MakeSkyBlue CloudBox for V123&V125

Contents

WiFi Cloud Box User Manual

For MPPT Solar Controllers Compatible with V123, V124, and V125

1. Product Overview

The WiFi Cloud Box is an accessory designed to enable real-time monitoring and app control for compatible MPPT Solar Charge Controllers (V123, V124, V125 models). It provides a cloud service accessible via the internet for both iOS and Android mobile phones, allowing users to manage their solar system remotely.

WiFi Cloud Box product image
WiFi Cloud Box for MPPT Solar Controllers
WiFi Module features: Real-time Monitoring, App Control, For Solar Controller
Key features: Real-time Monitoring and App Control

2. Package Contents

Please check the package for the following items:

  • 1 x Solar Controller (Main unit, not the Cloud Box itself)
  • 1 x English User Manual (This document)
  • 4 x Mounting Brackets
  • 4 x Screws for the controller casing
  • 1 x WiFi Cloud Box (The subject of this manual)

3. Installation Steps

3.1. Electrical Connections (Solar Charge Controller)

Caution: Always follow the specified connection order to ensure proper system recognition and prevent damage.

  1. Connect the Battery:
    • Ensure the DC circuit breaker for the battery is OFF.
    • Install the circuit breaker between the controller and the battery (for systems above 12V).
    • Check battery polarity.
    • Turn the DC circuit breaker ON.
    • The controller's LCD should display the current and version, allowing it to automatically recognize the system voltage.
    • Set the controller parameters as needed.
    • Turn the DC circuit breaker OFF again before proceeding.
  2. Connect GND: Connect a cable from the controller's screw terminal to the battery negative terminal.
  3. Connect DC Loads: If applicable, connect your DC loads.
  4. Connect the PV (Solar Panels):
    • Ensure the DC circuit breaker for the PV modules is OFF.
    • Install the circuit breaker between the controller and the PV modules.
    • Check PV polarity.
    • Turn the DC circuit breaker ON.
    • Turn the DC circuit breaker OFF again before proceeding.
  5. Final Power-Up: Turn ON the circuit breaker between the controller and batteries, then turn ON the circuit breaker between the controller and PV modules.
  6. Verify Controller Display: The controller's LCD should display the parameters correctly if all connections are sound.
  7. Connect the WiFi CloudBox: Connect the WiFi CloudBox to the solar controller via its MiniUSB port. (Note: The WiFi CloudBox is excluded for V124 models, implying direct WiFi for V124 or different connectivity).

Reminder:

  • After connecting all cables and setting up the solar controller, reboot it to ensure all settings are successful.
  • Use only the screws provided to avoid damaging the internal PCB. Apply proper torque when tightening screws.
  • PV Input Reverse Polarity Protection is effective only when not exceeding 100V.

4. SmartLife APP Operation Manual

The WiFi Cloud Box integrates with the SmartLife mobile application for remote monitoring and control.

4.1. APP Download

Search for "Smart Life - Smart Living" in your device's app store or scan the QR codes below to download the application.

App Store screenshot for Smart Life - Smart Living
Smart Life - Smart Living App in App Store

For Android: Search on Google Play Store.

For iOS: Search on Apple App Store.

4.2. Registration and Login

Open the SmartLife app. You can register using your phone number or email address, or log in using a third-party account binding option.

4.3. Add Device

If no project is available, click the '+' icon in the upper right corner of the app and select "Create project". The app will automatically detect nearby devices and allow you to add them based on their machine name.

4.4. Configure Network

Select the corresponding Wi-Fi network from the list and enter the password to complete the network configuration for your WiFi Cloud Box.

4.5. Monitoring and Control

Once connected, you can monitor various parameters and adjust settings through the app.

App screenshot showing PV input voltage, Battery charging voltage, Battery charging current, Charge mode, Total Energy
App dashboard showing real-time solar system data
App screenshot showing settings for Absorption Charge Voltage, Float charging voltage, Charging current, Undervoltage protection, Undervoltage recovery, Output timing, Number of batteries, Type of Battery
App settings interface for solar controller parameters
App screenshot showing battery type selection between Lead-acid and Lithium Battery
Battery type selection within the app

4.6. Delete Device

To change device binding or delete a device, click the button in the upper right corner of the app to view machine information, then select the option to delete or dismiss the group.

5. Operating the Solar Charge Controller (via LCD)

5.1. Initial Display

Upon startup, the controller's LCD will show key information. For example, '60' might indicate a 60A current, and '124' might indicate version 124.

5.2. LCD Data and Working Modes

The LCD displays various data and indicates the current working mode:

LCD DataWorking Mode
1: PV voltage / Output power3.0: Night mode, no charging
2: Battery voltage / Charging current4.0: MPPT mode
3: Working mode / Error code / Temperature7.0: Absorption mode
4: ACC Power Generation8.0: Floating mode

5.3. Manual Settings

Caution: Disconnect the PV modules before setting up the solar charge controller manually.

Press the "PRG" and "ENTER" buttons to begin setting parameters. Use the "UP" and "DOWN" buttons to select values or navigate pages. Press "ENTER" to confirm.

ItemSetting RangeDescriptionNotes
D000-24(H)Load working timeLoad output is for DC loads < 5 Amps. Output voltage matches battery voltage.
D0112V: 12-17
24V: 24-34
48V: 48-60
Floating charge voltage12V default: 13.8V
24V default: 27.6V
48V default: 55.2V
D0212V: 12-17
24V: 24-34
48V: 48-60
Absorption voltage (constant voltage)12V default: 14.4V
24V default: 28.8V
48V default: 57.6V
D0312V: 10-12
24V: 20-24
48V: 40-48
Discharge protection voltage12V default: 10.0V
24V default: 20.0V
48V default: 40.0V
D0400: Lead-acid battery
01: Lithium battery
Battery typeDefault settings for lead-acid batteries. For lithium, change D04 to 01 and modify D01, D02, D03 accordingly. (V124 with PV battery activation)
D05N/A
D06Calibrate the battery voltageUse to calibrate battery voltage if an accurate meter shows a discrepancy. Exercise caution.
D07Calibrate the battery currentUse to calibrate battery current if an accurate meter shows a discrepancy. Exercise caution.

6. Specifications

6.1. General Product Information

  • Model Number: CloudBox for V123&V125
  • Origin: Mainland China
  • High-concerned chemical: None

6.2. Package Dimensions and Weight

  • Length: 5 cm
  • Width: 5 cm
  • Height: 5 cm
  • Weight: 0.2 kg

6.3. Solar Panel Selection Guidelines

To ensure optimal performance and safety, select your PV array based on the following guidelines:

MiniSolar Charge Controller60A-V12480A-V124100A-V124
Nominal PV Power for 12V Battery≤720W≤960W≤1200W
Nominal PV Power for 24V Battery≤1440W≤1920W≤2400W
Nominal PV Power for 48V Battery≤2880W≤3840W≤4800W
PV Open Circuit Voltage for 12V Battery20V~150V
PV Open Circuit Voltage for 24V Battery37V~150V
PV Open Circuit Voltage for 48V Battery72V~160V
Maximum PV Array Open Circuit VoltageFor 12V battery: 150V
For 24V battery: 150V
For 48V battery: 160V

6.4. DC Circuit Breaker and Cable Selection

Use flexible multi-stranded copper cable for battery and PV connections.

MiniSolar Charge Controller60A-V12480A-V124100A-V124
DC Circuit BreakerPV: 1PCS 63A
BAT: 1PCS 100A
PV: 1PCS 100A
BAT: 1PCS 125A
PV: 1PCS 125A
BAT: 1PCS 150A
Pure copper cablesPV: 6 awg / 13.3mm²
BAT: 6 awg / 13.3mm² (≤6.56 ft or 2m)
PV: 6 awg / 13.3mm²
BAT: 4 awg / 20mm² (≤6.56 ft or 2m)
PV: 6 awg / 16mm²
BAT: 2awg / 35mm² (≤6.56 ft or 2m)

7. Troubleshooting

Refer to the table below for common issues and their solutions:

CodeDescriptionHow to solve
18PV Input Under-voltageIncrease the PV voltage
60Over-temperature ProtectionThe fan will work automatically for temperature reduction
63Battery Over-voltageBattery high voltage protection with automatic recovery
65Battery Under-voltageBattery over-discharge protection with automatic recovery
71PV Input Over-voltageDecrease the PV voltage/power to be within the correct Voc (open-circuit voltage) range
73Over-charging CurrentDecrease the PV voltage/power to be within the correct Voc (open-circuit voltage) range
74Output Short-circuitDisconnect the load, then press and hold the "ENT" button for over 5 seconds

8. Maintenance

To ensure the longevity and optimal performance of your WiFi Cloud Box and solar charge controller, consider the following maintenance tips:

  • Regular Cleaning: Keep the Cloud Box and controller free from dust and debris. Use a soft, dry cloth for cleaning.
  • Connection Checks: Periodically inspect all electrical connections for tightness and signs of corrosion. Ensure all cables are securely fastened.
  • Firmware Updates: Check the SmartLife app or manufacturer's website for any available firmware updates for the Cloud Box to ensure you have the latest features and bug fixes.
  • Environmental Conditions: Ensure the device is operated within its specified temperature and humidity ranges to prevent damage.

9. User Tips

  • Strong Wi-Fi Signal: For reliable real-time monitoring and control, ensure the WiFi Cloud Box is installed in an area with a strong and stable Wi-Fi signal.
  • App Notifications: Enable notifications in the SmartLife app to receive alerts regarding your solar system's status, such as over-voltage or under-voltage events.
  • Battery Type Setting: Double-check the battery type setting (D04) in the controller or app to match your actual battery (Lead-acid or Lithium) for correct charging profiles.
  • Calibration Caution: When using D06 and D07 for voltage and current calibration, proceed with extreme caution and only if you have accurate external measurement devices. Incorrect calibration can lead to system malfunctions.

10. Support

For further assistance or detailed inquiries, please refer to the comprehensive user manual PDF available from the seller or contact MakeSkyBlue Official Store directly.

User Manual (PDF): A detailed PDF manual is available for download at https://manuals.plus/m/3f8f817517a51c071f02c38a75289e5784f5964b0a7a136eea71a711e5bc9cf6

© 2024 MakeSkyBlue. All rights reserved.

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