DeviceEnergyManagementTrait.ConstraintsStruct
class DeviceEnergyManagementTrait.ConstraintsStruct
Allows a client such as an EMS to inform an ESA about a constraint period.
Summary
Public constructors |
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ConstraintsStruct(Creates the ConstraintsStruct class. |
Public properties |
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UInt |
The duration, in seconds, of the constraint period. |
OptionalValue<Byte> |
Indicates the turn-up or turn-down value for the ESA during the constraint period. |
OptionalValue<Long> |
The maximum amount of energy, in megawatt hours, that the ESA can use during the constraint period. |
OptionalValue<Long> |
The nominal power, in milliwatts, at which the EMS requests the ESA to operate during the constrained period. |
UInt |
The start time, in UTC, of the constraint period. |
Public constructors
ConstraintsStruct
ConstraintsStruct(
startTime: UInt,
duration: UInt,
nominalPower: OptionalValue<Long> = OptionalValue.absent(),
maximumEnergy: OptionalValue<Long> = OptionalValue.absent(),
loadControl: OptionalValue<Byte> = OptionalValue.absent()
)
Creates the ConstraintsStruct class.
Public properties
loadControl
val loadControl: OptionalValue<Byte>
Indicates the turn-up or turn-down value for the ESA during the constraint period. This is expressed as a signed value between -100 and +100. A negative value indicates a request to use less energy, and a positive value indicates a request to use more energy. A value of 0 is neutral.
maximumEnergy
val maximumEnergy: OptionalValue<Long>
The maximum amount of energy, in megawatt hours, that the ESA can use during the constraint period. This is a signed value and can be used to indicate charging or discharging.
nominalPower
val nominalPower: OptionalValue<Long>
The nominal power, in milliwatts, at which the EMS requests the ESA to operate during the constrained period.