Jesudom WVC-350 Wireless Serise R3 Micro Inverter User Manual

Jesudom WVC-350 Wireless Serise R3 Micro Inverter

Product Information

The Micro Inverter model WVC-350 (Life) is designed to work with solar panels of up to 435Watt. It has an output voltage mode of 120/230V that automatically switches as per the requirement. The PV Open circuit voltage is between 30-60VDC, and the operating voltage range is 22-60V with a starting voltage range of 22-60V. The micro inverter has a short-circuit current of 18A and a maximum working current of 16A. The output parameters for the micro inverter are as follows:

Product Usage Instructions

• Ensure that the micro inverter is connected to solar panels with a maximum power of 435Watt.
• The micro inverter has an output voltage mode of 120/230V that automatically switches as per the requirement.
• The PV Open circuit voltage should be between 30-60VDC, and the operating voltage range should be between 22-60V with a starting voltage range of 22-60V.
• The micro inverter has a short-circuit current of 18A and a maximum working current of 16A.
• The AC voltage range is between 80-160VAC for @120V output and between 180-280VAC for @230V output.
• The AC frequency range should be between 48-51Hz/58-61Hz.
• The micro inverter has a power factor of >95%.
• The number of branch connections should be 15PCS for Single connection and 25PCS for Single connection.
• The output efficiency is 95%, and the static MPPT efficiency is 99.5%.
• The micro inverter has a maximum output efficiency, and there is a loss of power at night.

IoT Monitoring Platform

Smart mobile “core” life

• CO-2 induced environmental analysis
• Daily and total energy generation in kWh
• Actual DC input voltage, current and power
• Actual AC output voltage, current and power
• Inverter temperature
• Historical (daily, weekly, monthly) power curve
• Power losses due to weather induced effects
• Optional limitation of power output
• Online switch for the inverter start stop

Micro inverter Use

Detailed

**System diagram

**

Note: You can purchase a professionally customized AC bus with a T-type connector.
Use this AC bus as the AC bus for each branch. Connect it hand in hand to form a modular micro-inverter branch wiring system.

LED indicator function of micro inverter

1. Red light keeps on ——————————–The equipment enters the preparatory working state;
2. Red light flashes ———————————- The device enters the delayed start-up state;
3. Blue light flashes quickly ————————MPPT maximum power point search status;
4. Blue light keeps on——————————–MPPT maximum power point locked state;
5. Blue light turns to red light for a long time—-
   a) Island protection;
   b)Frequency protection;
   c)Fault;
   d) Software shutdown;
   e) AC voltage over-voltage protection;
   f)DC voltage over-voltage protection;

Normal working indicator flashing process
Connect the micro-inverter correctly to the AC and DC terminals and then power on:
The red light keeps on for 3 seconds → the red light flashes for 30 seconds → the blue light flashes quickly (MPPT maximum power point search) → the blue light keeps on, (MPPT lock).

Note
Please strictly observe the following installation conditions

• a) Connect the communication antenna on the inverter;
• b) Put the inverter in a place with good Wifi signal;
• c) The connected Wi-Fi network needs to be in 2.4G mode;
• d) Please reset the inverter for the first use;

Reset

Long press the reset button, when the LED indicator lights up again and turns into a “blue light”Release the reset button after the status is displayed for a long time, and the inverter will automatically complete the reset.

Add Device Open the intelligent monitoring software “Cloud Intelligence” APP to log inAccount, click the “+” icon in the upper right corner to start addingEquipment program;*If there is a device under the current account, click on the deviceIcon to enter the details page)

Entry equipment When the smart APP changes to the QR code scanning state, scan the QR code label on the inverter body. At this time, the APP will automatically collect the inverter code and automatically jump to the Wi-Fi connection page, enter Click Next after the current Wi-FI password;

Disribution network

Connect the inverter to the power supply as required, and quickly press the “Reset” button. At this time, the “LED” indicator will change to flashing blue and red alternately. At this time, the inverter enters the standby state of the distribution network;

Initialization

When the inverter is in standby mode, return to the mobile phone APP to initialize the device operation page, check the “I have completed the above operations” below and click the “Start Connection” button. At this time, the page will jump to the signal search page. The LED indicator on the converter changes from red and blue alternately flashing state to “blue” long-bright display state when the network distribution is completed. The page will a u t o m a t i c a l l y j u m p t o t h e s y s t e m completion confirmation page, please click “Finish”.

Inverter Control Click the “Settings” button in the upper right corner of the system details page. In the settings page, you can adjust the inverter’s output power, timing, remote start and stop, etc. according to actual needs

Remarks

1. When multiple inverters need to be added, theIn the English state, “,” comma separated and ended. Such as: 60001234, 6000E312,
2. Each Modem can monitor 60 inverters at the same time;3. A total of 2 lists, each list can be filled with 30 inverter codes;

Features

Smart APP can realize real-time data transmission with the cooperation of Alibaba Cloud IoTThrough graphs and graphic displays in time, users can understand the operation of the power station. The user can monitor the operation and adjust the output power function of the system.

Cloud Intelligence APP

INTELLIGENT Iot MONITORING MODEM
Number of data collectors per Modem Built-in WiFi IoT data terminal Can be used on any smart device (Android/iOS)

• CO-2 induced environmental analysis
• Daily and total energy generation in kWh
• Actual DC input voltage, current and power
• Actual AC output voltage, current and power
• Inverter temperature
• Historical (daily, weekly, monthly) power curve
• Power losses due to weather induced effects
• Optional limitation of power output
• Online switch for the inverter start stop

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