emobility

package
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 Go to latest Published: Apr 26, 2023 License: MIT Imports: 13 Imported by: 0

Documentation

Overview

Package emobility is a generated GoMock package.

Index

Constants

This section is empty.

Variables

View Source 
var ErrEVDisconnected = errors.New("ev is disconnected")
View Source 
var ErrNotSupported = errors.New("function is not supported")

Functions

This section is empty.

Types

type EMobilityImpl 

type EMobilityImpl struct {
	// contains filtered or unexported fields
}

func NewEMobility 

func NewEMobility(service *service.EEBUSService, details *service.ServiceDetails, currency model.CurrencyType, configuration EmobilityConfiguration, dataProvider EmobilityDataProvider) *EMobilityImpl

Add E-Mobility support

func (*EMobilityImpl) EVChargeStrategy added in v0.2.0 

func (e *EMobilityImpl) EVChargeStrategy() EVChargeStrategyType

returns the current charging strategy

func (*EMobilityImpl) EVChargedEnergy 

func (e *EMobilityImpl) EVChargedEnergy() (float64, error)

return the charged energy measurement in Wh of the connected EV

possible errors:

  • ErrDataNotAvailable if no such measurement is (yet) available
  • and others

func (*EMobilityImpl) EVCommunicationStandard 

func (e *EMobilityImpl) EVCommunicationStandard() (EVCommunicationStandardType, error)

return the current communication standard type used to communicate between EVSE and EV

if an EV is connected via IEC61851, no ISO15118 specific data can be provided! sometimes the connection starts with IEC61851 before it switches to ISO15118, and sometimes it falls back again. so the error return is never absolut for the whole connection time, except if the use case is not supported

the values are not constant and can change due to communication problems, bugs, and sometimes communication starts with IEC61851 before it switches to ISO

possible errors:

  • ErrDataNotAvailable if that information is not (yet) available
  • ErrNotSupported if getting the communication standard is not supported
  • and others

func (*EMobilityImpl) EVConnected added in v0.2.1 

func (e *EMobilityImpl) EVConnected() bool

return if an EV is connected

this includes all required features and minimal data being available

func (*EMobilityImpl) EVConnectedPhases 

func (e *EMobilityImpl) EVConnectedPhases() (uint, error)

return the number of ac connected phases of the EV or 0 if it is unknown

func (*EMobilityImpl) EVCoordinatedChargingSupported 

func (e *EMobilityImpl) EVCoordinatedChargingSupported() (bool, error)

returns if the EVSE and EV combination support coordinated charging

possible errors:

  • ErrDataNotAvailable if that information is not (yet) available
  • and others

func (*EMobilityImpl) EVCurrentChargeState 

func (e *EMobilityImpl) EVCurrentChargeState() (EVChargeStateType, error)

return the current charge state of the EV

func (*EMobilityImpl) EVCurrentLimits 

func (e *EMobilityImpl) EVCurrentLimits() ([]float64, []float64, []float64, error)

return the min, max, default limits for each phase of the connected EV

possible errors:

  • ErrDataNotAvailable if no such measurement is (yet) available
  • and others

func (*EMobilityImpl) EVCurrentsPerPhase 

func (e *EMobilityImpl) EVCurrentsPerPhase() ([]float64, error)

return the last current measurement for each phase of the connected EV

possible errors:

  • ErrDataNotAvailable if no such measurement is (yet) available
  • and others

func (*EMobilityImpl) EVEnergyDemand added in v0.2.0 

func (e *EMobilityImpl) EVEnergyDemand() (EVDemand, error)

returns the current energy demand in Wh and the duration

func (*EMobilityImpl) EVGetIncentiveConstraints added in v0.2.0 

func (e *EMobilityImpl) EVGetIncentiveConstraints() EVIncentiveSlotConstraints

returns the minimum and maximum number of incentive slots allowed

func (*EMobilityImpl) EVGetPowerConstraints added in v0.2.0 

func (e *EMobilityImpl) EVGetPowerConstraints() EVTimeSlotConstraints

returns the constraints for the power slots

func (*EMobilityImpl) EVIdentification 

func (e *EMobilityImpl) EVIdentification() (string, error)

returns the identification of the currently connected EV or nil if not available

possible errors:

  • ErrDataNotAvailable if that information is not (yet) available
  • and others

func (*EMobilityImpl) EVLoadControlObligationLimits added in v0.2.0 

func (e *EMobilityImpl) EVLoadControlObligationLimits() ([]float64, error)

return the current loadcontrol obligation limits

possible errors:

  • ErrDataNotAvailable if no such measurement is (yet) available
  • and others

func (*EMobilityImpl) EVOptimizationOfSelfConsumptionSupported 

func (e *EMobilityImpl) EVOptimizationOfSelfConsumptionSupported() (bool, error)

returns if the EVSE and EV combination support optimzation of self consumption

possible errors:

  • ErrDataNotAvailable if that information is not (yet) available
  • and others

func (*EMobilityImpl) EVPowerPerPhase 

func (e *EMobilityImpl) EVPowerPerPhase() ([]float64, error)

return the last power measurement for each phase of the connected EV

possible errors:

  • ErrDataNotAvailable if no such measurement is (yet) available
  • and others

func (*EMobilityImpl) EVSoC 

func (e *EMobilityImpl) EVSoC() (float64, error)

return the last known SoC of the connected EV

requires EVSoCSupported to return true only works with a current ISO15118-2 with VAS or ISO15118-20 communication between EVSE and EV

possible errors:

  • ErrNotSupported if support for SoC is not possible
  • ErrDataNotAvailable if no such measurement is (yet) available
  • and others

func (*EMobilityImpl) EVSoCSupported 

func (e *EMobilityImpl) EVSoCSupported() (bool, error)

return if the EVSE and EV combination support providing an SoC

requires EVSoCSupported to return true only works with a current ISO15118-2 with VAS or ISO15118-20 communication between EVSE and EV

possible errors:

  • ErrDataNotAvailable if no such measurement is (yet) available
  • and others

func (*EMobilityImpl) EVWriteIncentives added in v0.2.0 

func (e *EMobilityImpl) EVWriteIncentives(data []EVDurationSlotValue) error

send incentives to the EV

func (*EMobilityImpl) EVWriteLoadControlLimits 

func (e *EMobilityImpl) EVWriteLoadControlLimits(obligations, recommendations []float64) error

send new LoadControlLimits to the remote EV

parameters:

  • obligations: Overload Protection Limits per phase in A
  • recommendations: Self Consumption recommendations per phase in A

obligations: Sets a maximum A limit for each phase that the EV may not exceed. Mainly used for implementing overload protection of the site or limiting the maximum charge power of EVs when the EV and EVSE communicate via IEC61851 and with ISO15118 if the EV does not support the Optimization of Self Consumption usecase.

recommendations: Sets a recommended charge power in A for each phase. This is mainly used if the EV and EVSE communicate via ISO15118 to support charging excess solar power. The EV either needs to support the Optimization of Self Consumption usecase or the EVSE needs to be able map the recommendations into oligation limits which then works for all EVs communication either via IEC61851 or ISO15118.

notes:

  • For obligations to work for optimizing solar excess power, the EV needs to have an energy demand.
  • Recommendations work even if the EV does not have an active energy demand, given it communicated with the EVSE via ISO15118 and supports the usecase.
  • In ISO15118-2 the usecase is only supported via VAS extensions which are vendor specific and needs to have specific EVSE support for the specific EV brand.
  • In ISO15118-20 this is a standard feature which does not need special support on the EVSE.
  • Min power data is only provided via IEC61851 or using VAS in ISO15118-2.

func (*EMobilityImpl) EVWritePowerLimits added in v0.2.0 

func (e *EMobilityImpl) EVWritePowerLimits(data []EVDurationSlotValue) error

send power limits to the EV

func (*EMobilityImpl) HandleEvent 

func (e *EMobilityImpl) HandleEvent(payload spine.EventPayload)

Internal EventHandler Interface for the CEM

func (*EMobilityImpl) HandleResult 

func (e *EMobilityImpl) HandleResult(errorMsg spine.ResultMessage)

type EVChargeStateType 

type EVChargeStateType string
const (
	EVChargeStateTypeUnknown   EVChargeStateType = "Unknown"
	EVChargeStateTypeUnplugged EVChargeStateType = "unplugged"
	EVChargeStateTypeError     EVChargeStateType = "error"
	EVChargeStateTypePaused    EVChargeStateType = "paused"
	EVChargeStateTypeActive    EVChargeStateType = "active"
	EVChargeStateTypeFinished  EVChargeStateType = "finished"
)

type EVChargeStrategyType 

type EVChargeStrategyType string
const (
	EVChargeStrategyTypeUnknown        EVChargeStrategyType = "unknown"
	EVChargeStrategyTypeNoDemand       EVChargeStrategyType = "nodemand"
	EVChargeStrategyTypeDirectCharging EVChargeStrategyType = "directcharging"
	EVChargeStrategyTypeMinSoC         EVChargeStrategyType = "minsoc"
	EVChargeStrategyTypeTimedCharging  EVChargeStrategyType = "timedcharging"
)

type EVCommunicationStandardType 

type EVCommunicationStandardType model.DeviceConfigurationKeyValueStringType
const (
	EVCommunicationStandardTypeUnknown      EVCommunicationStandardType = "unknown"
	EVCommunicationStandardTypeISO151182ED1 EVCommunicationStandardType = "iso15118-2ed1"
	EVCommunicationStandardTypeISO151182ED2 EVCommunicationStandardType = "iso15118-2ed2"
	EVCommunicationStandardTypeIEC61851     EVCommunicationStandardType = "iec61851"
)

type EVDemand added in v0.2.0 

type EVDemand struct {
	MinDemand          float64       // minimum demand in Wh to reach the minSoC setting, 0 if not set
	OptDemand          float64       // demand in Wh to reach the timer SoC setting
	MaxDemand          float64       // the maximum possible demand until the battery is full
	DurationUntilStart time.Duration // the duration from now until charging will start, this could be in the future but usualy is now
	DurationUntilEnd   time.Duration // the duration from now until minDemand or optDemand has to be reached, 0 if direct charge strategy is active
}

Contains details about the actual demands from the EV

General:

  • If duration and energy is 0, charge mode is EVChargeStrategyTypeNoDemand
  • If duration is 0, charge mode is EVChargeStrategyTypeDirectCharging and the slots should cover at least 48h
  • If both are != 0, charge mode is EVChargeStrategyTypeTimedCharging and the slots should cover at least the duration, but at max 168h (7d)

type EVDurationSlotValue added in v0.2.0 

type EVDurationSlotValue struct {
	Duration time.Duration // Duration of this slot
	Value    float64       // Energy Cost or Power Limit
}

Contains details about power limits or incentives for a defined timeframe

type EVIncentiveSlotConstraints added in v0.2.0 

type EVIncentiveSlotConstraints struct {
	MinSlots uint // the minimum number of slots, no minimum if 0
	MaxSlots uint // the maximum number of slots, unlimited if 0
}

Details about the incentive slot constraints

type EVTimeSlotConstraints added in v0.2.0 

type EVTimeSlotConstraints struct {
	MinSlots             uint          // the minimum number of slots, no minimum if 0
	MaxSlots             uint          // the maximum number of slots, unlimited if 0
	MinSlotDuration      time.Duration // the minimum duration of a slot, no minimum if 0
	MaxSlotDuration      time.Duration // the maximum duration of a slot, unlimited if 0
	SlotDurationStepSize time.Duration // the duration has to be a multiple of this value if != 0
}

Details about the time slot constraints

type EmobilityConfiguration added in v0.2.0 

type EmobilityConfiguration struct {
	CoordinatedChargingEnabled bool
}

Allows to exclude some features

type EmobilityDataProvider added in v0.2.0 

type EmobilityDataProvider interface {
	// The EV provided a charge strategy
	EVProvidedChargeStrategy(strategy EVChargeStrategyType)

	// Energy demand and duration is provided by the EV which requires the CEM
	// to respond with time slots containing power limits for each slot
	//
	// `EVWritePowerLimits` must be invoked within <55s, idealy <15s, after receiving this call
	//
	// Parameters:
	//   - demand: Contains details about the actual demands from the EV
	//   - constraints: Contains details about the time slot constraints
	EVRequestPowerLimits(demand EVDemand, constraints EVTimeSlotConstraints)

	// Energy demand and duration is provided by the EV which requires the CEM
	// to respond with time slots containing incentives for each slot
	//
	// `EVWriteIncentives` must be invoked within <20s after receiving this call
	//
	// Parameters:
	//   - demand: Contains details about the actual demands from the EV
	//   - constraints: Contains details about the incentive slot constraints
	EVRequestIncentives(demand EVDemand, constraints EVIncentiveSlotConstraints)

	// The EV provided a charge plan
	EVProvidedChargePlan(data []EVDurationSlotValue)
}

used by emobility and implemented by the CEM

type EmobilityI 

type EmobilityI interface {
	// return if an EV is connected
	EVConnected() bool

	// return the current charge state of the EV
	EVCurrentChargeState() (EVChargeStateType, error)

	// return the number of ac connected phases of the EV or 0 if it is unknown
	EVConnectedPhases() (uint, error)

	// return the charged energy measurement in Wh of the connected EV
	//
	// possible errors:
	//   - ErrDataNotAvailable if no such measurement is (yet) available
	//   - and others
	EVChargedEnergy() (float64, error)

	// return the last power measurement for each phase of the connected EV
	//
	// possible errors:
	//   - ErrDataNotAvailable if no such measurement is (yet) available
	//   - and others
	EVPowerPerPhase() ([]float64, error)

	// return the last current measurement for each phase of the connected EV
	//
	// possible errors:
	//   - ErrDataNotAvailable if no such measurement is (yet) available
	//   - and others
	EVCurrentsPerPhase() ([]float64, error)

	// return the min, max, default limits for each phase of the connected EV
	//
	// possible errors:
	//   - ErrDataNotAvailable if no such measurement is (yet) available
	//   - and others
	EVCurrentLimits() ([]float64, []float64, []float64, error)

	// return the current loadcontrol obligation limits
	//
	// possible errors:
	//   - ErrDataNotAvailable if no such measurement is (yet) available
	//   - and others
	EVLoadControlObligationLimits() ([]float64, error)

	// send new LoadControlLimits to the remote EV
	//
	// parameters:
	//   - obligations: Overload Protection Limits per phase in A
	//   - recommendations: Self Consumption recommendations per phase in A
	//
	// obligations:
	// Sets a maximum A limit for each phase that the EV may not exceed.
	// Mainly used for implementing overload protection of the site or limiting the
	// maximum charge power of EVs when the EV and EVSE communicate via IEC61851
	// and with ISO15118 if the EV does not support the Optimization of Self Consumption
	// usecase.
	//
	// recommendations:
	// Sets a recommended charge power in A for each phase. This is mainly
	// used if the EV and EVSE communicate via ISO15118 to support charging excess solar power.
	// The EV either needs to support the Optimization of Self Consumption usecase or
	// the EVSE needs to be able map the recommendations into oligation limits which then
	// works for all EVs communication either via IEC61851 or ISO15118.
	//
	// note:
	// For obligations to work for optimizing solar excess power, the EV needs to
	// have an energy demand. Recommendations work even if the EV does not have an active
	// energy demand, given it communicated with the EVSE via ISO15118 and supports the usecase.
	// In ISO15118-2 the usecase is only supported via VAS extensions which are vendor specific
	// and needs to have specific EVSE support for the specific EV brand.
	// In ISO15118-20 this is a standard feature which does not need special support on the EVSE.
	EVWriteLoadControlLimits(obligations, recommendations []float64) error

	// return the current communication standard type used to communicate between EVSE and EV
	//
	// if an EV is connected via IEC61851, no ISO15118 specific data can be provided!
	// sometimes the connection starts with IEC61851 before it switches
	// to ISO15118, and sometimes it falls back again. so the error return is
	// never absolut for the whole connection time, except if the use case
	// is not supported
	//
	// the values are not constant and can change due to communication problems, bugs, and
	// sometimes communication starts with IEC61851 before it switches to ISO
	//
	// possible errors:
	//   - ErrDataNotAvailable if that information is not (yet) available
	//   - ErrNotSupported if getting the communication standard is not supported
	//   - and others
	EVCommunicationStandard() (EVCommunicationStandardType, error)

	// returns the identification of the currently connected EV or nil if not available
	//
	// possible errors:
	//   - ErrDataNotAvailable if that information is not (yet) available
	//   - and others
	EVIdentification() (string, error)

	// returns if the EVSE and EV combination support optimzation of self consumption
	//
	// possible errors:
	//   - ErrDataNotAvailable if that information is not (yet) available
	//   - and others
	EVOptimizationOfSelfConsumptionSupported() (bool, error)

	// return if the EVSE and EV combination support providing an SoC
	//
	// requires EVSoCSupported to return true
	// only works with a current ISO15118-2 with VAS or ISO15118-20
	// communication between EVSE and EV
	//
	// possible errors:
	//   - ErrDataNotAvailable if no such measurement is (yet) available
	//   - and others
	EVSoCSupported() (bool, error)

	// return the last known SoC of the connected EV
	//
	// requires EVSoCSupported to return true
	// only works with a current ISO15118-2 with VAS or ISO15118-20
	// communication between EVSE and EV
	//
	// possible errors:
	//   - ErrNotSupported if support for SoC is not possible
	//   - ErrDataNotAvailable if no such measurement is (yet) available
	//   - and others
	EVSoC() (float64, error)

	// returns if the EVSE and EV combination support coordinated charging
	//
	// possible errors:
	//   - ErrDataNotAvailable if that information is not (yet) available
	//   - and others
	EVCoordinatedChargingSupported() (bool, error)

	// returns the current charging stratey
	//
	// returns EVChargeStrategyTypeUnknown if it could not be determined, e.g.
	// if the vehicle communication is via IEC61851 or the EV doesn't provide
	// any information about its charging mode or plan
	EVChargeStrategy() EVChargeStrategyType

	// returns the current energy demand
	//   - EVDemand: details about the actual demands from the EV
	//   - error: if no data is available
	//
	// if duration is 0, direct charging is active, otherwise timed charging is active
	EVEnergyDemand() (EVDemand, error)

	// returns the constraints for the power slots
	//   - EVTimeSlotConstraints: details about the time slot constraints
	EVGetPowerConstraints() EVTimeSlotConstraints

	// send power limits data to the EV
	//
	// returns an error if sending failed or charge slot count do not meet requirements
	//
	// this needs to be invoked either <55s, idealy <15s, of receiving a call to EVRequestPowerLimits
	// or if the CEM requires the EV to change its charge plan
	EVWritePowerLimits(data []EVDurationSlotValue) error

	// returns the constraints for incentive slots
	//   - EVIncentiveConstraints: details about the incentive slot constraints
	EVGetIncentiveConstraints() EVIncentiveSlotConstraints

	// send price slots data to the EV
	//
	// returns an error if sending failed or charge slot count do not meet requirements
	//
	// this needs to be invoked either within 20s of receiving a call to EVRequestIncentives
	// or if the CEM requires the EV to change its charge plan
	EVWriteIncentives(data []EVDurationSlotValue) error
}

used by the CEM and implemented by emobility

type EmobilityScenarioImpl 

type EmobilityScenarioImpl struct {
	*scenarios.ScenarioImpl
	// contains filtered or unexported fields
}

func NewEMobilityScenario 

func NewEMobilityScenario(service *service.EEBUSService, currency model.CurrencyType, configuration EmobilityConfiguration) *EmobilityScenarioImpl

func (*EmobilityScenarioImpl) AddFeatures 

func (e *EmobilityScenarioImpl) AddFeatures()

adds all the supported features to the local entity

func (*EmobilityScenarioImpl) AddUseCases 

func (e *EmobilityScenarioImpl) AddUseCases()

add supported e-mobility usecases

func (*EmobilityScenarioImpl) HandleResult 

func (e *EmobilityScenarioImpl) HandleResult(errorMsg spine.ResultMessage)

func (*EmobilityScenarioImpl) RegisterRemoteDevice added in v0.2.0 

func (e *EmobilityScenarioImpl) RegisterRemoteDevice(details *service.ServiceDetails, dataProvider any) any

func (*EmobilityScenarioImpl) UnRegisterRemoteDevice added in v0.2.0 

func (e *EmobilityScenarioImpl) UnRegisterRemoteDevice(remoteDeviceSki string) error

type MockEmobilityDataProvider added in v0.2.0 

type MockEmobilityDataProvider struct {
	// contains filtered or unexported fields
}

MockEmobilityDataProvider is a mock of EmobilityDataProvider interface.

func NewMockEmobilityDataProvider added in v0.2.0 

func NewMockEmobilityDataProvider(ctrl *gomock.Controller) *MockEmobilityDataProvider

NewMockEmobilityDataProvider creates a new mock instance.

func (*MockEmobilityDataProvider) EVProvidedChargePlan added in v0.2.0 

func (m *MockEmobilityDataProvider) EVProvidedChargePlan(data []EVDurationSlotValue)

EVProvidedChargePlan mocks base method.

func (*MockEmobilityDataProvider) EVProvidedChargeStrategy added in v0.2.0 

func (m *MockEmobilityDataProvider) EVProvidedChargeStrategy(strategy EVChargeStrategyType)

EVProvidedChargeStrategy mocks base method.

func (*MockEmobilityDataProvider) EVRequestIncentives added in v0.2.0 

func (m *MockEmobilityDataProvider) EVRequestIncentives(demand EVDemand, constraints EVIncentiveSlotConstraints)

EVRequestIncentives mocks base method.

func (*MockEmobilityDataProvider) EVRequestPowerLimits added in v0.2.0 

func (m *MockEmobilityDataProvider) EVRequestPowerLimits(demand EVDemand, constraints EVTimeSlotConstraints)

EVRequestPowerLimits mocks base method.

func (*MockEmobilityDataProvider) EXPECT added in v0.2.0 

func (m *MockEmobilityDataProvider) EXPECT() *MockEmobilityDataProviderMockRecorder

EXPECT returns an object that allows the caller to indicate expected use.

type MockEmobilityDataProviderMockRecorder added in v0.2.0 

type MockEmobilityDataProviderMockRecorder struct {
	// contains filtered or unexported fields
}

MockEmobilityDataProviderMockRecorder is the mock recorder for MockEmobilityDataProvider.

func (*MockEmobilityDataProviderMockRecorder) EVProvidedChargePlan added in v0.2.0 

func (mr *MockEmobilityDataProviderMockRecorder) EVProvidedChargePlan(data interface{}) *gomock.Call

EVProvidedChargePlan indicates an expected call of EVProvidedChargePlan.

func (*MockEmobilityDataProviderMockRecorder) EVProvidedChargeStrategy added in v0.2.0 

func (mr *MockEmobilityDataProviderMockRecorder) EVProvidedChargeStrategy(strategy interface{}) *gomock.Call

EVProvidedChargeStrategy indicates an expected call of EVProvidedChargeStrategy.

func (*MockEmobilityDataProviderMockRecorder) EVRequestIncentives added in v0.2.0 

func (mr *MockEmobilityDataProviderMockRecorder) EVRequestIncentives(demand, constraints interface{}) *gomock.Call

EVRequestIncentives indicates an expected call of EVRequestIncentives.

func (*MockEmobilityDataProviderMockRecorder) EVRequestPowerLimits added in v0.2.0 

func (mr *MockEmobilityDataProviderMockRecorder) EVRequestPowerLimits(demand, constraints interface{}) *gomock.Call

EVRequestPowerLimits indicates an expected call of EVRequestPowerLimits.

type MockEmobilityI added in v0.2.0 

type MockEmobilityI struct {
	// contains filtered or unexported fields
}

MockEmobilityI is a mock of EmobilityI interface.

func NewMockEmobilityI added in v0.2.0 

func NewMockEmobilityI(ctrl *gomock.Controller) *MockEmobilityI

NewMockEmobilityI creates a new mock instance.

func (*MockEmobilityI) EVChargeStrategy added in v0.2.0 

func (m *MockEmobilityI) EVChargeStrategy() EVChargeStrategyType

EVChargeStrategy mocks base method.

func (*MockEmobilityI) EVChargedEnergy added in v0.2.0 

func (m *MockEmobilityI) EVChargedEnergy() (float64, error)

EVChargedEnergy mocks base method.

func (*MockEmobilityI) EVCommunicationStandard added in v0.2.0 

func (m *MockEmobilityI) EVCommunicationStandard() (EVCommunicationStandardType, error)

EVCommunicationStandard mocks base method.

func (*MockEmobilityI) EVConnected added in v0.2.1 

func (m *MockEmobilityI) EVConnected() bool

EVConnected mocks base method.

func (*MockEmobilityI) EVConnectedPhases added in v0.2.0 

func (m *MockEmobilityI) EVConnectedPhases() (uint, error)

EVConnectedPhases mocks base method.

func (*MockEmobilityI) EVCoordinatedChargingSupported added in v0.2.0 

func (m *MockEmobilityI) EVCoordinatedChargingSupported() (bool, error)

EVCoordinatedChargingSupported mocks base method.

func (*MockEmobilityI) EVCurrentChargeState added in v0.2.0 

func (m *MockEmobilityI) EVCurrentChargeState() (EVChargeStateType, error)

EVCurrentChargeState mocks base method.

func (*MockEmobilityI) EVCurrentLimits added in v0.2.0 

func (m *MockEmobilityI) EVCurrentLimits() ([]float64, []float64, []float64, error)

EVCurrentLimits mocks base method.

func (*MockEmobilityI) EVCurrentsPerPhase added in v0.2.0 

func (m *MockEmobilityI) EVCurrentsPerPhase() ([]float64, error)

EVCurrentsPerPhase mocks base method.

func (*MockEmobilityI) EVEnergyDemand added in v0.2.0 

func (m *MockEmobilityI) EVEnergyDemand() (EVDemand, error)

EVEnergyDemand mocks base method.

func (*MockEmobilityI) EVGetIncentiveConstraints added in v0.2.0 

func (m *MockEmobilityI) EVGetIncentiveConstraints() EVIncentiveSlotConstraints

EVGetIncentiveConstraints mocks base method.

func (*MockEmobilityI) EVGetPowerConstraints added in v0.2.0 

func (m *MockEmobilityI) EVGetPowerConstraints() EVTimeSlotConstraints

EVGetPowerConstraints mocks base method.

func (*MockEmobilityI) EVIdentification added in v0.2.0 

func (m *MockEmobilityI) EVIdentification() (string, error)

EVIdentification mocks base method.

func (*MockEmobilityI) EVLoadControlObligationLimits added in v0.2.0 

func (m *MockEmobilityI) EVLoadControlObligationLimits() ([]float64, error)

EVLoadControlObligationLimits mocks base method.

func (*MockEmobilityI) EVOptimizationOfSelfConsumptionSupported added in v0.2.0 

func (m *MockEmobilityI) EVOptimizationOfSelfConsumptionSupported() (bool, error)

EVOptimizationOfSelfConsumptionSupported mocks base method.

func (*MockEmobilityI) EVPowerPerPhase added in v0.2.0 

func (m *MockEmobilityI) EVPowerPerPhase() ([]float64, error)

EVPowerPerPhase mocks base method.

func (*MockEmobilityI) EVSoC added in v0.2.0 

func (m *MockEmobilityI) EVSoC() (float64, error)

EVSoC mocks base method.

func (*MockEmobilityI) EVSoCSupported added in v0.2.0 

func (m *MockEmobilityI) EVSoCSupported() (bool, error)

EVSoCSupported mocks base method.

func (*MockEmobilityI) EVWriteIncentives added in v0.2.0 

func (m *MockEmobilityI) EVWriteIncentives(data []EVDurationSlotValue) error

EVWriteIncentives mocks base method.

func (*MockEmobilityI) EVWriteLoadControlLimits added in v0.2.0 

func (m *MockEmobilityI) EVWriteLoadControlLimits(obligations, recommendations []float64) error

EVWriteLoadControlLimits mocks base method.

func (*MockEmobilityI) EVWritePowerLimits added in v0.2.0 

func (m *MockEmobilityI) EVWritePowerLimits(data []EVDurationSlotValue) error

EVWritePowerLimits mocks base method.

func (*MockEmobilityI) EXPECT added in v0.2.0 

func (m *MockEmobilityI) EXPECT() *MockEmobilityIMockRecorder

EXPECT returns an object that allows the caller to indicate expected use.

type MockEmobilityIMockRecorder added in v0.2.0 

type MockEmobilityIMockRecorder struct {
	// contains filtered or unexported fields
}

MockEmobilityIMockRecorder is the mock recorder for MockEmobilityI.

func (*MockEmobilityIMockRecorder) EVChargeStrategy added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVChargeStrategy() *gomock.Call

EVChargeStrategy indicates an expected call of EVChargeStrategy.

func (*MockEmobilityIMockRecorder) EVChargedEnergy added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVChargedEnergy() *gomock.Call

EVChargedEnergy indicates an expected call of EVChargedEnergy.

func (*MockEmobilityIMockRecorder) EVCommunicationStandard added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVCommunicationStandard() *gomock.Call

EVCommunicationStandard indicates an expected call of EVCommunicationStandard.

func (*MockEmobilityIMockRecorder) EVConnected added in v0.2.1 

func (mr *MockEmobilityIMockRecorder) EVConnected() *gomock.Call

EVConnected indicates an expected call of EVConnected.

func (*MockEmobilityIMockRecorder) EVConnectedPhases added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVConnectedPhases() *gomock.Call

EVConnectedPhases indicates an expected call of EVConnectedPhases.

func (*MockEmobilityIMockRecorder) EVCoordinatedChargingSupported added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVCoordinatedChargingSupported() *gomock.Call

EVCoordinatedChargingSupported indicates an expected call of EVCoordinatedChargingSupported.

func (*MockEmobilityIMockRecorder) EVCurrentChargeState added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVCurrentChargeState() *gomock.Call

EVCurrentChargeState indicates an expected call of EVCurrentChargeState.

func (*MockEmobilityIMockRecorder) EVCurrentLimits added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVCurrentLimits() *gomock.Call

EVCurrentLimits indicates an expected call of EVCurrentLimits.

func (*MockEmobilityIMockRecorder) EVCurrentsPerPhase added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVCurrentsPerPhase() *gomock.Call

EVCurrentsPerPhase indicates an expected call of EVCurrentsPerPhase.

func (*MockEmobilityIMockRecorder) EVEnergyDemand added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVEnergyDemand() *gomock.Call

EVEnergyDemand indicates an expected call of EVEnergyDemand.

func (*MockEmobilityIMockRecorder) EVGetIncentiveConstraints added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVGetIncentiveConstraints() *gomock.Call

EVGetIncentiveConstraints indicates an expected call of EVGetIncentiveConstraints.

func (*MockEmobilityIMockRecorder) EVGetPowerConstraints added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVGetPowerConstraints() *gomock.Call

EVGetPowerConstraints indicates an expected call of EVGetPowerConstraints.

func (*MockEmobilityIMockRecorder) EVIdentification added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVIdentification() *gomock.Call

EVIdentification indicates an expected call of EVIdentification.

func (*MockEmobilityIMockRecorder) EVLoadControlObligationLimits added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVLoadControlObligationLimits() *gomock.Call

EVLoadControlObligationLimits indicates an expected call of EVLoadControlObligationLimits.

func (*MockEmobilityIMockRecorder) EVOptimizationOfSelfConsumptionSupported added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVOptimizationOfSelfConsumptionSupported() *gomock.Call

EVOptimizationOfSelfConsumptionSupported indicates an expected call of EVOptimizationOfSelfConsumptionSupported.

func (*MockEmobilityIMockRecorder) EVPowerPerPhase added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVPowerPerPhase() *gomock.Call

EVPowerPerPhase indicates an expected call of EVPowerPerPhase.

func (*MockEmobilityIMockRecorder) EVSoC added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVSoC() *gomock.Call

EVSoC indicates an expected call of EVSoC.

func (*MockEmobilityIMockRecorder) EVSoCSupported added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVSoCSupported() *gomock.Call

EVSoCSupported indicates an expected call of EVSoCSupported.

func (*MockEmobilityIMockRecorder) EVWriteIncentives added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVWriteIncentives(data interface{}) *gomock.Call

EVWriteIncentives indicates an expected call of EVWriteIncentives.

func (*MockEmobilityIMockRecorder) EVWriteLoadControlLimits added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVWriteLoadControlLimits(obligations, recommendations interface{}) *gomock.Call

EVWriteLoadControlLimits indicates an expected call of EVWriteLoadControlLimits.

func (*MockEmobilityIMockRecorder) EVWritePowerLimits added in v0.2.0 

func (mr *MockEmobilityIMockRecorder) EVWritePowerLimits(data interface{}) *gomock.Call

EVWritePowerLimits indicates an expected call of EVWritePowerLimits.

Source Files

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