homeassistant-blueprints-loadbalancing

Before installing your blueprint, make sure that:

1. Current is measured (Three Phase). If single phase, please add the single phase entity on all three items.
2. Easee dynamic current limits are unlocked (See figure below). Status - should be visualised and that the actual charger current is activated.

Currents can also be calculated by defining your own signals in configuration.yaml. Look at the example below. With this code "charge_current_limit_easee" can instead be used. Define a "Helper function" that creates a min(L1,L2,L3) and call the new signal: remaining_current_all

sensor:
  - platform: template
    sensors:
      remaining_current_l1a:
        friendly_name: "Remaining Current L1"
        unit_of_measurement: 'A'
        value_template: '{{ (20)|float- ( ((states("sensor.current_l1"))|float - ( 0 ))  )  }}'
#(states("sensor.easee2_current"))|float + (states("sensor.easee1_current"))|float 
      remaining_current_l2a:
        friendly_name: "Remaining Current L2"
        unit_of_measurement: 'A'
        value_template: '{{ (20)|float- ( ((states("sensor.current_l2"))|float - ( 0 ))  )  }}'

      remaining_current_l3a:
        friendly_name: "Remaining Current L3"
        unit_of_measurement: 'A'
        value_template: '{{ (20)|float-( ((states("sensor.current_l3"))|float - ( 0 ))  )  }}'

      total_solar_power:
        friendly_name: "Total Solar Power [W]"
        unit_of_measurement: 'W'
        value_template: '{{ (states("sensor.battery_power")|float + states("sensor.total_active_power")|float + 
        states("sensor.slave_total_active_power")|float + states("sensor.solaredge_current_power")|float)|round(0) }}'

      charge_current_limit_easee:
        friendly_name: "Charge Limit Easee [A]"
        unit_of_measurement: 'A'
        value_template: '{{ (states("sensor.remaining_current_all")|float + states("sensor.easee1_current")|float + states("sensor.easee2_current")|float)|round(0)  }}'