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General| Enclosure | Plastic |
|---|---|
| Communication Interface | WiFi |
| Protocols | Modbus |
| Output Voltage | 230 V |
| Frequency | 50 Hz |
| Protection | Overcurrent, Overvoltage |
General safety guidelines for using the go-e Controller and potential hazards.
Electrical safety measures and installation requirements for the go-e Controller.
Guidelines on maintenance, repairs, disposal, and legal notices.
Overview of the go-e Controller's physical components and features.
List of items included in the go-e Controller package.
Detailed specifications including dimensions, weight, voltage, and compatibility.
Information on network interfaces, protocols, and integration capabilities.
Visual representation of the go-e Controller's electrical connections and layout.
Reminder to keep go-e Charger and Controller firmware up to date.
List of tools needed for the installation of the go-e Controller.
Detailed instructions for mounting and connecting the go-e Controller.
Using sensors to measure PV production and AC battery storage systems.
Measuring individual circuits and performing initial device configuration.
Navigating the device menu, display settings, and language options.
Configuring sensors and viewing measurement data directly on the device.
Adjusting voltage references and load settings for sensors.
Assigning categories and factors to sensors for accurate power calculation.
Practical examples for assigning categories like Grid, Solar, and Custom.
Connecting the go-e Controller to WiFi or Ethernet for network access.
Configuring time, cloud connection, and linking go-e Chargers to the controller.
Viewing charger details, current power, and energy consumption by category.
Viewing category data, updating firmware, and performing a factory reset.
Configuring MQTT/Modbus and initial app setup for the controller.
Steps for initial app setup and connecting via the controller's hotspot.
Monitoring energy flow and configuring sensors/categories in the app.
Configuring voltage/current sensors and adjusting phase assignments in the app.
Assigning categories to sensors and managing controller time via the app.
Configuring display and network settings for the controller via the app.
Connecting chargers and configuring PV surplus charging modes like ECO and Next Trip.
Detailed settings for Next Trip mode and PV surplus charging with grid preference.
Setting up dynamic load balancing and group IDs for multiple chargers.
Details on the 24-month guarantee period and warranty exclusions.
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