HUAWEI YDS60-C24 FusionSolar SmartPVMS Smart Dongle
Specifications
- Inverter: SUN2000-(5KTL-12KTL)-M1, SUN2000-(12K-25K)-MB0 series, SUN2000-(8KTL-20KTL)-M2, SUN2000-(12KTL-25KTL)-M5 series, SUN2000-(5K-12K)-MAP0 series
- ESS: LUNA2000-(5-30)-S0, LUNA2000-(7, 14, 21)-S1
- Backup Box: Backup Box-B1
- Smart Power Sensor: DTSU666-H, DTSU666-HW, YDS60-80, YDS60-C24, DTSU71, DHSU1079-CT
- Smart Dongle: SDongleB-06 (4G), SDongleA-05 (WLAN-FE)
- Smart PV Optimizer: SUN2000-450W-P2, SUN2000-600W-P, MERC-600W-PA0, MERC-(1300W, 1100W)-P
Product Overview
The Residential Smart PV Solution consists of various components including inverters, energy storage systems (ESS), backup boxes, smart power sensors, smart dongles, and smart PV optimizers. These components work together to provide a comprehensive smart energy management solution for residential applications.
Networking
The system involves networking between PV strings (including optimizers), slave inverters, critical loads, and various other components to ensure efficient energy distribution and utilization.
Cable Connections
Before connecting cables, ensure that all switches are OFF to prevent electric shocks. The wiring sequence of the Backup Box must be consistent with that of the inverter AC terminals.
Product Usage Instructions
Inverter Setup
- Install the master and slave inverters according to the provided user manuals.
- Connect the DC power cable from the PV strings to the inverter terminals following the specified positive and negative terminal connections.
ESS Configuration
- Connect the ESS to the master inverter using the AC power cables and ensure proper connection to the AC terminals.
- Configure the ESS settings as per the user manual guidelines for optimal performance.
Smart Dongle Networking
- Install the Smart Dongle (4G or WLAN-FE) to enable wireless communication with the FusionSolar SmartPVMS and FusionSolar app.
- Ensure proper positioning for signal reception and follow the setup instructions provided with the dongle.
FAQ
- Q: Can I connect more than two ESSs to the master inverter?
A: Yes, you can connect multiple ESSs to the master inverter. Refer to the user manual for supported meter models and baud rate negotiation details. - Q: What should I do if I encounter issues with cable connections?
A: If you face any problems with cable connections, double-check the wiring sequence and ensure all switches are turned off beforemaking any connections.
Residential Smart PV Solution Quick Guide
(Three-Phase PV+ESS Scenario + Smart Dongle Networking)
Networking
Note
- The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute a warranty of any kind, express or implied.
- For details about the solution components, installation, and cable connections, see the corresponding user manuals and quick guides.
- The cable colors involved in this document are for reference only. Select cables in accordance with local cable specifications.
Product Overview
Component | Model | Description | |
Inverter (master and slave) |
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Energy storage system (ESS) | LUNA2000-(5-30)-S0 LUNA2000-(7, 14, 21)-S1 |
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Backup Box | Backup Box-B1 |
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Smart Power Sensor | DTSU666-H DTSU666-HW YDS60-80 YDS60-C24 DTSU71 DHSU1079-CT |
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Smart Dongle | SDongleB-06 (4G) SDongleA-05 (WLAN-FE) |
| |
Smart PV Optimizer | SUN2000-450W-P2 SUN2000-600W-P MERC-600W-PA0 MERC-(1300W, 1100W)-P | For details about the optimizer supported by the inverter, see:
|
Note
When MB0 functions as the master inverter and needs to connect to both a power meter and ESS, if more than two ESSs are connected, select one of the following meter models: DTSU666-HW, YDS60-80, YDS60-C24, DTSU71, and DHSU1079-CT. The DTSU666-H is not supported. Ensure that the baud rate for RS485-2 is negotiated to 115200 bit/s. For details about baud rate negotiation, see Baud Rate Negotiation.
Cable Connections (Three-Phase Inverter M1 + ESS S0 + Backup Box B1 + Smart Dongle)
Cable Connections (Three-Phase Inverter M1 + ESS S1 + Backup Box B1 + Smart Dongle)
Cable Connections (Three-Phase Inverter MB0 + ESS S0 + Smart Dongle)
Cable Connections (Three-Phase Inverter MB0 + ESS S1 + Smart Dongle)
Cable Connections (Three-Phase Inverter MAP0 + ESS S0 + Smart Dongle)
Cable Connections (Three-Phase Inverter MAP0 + ESS S1 + Smart Dongle)
System Commissioning
Installer Registration
Setup Wizard (Connecting to the Inverter WLAN for Commissioning)
Off-Grid/Grid-tied Control Parameters
Enabling Off-Grid Mode
Setting Grid-tied Point Control
Physical Layout of Smart PV Optimizers
Attaching SN Labels
Remove the SN labels from optimizers and attach them to the physical layout template based on the actual positions of the optimizers in the plant.
Taking a Photo of the Physical Layout Template
Ensure that the four positioning points on the template are within the frame.
Generating a Physical Layout on the App
Generating a Physical Layout on the App Automatically
Upload the template and generate a layout.
Creating a Physical Layout on the App Manually
Edit the physical layout and specify the quantity of inverters and PV modules as required.
Bind the inverter or optimizer SN.
Adjust the physical layout.
Documents / Resources
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