Common Logic
Enabled
The Enabled setting allows you to activate or deactivate the logic. When disabled, the logic will not be applied in any distribution or control processes.
Priority
The Priority setting determines the order in which logics are evaluated and applied. A higher numerical value indicates a higher priority (100 is executed before 1). This is important when multiple logics could affect the same device or parameter.
Power Override
The Power Override setting allows you to specify a fixed power value that will take precedence over any calculated or dynamic values from the logic.
Power Buffer
The Power Buffer is applied to the calculated power for a margin of safety.
Power Ramp
The Power Ramp setting defines the rate at which power changes are applied to the device. This helps to prevent sudden spikes or drops in power that could affect system stability. For example the 10kW Wallbox turns off and whe are feeding this power to the grid. The Ess would take over and immediatly set it to -10kw which would lead to a sudden power spike. With a power ramp of 2kW/logic run the Ess would only reduce its power by 2kW each time the logics run until it reaches -10kW.
Satisfied Power
The Power on which a device is considered satisfied. For example, if a device is set to be satisfied at 10kW but is currently receiving 9kW, the logics after this one will try to decrease their power to provide the missing 1kW.
Min Power
The minimum power that the logic can set for the device. For example, if the minimum power is set to 1kW, the logic will not set the device power below this value. This is useful for the wallbox to always provide a minimum charging power. If the calculated power is higher than the min power the calculated power will be used.
Min Turn on Time
The minimum time in seconds that the device must remain turned on once activated by the logic. This prevents rapid cycling of the device, which can lead to wear and inefficiency.
Min Turn off Time Power
The power which the device is set to instead of beeing turned off when the Min Turn on Time is not yet reached. This is useful for devices like the Wallbox to not turn them off completely but set them to a low power instead.
Power Compensation Power
The compensated power for the device. For example, if you have set the power compensation to 500W, the logic will always try to provide 500W more than calculated.
Power Compensation Percentage
The compensated power for the device in percentage. For example, if the current power is 1000W and the power compensation percentage is set to 50%, the ess will try to provide 500W to compensate the 50% of the device.
Logic Ignore Power Percent
The percentage of power on which the logic will not be run. For example, when the wallbox is consuming 10kw and i do not want the other logics to take that into account because i want a binary output to run as if the wallbox is not consuming any power i can set the ignore power percent to 100%. The logic will then be executed with 0W for the wallbox.