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Valorado. / 5. Basado en revisión del cliente
TripleLynx CN inverter type No. of PV
inputs
Overall DC limit for
the inverter
Default DC power
limit per PV input
DC power limit per
PV input
TripleLynx CN 8 kW 2 8.2 kW 5.15 kW 6.0 kW
TripleLynx CN 10 kW 2 10.3 kW 5.15 kW 6.0 kW
TripleLynx CN 12.5 kW 3 12.9 kW 5.15 kW 6.0 kW
TripleLynx CN 15 kW 3 15.5 kW 5.15 kW 6.0 kW
Table 3.3: DC Power Limits
PV Power Settings for Asymmetrical PV Configuration
When the levels of the connected PV power differ from one input to the next, the PV configura-
tion is defined as asymmetric.
For asymmetric PV configuration, choose installed PV power settings optimally, to utilise the po-
tential of 6 kW per input to increase performance and avoid unintentional loss.
The installed PV power is defined as the generated PV-to-Grid power. To calculate these values
use the module standard test condition (STC) values [kWp] and divide by the PV-to-Grid ratio
(Kpv-ac).
Determination of PV Input Settings
Allocate values for each PV input, ensuring that:
• The amount of installed PV power is correct.
• The ‘overall DC limit for the inverter’ is not exceeded.
• Each value does not exceed the maximum 6 kW DC power per PV input.
Configure PV Inputs
To enter the PV power settings for an asymmetric layout, access at security level 1 is required.
•
In the display, go to [Setup → Setup details → PV configuration].
In the Web Server, go to [Inverter→ Setup → Setup details → PV configuration].
• De-select Auto detect
• Select Individual or Parallel.
• Enter PV input values.
• Enter PV array areas (optional).
3.3.5. MPPT
A Maximum Power Point Tracker (MPPT) is an algorithm which is constantly trying to maximise
the output from the PV array. The MPPT included in the TripleLynx CN range of inverters is
based on the Incremental-Conductance algorithm. The algorithm updates the PV voltage fast
enough to follow quick changes in solar irradiance, 30 W/(m
2
*s).
3. Description of the Inverter
L00410582-01_02 19
3
- Reference Manual 1
- Contents 2
- 6. Installation and Start-up 3
- 8. User Interface 3
- 9. Web Server Quick Guide 4
- 10. Ancillary Services 4
- 11. Service and Repair 4
- 1. Safety and Conformity 6
- Hazards of PV Systems 7
- PV Load Switch 7
- 1.4. Conformity 8
- 2. Introduction 9
- 2.2. List of Symbols 10
- List of Abbreviations 10
- 2.5. Manual History 11
- 2.6. Related Literature 11
- 2.4. Software Version 11
- 3.1. Variants 12
- 12 L00410582-01_02 13
- 3.3.1. Functional Overview 14
- 3.3.2. Functional Safety 15
- 3.3.3. International Inverter 16
- 3.3.4. Derating 17
- Maintenance 18
- 18 L00410582-01_02 19
- 3.3.5. MPPT 20
- 3.3.6. Efficiency 21
- L00410582-01_02 21 22
- 3.3.7. Start-up 23
- Interna 24
- 24 L00410582-01_02 25
- Functional Over 26
- 26 L00410582-01_02 27
- - Ambient temperature 28
- - UV resistance 28
- 5.2.2. Grid Impedance 29
- Thin Film 30
- 30 L00410582-01_02 31
- L00410582-01_02 31 32
- 32 L00410582-01_02 33
- PV Connection 34
- 34 L00410582-01_02 35
- L00410582-01_02 35 36
- 36 L00410582-01_02 37
- L00410582-01_02 37 38
- 38 L00410582-01_02 39
- L00410582-01_02 39 40
- 40 L00410582-01_02 41
- 5.3.2. Thin Film 42
- 5.3.3. Lightning Protection 42
- 5.3.4. Thermal Management 42
- 5.3.5. Simulation of PV 43
- 6.2. Mounting the Inverter 46
- 6.3. Removing the Inverter 48
- 6.5. AC Grid Connection 51
- 6.6. PV Connection 52
- 7.1. Overview 54
- 54 L00410582-01_02 55
- 7.2.2. Other Peripheral Units 56
- Sensor Inputs 57
- Alarm Output 58
- GSM Modem 58
- RS485 Communication 59
- Ethernet Communication 60
- 8.1.1. View 62
- 8.1.2. View 2 62
- 8.1.3. Status 63
- 8.1.4. Production Log 66
- Parallel connection 68
- 8.2. Overview of Event Log 70
- 8.3. Peripheral Units Setup 71
- 8.3.3. Communication Channel 72
- 8.3.4. GSM modem 72
- 8.3.5. RS485 Communication 72
- 8.3.6. Ethernet Communication 72
- Master Mode 75
- 9.3.2. Setup Wizard 78
- Operation 82
- 9.5. Additional Information 85
- 10.2. Power Level Adjustment 87
- Primary Frequency Control 87
- Reactive Power 88
- 10.4.4. Grid Management Box 91
- 10.5. Fault Ride Through 92
- 10.5.1. Example 93
- 11.2.2. Cleaning the Heatsink 98
- 12.2. Norms and Standards 100
- 12.3. Installation 100
- 12. Technical Data 101
- 12.5.1. Network Topology 105
- Danfoss Solar Inverters A/S 106
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