Gas System Right Now

All data is real time data, except North Sea production and production of biomethane. Real time data is from our Scada System, where data is stored every 3 minutes. This does not apply for North Sea production data which we receive on an hourly basis from third party (not from the platform operator). And data for produced biomethane we receive 6 times a day from the distri-bution companies.


Timestamp UTC

Description

A date and time, shown in UTC time zone, for which the values are valid. The timestamp is the time the measure-ments are generated in the system.

Comment
Name

TimestampUTC

Type

datetime

Unit
Size

20

Example

2017-07-14T08:03:00Z

Property constraint
Validation rules

Timestamp DK

Description

A date and time, shown in Danish time zone, for which the values are valid. The timestamp is the time the measure-ments are generated in the system.

Comment
Name

TimestampDK

Type

datetime

Unit
Size

19

Example

2012-10-01T02:12:00

Property constraint
Validation rules

TYRA time

Description

Hourly production data from the TYRA offshore platform in the North Sea is received from a third party. TYRA Time indicates for which hour the TYRA Flow values are valid.

Comment
Name

TYRA_Time

Type

datetime

Unit
Size

19

Example
  1. august 2018 12:00-13:00
Property constraint
Validation rules

TYRA Flow

Description

Hourly production data from the TYRA offshore platform in the North Sea is received from a third party. TYRA Flow shows the hourly production for a specific hour.

Comment
Name

TYRA_Flow

Type

integer

Unit

kWh/h

Size

10

Example

738,965

Property constraint
Validation rules

0

Format regex

/d{10}

Biogas time

Description

Production data for biomethane is received from distribu-tion companies 6 times a day. Biogas Flow is the latest production rate for which we have a full set of produc-tion data.

Comment
Name

Biogas_Time

Type

datetime

Unit
Size

19

Example
  1. august 2018 11:00-12:00
Property constraint
Validation rules

Biogas Flow

Description

Production data for biomethane is received from distribution companies 6 times a day. Biogas Flow is the latest production rate for which we have a full set of production data.

Comment
Name

Biogas_Flow

Type

integer

Unit

kWh/h

Size

9

Example

212363

Property constraint
Validation rules
Format regex

([0-9]*[,])[0-9]

CO2 emission

Description

This number, calculated for gas measured in Egtved East, is the CO2 emission factor which gives the amount of CO2 emission when burning 1 kWh natural gas.

Comment
Name

CO2Emission

Type

number

Unit

g/kWh

Size

6.1

Example

301

Property constraint
Validation rules
Format regex

\d{4}

Dragør Flow

Description

Actual flowrate to/from Sweden.

Comment

Negative values indicate an export, where positive values indicate an import to the Danish gas system.

Name

Dragoer_Flow

Type

integer

Unit

kWh/h

Size

10

Example

738,965

Property constraint
Validation rules

&gt 0

Format regex

/d{10}

Ellund Flow

Description

This value shows the Gross Calorific Value for flow to and from Germany.

Comment

Negative values indicate flow from the Danish gas system.

Name

Ellund_Flow

Type

integer

Unit

kWh/h

Size

10

Example

738,965

Property constraint
Validation rules

0

Format regex

/d{10}

ExitZone Flow

Description

This flowrate indicates the total consumption of gas in Denmark, both through the distribution network and plants directly connected to the transmission system

Comment

Negative data indicates consumption in Denmark.

Name

ExitZone_Flow

Type

integer

Unit

kWh/h

Size

10

Example

738,965

Property constraint
Validation rules

0

Format regex

/d{10}

LTLager Flow

Description

This flowrate indicates injection and withdrawal from Ll. Torup Gas Storage facility.

Comment

Negative data indicates injection.

Name

LTLager_Flow

Type

integer

Unit

kWh/h

Size

10

Example

738,965

Property constraint
Validation rules

0

Format regex

/d{10}

Nybro Flow

Description

Actual flowrate for deliveries from the North Sea

Comment

Negative data indicates flow from the Danish gas system.

Name

Nybro_Flow

Type

integer

Unit

kWh/h

Size

10

Example

738,965

Property constraint
Validation rules

0

Format regex

/d{10}

SLLager Flow

Description

This flowrate indicates injection and withdrawal from Stenlille Gas Storage facility.

Comment

Negative data indicates injection.

Name

SLLager_Flow

Type

integer

Unit

kWh/h

Size

10

Example

738,965

Property constraint
Validation rules

0

Format regex

/d{10}

Dragør GCV

Description

This value is the gross calorific value for flow to Sweden.

Comment
Name

Dragoer_GCV

Type

number

Unit

MJ/Nm³

Size

9.3

Example

44.004

Property constraint
Validation rules

0

Format regex

([0-9]*[,])[0-9][0-9][0-9]

Egtved GCV

Description

This value is the gross calorific value for flow from Egtved towards east.

Comment
Name

Egtved_GCV

Type

number

Unit

MJ/Nm³

Size

9.3

Example

44,004

Property constraint
Validation rules

0

Format regex

([0-9]*[,])[0-9][0-9][0-9]

Ellund GCV

Description

This value is the gross calorific value for flow to and from Germany.

Comment
Name

Ellund_GCV

Type

number

Unit

MJ/Nm³

Size

9.3

Example

44,004

Property constraint
Validation rules

0

Format regex

([0-9]*[,])[0-9][0-9][0-9]

LTLager GCV

Description

This value is the gross calorific value for flow to and from Ll. Torup Gas Storage facility

Comment
Name

LTLager_GCV

Type

number

Unit

MJ/Nm³

Size

9.3

Example

44,004

Property constraint
Validation rules

0

Format regex

([0-9]*[,])[0-9][0-9][0-9]

Nybro GCV

Description

This value is the gross calorific value for flow from the North Sea.

Comment
Name

Nybro_GCV

Type

number

Unit

MJ/Nm³

Size

9.3

Example

44,004

Property constraint
Validation rules

0

Format regex

([0-9]*[,])[0-9][0-9][0-9]

SLLager GCV

Description

This value is the gross calorific value for flow to and from Stenlille Gas Storage facility

Comment
Name

SLLager_GCV

Type

number

Unit

MJ/Nm³

Size

9.3

Example

44,004

Property constraint
Validation rules

0

Format regex

([0-9]*[,])[0-9][0-9][0-9]