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iea43_wra_data_model-properties-measurement-location-measurement-location-properties-logger-configuration-logger-configuration.md

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items Type

object (Logger Configuration)

items Properties

Property Type Required Nullable Defined by
logger_oem_id string Required cannot be null IEA Wind Resource Assessment - Data Model
logger_model_name string Optional can be null IEA Wind Resource Assessment - Data Model
logger_serial_number string Required cannot be null IEA Wind Resource Assessment - Data Model
logger_firmware_version string Optional can be null IEA Wind Resource Assessment - Data Model
logger_id string Optional can be null IEA Wind Resource Assessment - Data Model
logger_name string Optional can be null IEA Wind Resource Assessment - Data Model
date_from string Required cannot be null IEA Wind Resource Assessment - Data Model
date_to string Required can be null IEA Wind Resource Assessment - Data Model
encryption_pin_or_key string Optional can be null IEA Wind Resource Assessment - Data Model
enclosure_lock_details string Optional can be null IEA Wind Resource Assessment - Data Model
data_transfer_details string Optional can be null IEA Wind Resource Assessment - Data Model
offset_from_utc_hrs number Optional can be null IEA Wind Resource Assessment - Data Model
sampling_rate_sec integer Optional can be null IEA Wind Resource Assessment - Data Model
averaging_period_minutes integer Optional can be null IEA Wind Resource Assessment - Data Model
timestamp_is_end_of_period boolean Optional can be null IEA Wind Resource Assessment - Data Model
clock_is_auto_synced boolean Optional can be null IEA Wind Resource Assessment - Data Model
logger_acquisition_uncertainty number Optional can be null IEA Wind Resource Assessment - Data Model
uncertainty_k_factor number Optional can be null IEA Wind Resource Assessment - Data Model
notes string Optional can be null IEA Wind Resource Assessment - Data Model
update_at string Optional can be null IEA Wind Resource Assessment - Data Model
lidar_config array Optional can be null IEA Wind Resource Assessment - Data Model
Additional Properties Any Optional can be null

logger_oem_id

This is the logger or remote sensing device manufacturer id as defined by the IEA Wind Resource Assessment Data Model Schema.

logger_oem_id

logger_oem_id Type

string (Logger OEM)

logger_oem_id Constraints

enum: the value of this property must be equal to one of the following values:

Value Explanation
"NRG Systems"
"Ammonit"
"Campbell Scientific"
"Vaisala"
"SecondWind"
"Kintech"
"Wilmers"
"Unidata"
"WindLogger"
"Leosphere"
"ZX Lidars"
"AXYS Technologies"
"AQSystem"
"Pentaluum"
"Nortek"
"Teledyne RDI"
"Aanderaa"
"Other"

logger_model_name

This is the logger or remote sensing device model name. This is usually stated in the data files from the logger in either the header or footer.

logger_model_name

logger_model_name Type

string (Logger Model Name)

logger_model_name Examples

"Symphonie Plus3"
"CR1000"
"Meteo-40M"
"WindCube v2"

logger_serial_number

The logger or remote sensing device serial number. This is sometimes different from the logger id.

logger_serial_number

logger_serial_number Type

string (Logger Serial Number)

logger_firmware_version

The logger or remote sensing device's Firmware Version. This is the software version that is run on the logger at the time of data acquisition. This software can be updated and so can sometimes impact the results of the outputted data. E.g. NRG SymphoniePro, Firmware Version: 3.2.3. For loggers/devices that have multiple software programmes to process the outputted data the versions can be concatenated together.

logger_firmware_version

logger_firmware_version Type

string (Logger Firmware Version)

logger_id

This is the logger or remote sensing device id. It may be set by the logger programmer and may be different from the logger serial number.

logger_id

logger_id Type

string (Logger Id)

logger_id Examples

"4321"
"D123456"
"WLS7-999"

logger_name

The logger (or mast name) name assigned to the logger in the logger programme.

logger_name

logger_name Type

string (Logger Name)

logger_name Examples

"AName_MM1"

date_from

The date from when these properties are active. If these properties follow a change, then this Date From should equal the previous Date To. The format of this date should follow ISO 8601 with the 'T' required. If a timezone is used, it is essential that this timezone is the same as the logger timezone.

date_from

date_from Type

string (Date From)

date_from Constraints

date time: the string must be a date time string, according to RFC 3339, section 5.6

date_from Examples

"2020-07-28T20:00:00"

date_to

The final end date for when these properties are active. If these properties are currently active please use null. If null is not allowed please use 2100-01-01T00:00:00. The format of this date should follow ISO 8601 with the 'T' required. If a timezone is used, it is essential that this timezone is the same as the logger timezone.

date_to

date_to Type

string (Date To)

date_to Constraints

date time: the string must be a date time string, according to RFC 3339, section 5.6

date_to Examples

"2020-07-28T20:00:00"
"2100-01-01T00:00:00"

encryption_pin_or_key

The encryption PIN or key used to encrypt the data.

encryption_pin_or_key

encryption_pin_or_key Type

string (Encryption PIN or Key)

encryption_pin_or_key Examples

"9876"
"KkocDuSCk3v5tw4kRveHGQvuD1kYVVbU"

enclosure_lock_details

Details about how to open the logger enclosure box when on site.

enclosure_lock_details

enclosure_lock_details Type

string (Enclosure Lock Details)

enclosure_lock_details Examples

"Combination lock PIN 54321."
"Physical key has id 54321."

data_transfer_details

Details about how the data is transferred from the logger to the recipient.

data_transfer_details

data_transfer_details Type

string (Data Transfer Details)

data_transfer_details Examples

"Logger emails to [email protected]"
"Retrieve data via LoggerNet."

offset_from_utc_hrs

The number of hours that the logger clock is offset from UTC. E.g. -5 for Eastern Standard Time. This could also be used to capture an incorrect time programmed into the logger. E.g. a logger might be installed in upstate New York and have a UTC offset of -5. Unfortunately the mast installer programmed the incorrect time into the logger by +15 mins. Therefore the offset from UTC is -4.75.

offset_from_utc_hrs

offset_from_utc_hrs Type

number (Offset From UTC [hr])

offset_from_utc_hrs Examples

"-5 (for Eastern Standard Time)"
"1 (for Central European Time)"
"5.5 (for India Standard Time)"

sampling_rate_sec

The number of seconds the logger samples data.

sampling_rate_sec

sampling_rate_sec Type

integer (Sampling Rate [s])

sampling_rate_sec Examples

"1"
"2"

averaging_period_minutes

The number of minutes the logger aggregates the data over.

averaging_period_minutes

averaging_period_minutes Type

integer (Averaging Period [min])

averaging_period_minutes Examples

"10"
"60"

timestamp_is_end_of_period

Does the timestamp represent the end of the averaging period. True is for timestamp to represent the end of the averaging period and false is for timestamp to represent the start of the averaging period.

timestamp_is_end_of_period

timestamp_is_end_of_period Type

boolean (Timestamp at End of Period)

timestamp_is_end_of_period Examples

"true (for timestamp to represent the end of the averaging period)"
"false (for timestamp to represent the start of the averaging period)"

clock_is_auto_synced

Is the logger clock auto-synced with an internet time server to keep accurate time. True is for when the logger clock is auto-synced and false is for when the logger clock is not auto-synced.

clock_is_auto_synced

clock_is_auto_synced Type

boolean (Clock is Auto-Synced)

clock_is_auto_synced Examples

"true (for when the logger clock is auto-synced)"
"false (for when the logger clock is not auto-synced)"

logger_acquisition_uncertainty

The uncertainty of the logger acquisition system as a percentage. This is also referred to as the uncertainty of the data acquisition system within IEC 61400-12-1.

logger_acquisition_uncertainty

logger_acquisition_uncertainty Type

number (Logger Acquisition Uncertainty [%])

logger_acquisition_uncertainty Examples

"0.1"

uncertainty_k_factor

Uncertainty k factor for Logger Acquisition Uncertainty as provided in logger documentation specification.

uncertainty_k_factor

uncertainty_k_factor Type

number (Uncertainty K Factor)

uncertainty_k_factor Examples

"2"

notes

Notes relating to these properties.

notes

notes Type

string (Notes)

notes Examples

"I can write anything I want here."

update_at

The date these properties were last updated.

update_at

update_at Type

string (Date of Update)

update_at Constraints

date time: the string must be a date time string, according to RFC 3339, section 5.6

update_at Examples

"2020-07-28T20:49:13"

lidar_config

The lidar specific configuration represents how the lidar's specific settings are configured. For example, if FCR is turned on.

lidar_config

lidar_config Type

object[] (Lidar Specific Configuration)

lidar_config Constraints

unique items: all items in this array must be unique. Duplicates are not allowed.

Additional Properties

Additional properties are allowed and do not have to follow a specific schema