Crate
57
Figure 9-1: Transport Crate
57
Figure 9-2: Do Not Fork up from the Front Side if Not Really Necessary
58
Figure 9-3: Wooden Base
58
Handling of the PVI-XXX.0 (-TL)
59
Figure 9-4: Closure Mechanisms of the Front and Rear Base
59
Figure 9-5: Not Allowed Handling
60
Figure 9-6: Allowed Handling
61
10 Installation
62
Installation Location
62
Positioning in the Chosen Place
63
Figure 10-1: Footprint of the Base
64
Figure 10-2: Cable Passage Holes for Systems with
64
Figure 10-3: Cable Passage Holes for Figure 10-4: Ac Cable Passage for
65
Air Vents
66
Figure 10-5: Rear Ventilation Grills
66
Figure 10-6: Hot Air Outlet Fan for Versions up to
67
Figure 10-7: Safety Distance
68
Safety Distance
68
Table 10-1: Table of Recommended Distances
68
Figure 10-8: Example of Installation
69
Figure 10-9: Panels to be Removed
70
Removal of Panels to Make the Connections
70
Cable Passage Area
71
Composition of the ACBOX Area
71
Figure 10-10: Composition of the
71
Figure 10-12: C
72
Figure 10-13: C
72
Figure 10-14: C
73
11 Electrical Connection
74
Preliminary Operations for the Electrical Connection
74
Connection of the DC Cables from the Photovoltaic Field
75
Figure 11-1: DC Cable Connection
75
Figure 11-2: DC Cable Connection
76
Connection of the Protection Earth Cable (Pe)
77
Figure 11-3: Connection of the Protection
77
Connection of the Ac Power Cables
78
Connection of Auxiliary Energy Supply
79
Figure 11-7: Clamps for Connecting the Auxiliary
79
Figure 11-8: Clamps for Connecting the Auxiliary
79
Connection of the Twilight Sensor (Only for PVI-XXX.0 ≤220Kw)
80
Figure 11-9: Twilight Relay
80
Figure 11-10: Twilight
80
S Ensor ( Only for Pvi-XXX.0 ≤220 K W)
80
Connections for Communications / State Signals
81
Figure 11-11: Internal Terminal Block
81
Connection for the User RS485 Serial Communication
82
Table 11-1: Communication Signals in the Terminal Block
82
Table 11-2: State Signals in the Terminal Block
82
Table 11-3: Control Signals in the Terminal Block
82
Figure 11-12: Switch Position of the Figure 11-13: Switch Position of the
83
Setting of the 120 Ohm Termination of RS485
83
Connection for the RS485 Serial Communication with PVI-STRINGCOMB(-S)
85
Connection for the State Signalling of the Single 55Kwp Modules
85
TWILIGHT Mode
85
GRID Mode
85
Figure 11-14: Aux
85
Connection for the on and off Command of the Single 55Kwp Modules
86
Final Checks
86
Setting of the Communication Addresses
86
12 Start up (Service)
87
Operating Conditions
87
Figure 12-1: Inverter
87
Sequence for Commissioning (NOT Valid for 1Master/N.slave Systems)
88
Sequence for Commissioning the 1Master/N.slave Systems (Inverter ≥165Kw)
90
13 Interactive Display
92
How the Display Functions
92
Figure 13-1: Display of the 55 Figure 13-2: Functional Diagram of the Display
92
Password Entry
93
The Display Led
93
Table 13-1: Meaning of the Display Leds
94
Functional Diagram of the Display (Menu)
95
Figure 13-3: Functional Diagram of the Display
96
Figure 13-4: Functional Diagram of the Display
97
Figure 13-5: Functional Diagram of the Display
98
Information
99
ID. Module
99
Mod. Seriesno
99
System ID
99
Sys. Series no
99
Trafo Type
99
Firmware
99
Junction Box (Only on the Module Designated for Control)
99
States
100
Fuses
100
Currents
100
Statistics
100
Timing
100
Conn (Number of Connections)
100
E-Tot
100
Partial
101
E-Today
101
E-Week
101
E-Month
101
E-Year
101
Last N Days
101
Power Peak
101
14 Before Using the Software
102
Software Installation
102
15 Monitoring and Configuration Interface
103
Conventions Used
103
Rack and Modules
103
Access Levels
103
Diagram of the Monitoring Software
104
Figure 15-1: Software Map of Monitoring the Figure 15-2: Choice of the Interface Type
104
Use of the Monitoring Program
105
Figure 15-3: Choice of Standard or
105
Figure 15-4: Single Modulep
106
Single Module Panel
106
Figure 15-5: Plant Configuration
107
Plant Configuration
107
Figure 15-6: Choice of Thes
108
Figure 15-7: Display of Solar Monitoring
109
Figure 15-8: Rack Interface - Rack Management
110
Rack Interface
110
Menus Bar
111
Figure 15-9: Inverter ID - Single Module Interface
112
Inverter Identification
112
Figure 15-10: Inverter Monitoring
113
Inverter Monitoring
113
Figure 15-11: Rack Monitoring
114
Rack Monitoring
114
Fault Log
115
Figure 15-12: Window for Saving the Fault List
115
Figure 15-13: Window for Saving the Fault List
115
Figure 15-14: Fault Log
116
Figure 15-15: Eeprom Reset
117
Statistic Field Reset
117
Figure 15-16: Inverter Clock Settings
118
Inverter Clock Settings
118
Figure 15-17: Stringcomb Monitoring
119
String Comb Monitoring
119
Solar Field Scan
120
Figure 15-18: Solar Field Scan
123
Loading and Visualisation of the P-V Curves Saved
124
Software Version
125
16 Maintenance / Repairs
126
Routine Maintenance
127
Filter Cleaning
127
Filter of the Modules Area
127
Figure 16-1: Front Filter Panel "55Kwp Module Area
127
Table 16-1: Table of Routine Maintenance
127
ACBOX Area Filter
128
Figure 16-2: Removal of Filter "55Kwp Module Area
128
Figure 16-3: Front Filter Panel "Acbox Area
128
Visual and Screw Inspections
129
Figure 16-4: Removal of Filter "Acbox Area
129
Figure 16-5: Panels to be Removed to Acces DC and Ac Fuses
130
Table 16-2: Table of Visual and Screw Checks
130
Checks of the ACBOX Area
131
Fan Control
131
Check of the Power Switch Operation
131
Figure 16-6: Thermostat
131
OVR AC Device Check
132
Checks on the Framework
132
OVR DC Device Check
132
Figure 16-8: OVR AC Devices for Versions Without Transformer or ≥275Kw
132
Figure 16-9: Ovr DC Devices
132
Check of the AC Fuses
133
Check of the DC Fuses
133
Check of Warning Cards and Signalling Devices
133
Replacement of Faulty Battery
133
17 Switching off and Disconnecting the System
134
Disconnection from the Ac Grid
134
Disconnecting the Photovoltaic Field
135
Disconnection from the Auxiliary Line
135
Upstream Disconnection of the Inverter
136
Removal and Insertion of a 55Kwp Module
136
Preliminary Operations
136
Removing the Module
136
Insertion of the Module
137
Final Operations
137
Removal and Insertion of the DC Fuses Drawer
137
Initial Operations
137
Removal of the DC Drawer
138
Final Operation
138
Figura 17-1: Connection of the DC Drawer to the Board
138
Figura 17-2: DC Drawer Holding Screws
138
Figura 17-3: DC Drawer
138
Removal and Insertion of the AC Drawer (Only Models -TL)
139
Initial Operations
139
Partial Extraction of the AC Drawer
139
Figura 17-4: Holding Screws of the Ac Drawer
139
Figura 17-5: Maintainance Position of the Ac Drawer
139
Removal of the AC Drawer
140
Final Operation
140
Figura 17-6: Ac Drawer
140
18 Scrapping
141
19 Troubleshooting
141
FAQ (Frequently Asked Question)
141
Table 19-1: Troubleshooting
142
Before Contacting the Dealer (Questionnaire)
143
Problems on the Stringcombs
143
Problems on the PVI-XXX.0(-TL)
144
20 Error Messages and Codes
145
Warning
145
Error
145
Table 20-1: Table of Error Messages and Codes
146
21 Technical Data
147
Technical Data Tables
147
Table 21-1: Technical Data Pvi-55.0(-Tl)
148
Table 21-2: Technical Data Pvi-110.0(-Tl)
149
22 Declaration of Conformity
154
23 Certificate of Conformity
155
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