1 Safety Instructions
1
1.1 Unpacking And Inspection
2
1.2 Installation Safety
2
1.3 Electrical Connection Safety
3
1.4 Operation Safety
5
1.5 Maintenance Safety
5
1.6 Disposal Safety
6
2 Product Description
7
2.1 System Introduction
7
2.2 Product Introduction
7
2.3 Symbols On The Product
9
2.4 Led Indicator
10
2.5 Dc Switch
10
2.6 Pv Energy Storage System (Pv Ess)
11
2.6.1 Pv Ess Introduction
11
2.6.2 Declaration For Back-Up Function
12
2.6.3 Energy Management
13
2.7 Parallel System
15
2.7.1 Grid-Connected Parallel System
15
2.8 Pv Storage And Ev-Charging System
16
2.9 Retrofitting The Existing Pv System
17
2.10 Retrofitted Pv Storage And Ev-Charging System
18
3 Function Description
20
3.1 Safety Function
20
3.1.1 Protection
20
3.1.2 Earth Fault Alarm
20
3.2 Energy Conversion And Management
20
3.2.1 Power Derating
20
3.2.2 Drm (“Au”/“Nz”)
21
3.2.3 Regular Operational Voltage Range
21
3.2.4 Regular Operational Frequency Range
22
3.2.5 Reactive Power Regulation
22
3.2.6 Load Control
22
3.3 Battery Management
22
3.3.1 Charge Management
24
3.3.2 Discharge Management
25
3.4 Communication And Configuration
26
3.5 Ev Charger Management
26
4 Unpacking And Storage
27
4.1 Unpacking And Inspection
27
4.2 Scope Of Delivery
28
4.3 Inverter Storage
29
5 Mechanical Mounting
30
5.1 Safety During Mounting
30
5.2 Location Requirements
31
5.2.1 Environment Requirements
31
5.2.2 Carrier Requirements
32
5.2.3 Angle Requirements
32
5.2.4 Clearance Requirements
32
5.3 Installation Tools
33
5.4 Moving The Inverter
34
5.5 Installing The Inverter
35
6 Electrical Connection
37
6.1 Safety Instructions
37
6.2 Terminal Description
38
6.3 Electrical Connection Overview
41
6.4 External Protective Grounding Connection
44
6.4.1 External Protective Grounding Requirements
45
6.4.2 Connection Procedure
45
6.5 Ac Cable Connection
47
6.5.1 Ac Side Requirements
47
6.5.2 Assembling The Ac Connector
47
6.5.3 Installing The Ac Connector
50
6.6 Dc Cable Connection
51
6.6.1 Pv Input Configuration
53
6.6.2 Assembling The Pv Connectors
54
6.6.3 Installing Pv Connector
55
6.7 Communication Connection
57
6.7.1 Ethernet Connection
57
6.7.2 Winet-S Connection
59
6.7.3 Rs485 Connection
62
6.8 Smart Energy Meter Connection
65
6.9 Battery Connection
67
6.9.1 Connecting The Power Cable
68
6.9.2 Connecting The Can Cable
72
6.9.3 Connecting The Enable Cable
72
6.10 Ev-Charger Communication Connection
72
6.11 Do Connection
73
6.12 Di Connection
74
6.12.1 Assembling The Com Connector
75
6.12.2 Installing The Com Connector
77
6.13 Backup Connection
78
7 Commissioning
79
7.1 Inspection Before Commissioning
79
7.2 Commissioning Procedure
79
7.3 App Preparation
80
7.4 Creating A Plant
80
8 Isolarcloud App
89
8.1 Brief Introduction
89
8.2 Installing App
89
8.3 Account Registration
90
8.4 Login
91
8.4.1 Requirements
91
8.4.2 Login Procedure
91
8.5 Initial Settings
93
8.5.1 Feed-In Limitation
93
8.5.2 Backup Mode
93
8.5.3 Reactive Power Regulation Mode
93
8.6 Function Overview
96
8.7 Home
97
8.8 Run Information
99
8.9 Records
100
8.9.1 Chart
100
8.9.2 Fault Alarm Record
101
8.9.3 Event Records
102
8.10 Inverter (Optional)
103
8.11 Ev-Charger (Optional)
104
8.11.1 Driving Distance Per Kwh
106
8.11.2 Charging Mode
106
8.11.3 Parameter Setting
111
8.11.4 Start/Stop Switch
112
8.12 More
113
8.12.1 System Parameters
114
8.12.2 Running Time
115
8.12.3 Fault Recovery
115
8.12.4 Regular Parameters
116
8.12.5 Off-Gridparameters
116
8.12.6 Active Power Regulation
117
8.12.7 Reactive Power Regulation
117
8.12.8 Battery Discharge Time
118
8.12.9 Battery Forced Charge Time
119
8.12.10 Load Control
120
8.12.11Communication Parameters
121
8.12.12 Firmware Update
122
8.12.13 Grounding Detection
123
8.12.14 Parallel Configuration
123
8.12.15 Frequency Shift Power Control
124
8.12.16 Energy Management Mode
124
8.12.17 Microgrid Systemparameters
125
8.12.18 Do Configuration
127
9 System Decommissioning
128
9.1 Decommissioning The Inverter
128
9.1.1 Disconnecting Inverter
128
9.1.2 Dismantling The Inverter
128
9.1.3 Disposal Of Inverter
129
9.2 Decommissioning The Battery
129
10 Troubleshooting And Maintenance
131
10.1 Troubleshooting
131
10.2 Maintenance
136
Diskussion
Hinterlassen Sie einen Kommentar oder stellen Sie eine Frage
Hallo zusammen, ich hab seit gestern meinen SH10RT am Netz und im Display steht Fehlercode 105 Netzüberspannung. Der Wechselrichter schaltet immer wieder ab. Batterie ist auch angeschlossen. Hat jemand ne Idee was ich da machen kann? Danke schonmal.
Code 105 hatte ich am Anfang auch. Das bedeutet meistens dass deine Netzspannung zu hoch ist, oft liegt es am Netzbetreiber oder an einem zu langen AC Kabel mit zu dünnem Querschnitt. Miss mal die Spannung an deinem Anschluss, wenn die dauerhaft über 253V liegt musst du beim Netzbetreiber melden. Im Handbuch stehen die genauen Abschaltgrenzen und wie du die Netzschutzeinstellungen prüfst. Notfalls Elektriker draufschauen lassen, an den Grenzwerten selber rumzustellen ist keine gute Idee.
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