Data Model. The underlying data model used by the system must be tested to conform to the standard of a so-called third generation system. This means that the data model must be capable of the following: i. A Point-of-Connection must be supported which is independent from a Location, Meter and Consumer. ii. The tariff must not be connected to a Meter or a Consumer, but must rest with the iii. The data model must allow for the definition of hierarchical Nodes to simulate a distribution network. iv. The data model must allow for WGS-84 GPS coordinate definition with all locations. v. The data model must accommodate, for enhanced management purposes, possible additional resources like water, gas and other utilities. vi. The data model must accommodate meter reading for reading prepaid meters, and reconciling meter consumption with sales.
Appears in 1 contract
Sources: Service Level Agreement
Data Model. The underlying data model used by the system must be tested to conform to the standard of a so-called third generation system. This means that the data model must be capable of the following:
i. A Point-of-Connection must be supported which is independent from a Location, Meter and Consumer.and
ii. The tariff must not be connected to a Meter or a Consumer, but must rest with thethe Point-of- Connection.
iii. The data model must allow for the definition of hierarchical Nodes to simulate a distribution network.
iv. The data model must allow for WGS-84 GPS coordinate definition with all locations.
v. The data model must accommodate, for enhanced management purposes, possible additional resources like water, gas and other utilities.
vi. The data model must accommodate meter reading for reading prepaid meters, and reconciling meter consumption with sales.
Appears in 1 contract
Sources: Service Level Agreement