External data. The Services depend on access to external data from banks and other financial institutions and/or directly from the Customer. Tink cannot guarantee the availability or quality of external data and assumes no responsibility for any issue outside of Tink’s control relating to such data (such as the availability of financial institutions).
External data. The Services depend on access to external data from third-party software (e.g. Chat and Ticketing software) and/or directly from the Customer. Twyg cannot guarantee the availability or quality of external data and assumes no responsibility for any issue outside of Twyg’s control relating to such data (such as the availability of third-party software providers).
External data. The term “
External data. A description of data structures integrated through the ESB is presented in this section, detailing the source and format of the data, as well as a small description. For business process information, the metadata field provides a relation of the data with the information provided in the original request. Table 13 presents the structure of the data provided by the MDMS, which concern smart meter measurements. The mapping to the CIM format can be done using the MeterReadings schema defined by IEC 61968-9. Table 13 Smart meter data Source description Metered electricity consumption by commercial and industrial customers. Provided by the MDMS. Data format CSV or XLSX file with header row, containing the following information: • Meter identifier • Secondary Substation name • Time of reading as yyyy-MM-dd. HH:mm:ss • Type of measurement (e.g.Hourly) • Season as summer (E) or winter (H) • Imported active energy (accumulative) in Wh • Exported active energy (accumulative) in Wh • Reactive energy of quadrant 1 (Imported inductive energy) in +Var_i • Reactive energy of quadrant 2 (Exported capacitive energy) in -Var_c • Reactive energy of quadrant 3 (Exported inductive energy) in -Var_i • Reactive energy of quadrant 4 (imported capacitive energy) in +Var_c • Voltage of phase 1 in V • Voltage of phase 2 in V • Voltage of phase 3 in V • Voltage of phase N in V Table 14 and Table 15 present the data provided by the GIS. These concern secondary substation data, including information of transformers, lines and supply points (customer connection points), as well as switchgear data. The CIM classes needed to model will be based on SecondarySubstation, PowerTransformer, Line, ACLineSegment, Switch, Location, ConnectivityNode. Table 14 GIS Secondary Substation data Source description Information of transformer element in the grid as well as its interconnection with lines (and line segment), supply points and meters. Provided by the GIS. Data format XLSX file with header row, with multiple sheets, containing the following information. Sheet with output of transformer, containing: • Exit no. of transformer • Unique ID of node • Line voltage in V Sheet with line segments connected to the transformer, containing: • Exit no. of transformer • Unique Id of line segment • Line voltage in V • Size in m2 • Material Type (Cu or Al) • Deployment Type (aerial or ground) • Length in meters • Starting node ID • Ending node ID • Coordinates of starting point • Coordinates of end point Shee...
