Template
HomeWizard Wi-Fi kWh meter 3-phase
Content languageEnglish
Description
With this template you will be able to read the HomeWizard 1-phase Wifi Meter. Just follow the HomeWizard installation instructions and add this template to your Loxone project.
The template has several datapoints to read
This is an example to use the template
The Local API should be enabled on the watermeter; In the HomeWizard Energy app: Go to Settings > Meters > ''Your meter'', and enable Local API.
Product information can be found: Here. Advanced API documentation: Here.
Inputs and outputs · 33
| Name | Type | Command | Unit |
|---|---|---|---|
| Wi-Fi Strength | VirtualInHttp | \i"wifi_strength":\i\v | <v.1> |
| Total Power Import | VirtualInHttp | \i"total_power_import_kwh":\i\v | <v.1> |
| Total Power Export | VirtualInHttp | \i"total_power_export_kwh":\i\v | <v.1> |
| Active Power Total | VirtualInHttp | \i"active_power_w":\i\v | <v.1> |
| Active Voltage L3 | VirtualInHttp | \i"active_voltage_l3_v":\i\v | <v.1> |
| Active Current Total | VirtualInHttp | \i"active_current_a":\i\v | <v.1> |
| Active Apparent Current Total | VirtualInHttp | \i"active_apparent_current_a":\i\v | <v.1> |
| Active Reactive Current | VirtualInHttp | \i"active_reactive_current_a":\i\v | <v.1> |
| Active Apparent Power Total | VirtualInHttp | \i"active_apparent_power_va":\i\v | <v.1> |
| Active Reactive Power Total | VirtualInHttp | \i"active_reactive_power_var":\i\v | <v.1> |
| Active Power Factor Total | VirtualInHttp | \i"active_power_factor":\i\v | <v.1> |
| Active Frequency Hz | VirtualInHttp | \i"active_frequency_hz":\i\v | <v.1> |
| Active Power L1 | VirtualInHttp | \i"active_power_l1_w":\i\v | <v.1> |
| Active Power L2 | VirtualInHttp | \i"active_power_l2_w":\i\v | <v.1> |
| Active Power L3 | VirtualInHttp | \i"active_power_l3_w":\i\v | <v.1> |
| Active Voltage Total | VirtualInHttp | \i"active_voltage_v":\i\v | <v.1> |
| Active Voltage L1 | VirtualInHttp | \i"active_voltage_l1_v":\i\v | <v.1> |
| Active Voltage L2 | VirtualInHttp | \i"active_voltage_l2_v":\i\v | <v.1> |
| Active Current L1 | VirtualInHttp | \i"active_current_l1_a":\i\v | <v.1> |
| Active Current L2 | VirtualInHttp | \i"active_current_l2_a":\i\v | <v.1> |
| Active Current L3 | VirtualInHttp | \i"active_current_l3_a":\i\v | <v.1> |
| Active Apparent Power L1 | VirtualInHttp | \i"active_apparent_power_l1_va":\i\v | <v.1> |
| Active Apparent Power L2 | VirtualInHttp | \i"active_apparent_power_l2_va":\i\v | <v.1> |
| Active Apparent Power L3 | VirtualInHttp | \i"active_apparent_power_l3_va":\i\v | <v.1> |
| Active Apparent Current L3 | VirtualInHttp | \i"active_apparent_current_l3_a":\i\v | <v.1> |
| Active Apparent Current L1 | VirtualInHttp | \i"active_apparent_current_l1_a":\i\v | <v.1> |
| Active Apparent Current L2 | VirtualInHttp | \i"active_apparent_current_l2_a":\i\v | <v.1> |
| Active Reactive Power L1 | VirtualInHttp | \i"active_reactive_power_l1_var":\i\v | <v.1> |
| Active Reactive Power L2 | VirtualInHttp | \i"active_reactive_power_l2_var":\i\v | <v.1> |
| Active Reactive Power L3 | VirtualInHttp | \i"active_reactive_power_l3_var":\i\v | <v.1> |
| Active Power Factor L1 | VirtualInHttp | \i"active_power_factor_l1":\i\v | <v.1> |
| Active Power Factor L2 | VirtualInHttp | \i"active_power_factor_l2":\i\v | <v.1> |
| Active Power Factor L3 | VirtualInHttp | \i"active_power_factor_l3":\i\v | <v.1> |
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