YetiSimulator¶
SIL simulator for YETI hardware v1.0
Auto-Generated Reference¶
Module Configuration¶
connector_id: integer <required>
Connector id of the evse manager to which this simulator is connected to
reset_powermeter_on_session_start: boolean <optional>
default: True
Reset absolute powermeter readings to zero when CP changes from state A to B
dummy_meter_value_send_on_transaction_start: boolean <optional>
default: True
Send dummy meter start value blob on transaction start
dummy_meter_value_blob_start: string <optional>
default: “test start value”
Dummy meter value blob sent on transaction start to be used for testing
dummy_meter_value_blob_stop: string <optional>
default: “test stop value”
Dummy meter value blob sent on transaction stop to be used for testing
ac_nominal_voltage: number <optional>
default: 230.0
Nominal AC voltage between phase and neutral in Volt, reported per phase by the simulated power meter
ac_nominal_frequency: number <optional>
default: 50.0
Nominal AC grid frequency in Hertz, reported per phase by the simulated power meter
ac_line_impedance_ohm: number <optional>
default: 0.5
Line impedance in Ohm per phase between the grid and the simulated power meter. The reported phase voltage drops by ac_line_impedance_ohm * current, so the reported power is below ac_nominal_voltage * current while charging. Set to 0 to always report the nominal voltage.
measurement_noise_percent: number <optional>
default: 1.0
Peak amplitude in percent of the uniformly distributed random noise applied to the simulated voltages, currents, CP voltage, PP resistor and RCD current. Set to 0 for deterministic readings. The CP voltage is decoded with a +-1.1 V window, so values above a few percent break the CP state detection.
frequency_noise_percent: number <optional>
default: 0.25
Peak amplitude in percent of the uniformly distributed random noise applied to the simulated grid frequency. Set to 0 for a deterministic frequency reading.
max_current_A_import: number <optional>
default: 32.0
Maximum import current in amps reported as a hardware capability. The default matches a 32 A AC wallbox. DC configurations must raise this, since the energy manager derives the available power from max_current_A_import * max_phase_count_import * nominal_voltage_V and would otherwise cap a high-power DC supply at the AC-side figure.
min_current_A_import: number <optional>
default: 6.0
Minimum import current in amps reported as a hardware capability
caps_min_current_A: integer <optional>
default: -1
Minimal current on AC side reported in hardware capabilities. -1 means use min_current_A_import for import and the built-in default for export (0 A).
caps_max_current_A: integer <optional>
default: -1
Maximum current on AC side reported in hardware capabilities. -1 means use max_current_A_import for import and the built-in default for export (16 A).
Provides¶
powermeter: powermeter
provides the Yeti Internal Power Meter
temperature_sensor: temperature_sensor
Simulated internal temperature derived from powermeter load
board_support: evse_board_support
provides the EVSE board support Interface to low level control pilot, relais, rcd, motor lock
ev_board_support: ev_board_support
provides the EV board support Interface to low level control pilot, relais, rcd
rcd: ac_rcd
Interface for the simulated AC RCD
connector_lock: connector_lock
Interface for the simulated Connector lock