Enabled the household power slider by default for chargers using dynamic load balancing and/or solar charging, except those only using CT coils for measurement
Local REST API and Modbus TCP API: These two local API’s can be exposed to use for local control of the charger.
Group load balancing over Ethernet: Load balancing in a group of chargers can now be performed using Ethernet.
Household power slider: We introduce a slider that can be used to manage household power consumption.
Multiple cable (un)lock options for socket models: With this feature, the cable can be permanently fixed to the socket charger. The socket can also be unlocked in the web interface.
Showing error code on display: The active error code is shown on the display for easier troubleshooting.
Improved commissioning flow: The commissioning process has been streamlined with additional diagnostics and configurations to incorporate new features.
UI and UX improvements of the local web interface: Improvements made to the user interface (UI) and user experience (UX) to enhance user-friendliness for the consumer.
New customisation firmware for Peblar (1.8): This contains the formatting changes for Peblar's web interface (colours, font, etc).
Phase imbalance support in the commissioning interface: This ensures that the charger is configured in a way that it will not exceed the maximum phase imbalance caused by charging an EV.
Support of new measurement sources: HomeWizard WiFi kWh meter 1-phase and 3-phase MID supported.
Multiple improvements: Firmware updates of Peblar chargers prioritize Ethernet and WiFi over LTE, enhanced WiFi connectivity, multiple OCPP improvements.
Improved commissioning flow: We have streamlined the commissioning process to incorporate these new features, ensuring a more straightforward experience for installers.
Support of new measurement sources: We have expanded our list of supported measurement sources to include the Phoenix EMPro and Xemex Smart Charge Controller, enabling dynamic (group) load balancing capabilities.
Current limiter: Users can now easily adjust the charging current directly through the web interface, offering greater customization and control.
Solar charging: Users now have the flexibility to charge with solar generated power, providing greater control over their energy consumption.
Dynamic group load balancing: By integrating load balancing with the group load balancing feature, we've optimized efficiency by utilizing the measurement source as an input for the leader module within the daisy-chain configuration.
Improved diagnostics in web interface: We have implemented multiple diagnostic measurements within the web interface, providing users with enhanced insights and troubleshooting capabilities.
Additional minor features and improvements: This update also includes several smaller enhancements, such as OCPP ClockAlignedDataInterval, CT coils readings via OCPP, the exposure of Eichrecht public key via OCPP, single phase commissioning, and dynamic load balancing improvements.
