Adopting the IEC Common Information Model to Enable Smart Grid Interoperability and Knowledge Representation Processes:Use Cases

Use Cases

Smart grid interoperability depends on standards used by the diverse range of equipment and processes it is composed of. Standards also ensure against pre- mature obsolescence and support security implementation within the technologies they apply to. Utility PSA and equipment interface requirements have driven the need for a reference ICT standards architecture that can be mapped to the conceptual smart grid reference architectures to satisfy actor interaction requirements. The linkages between the standards architecture and smart grid conceptual architecture are use cases. These describe the series of events involving an actor and a technology or process, necessary to execute the intended smart grid capabilities and functions. In this sense, by forming the essential connection between a subject and its objective, the use case reflects the notion of the ‘‘subject-predicate- object’’ triple familiar within RDF notation. The scope for standards extension, modification or for new standards to be included in the reference architecture widens as the use cases for smart grid information and communications integration increase.

Use cases vary in the detail of their specification according to NIST by being either ‘‘prescriptive’’ or ‘‘descriptive’’ [16]. The latter omits the specification for the implementation of the use case but describes the actor and functional requirements of the intended goal. Rigorous definition of use cases is therefore advisable to avoid confusion not only over the objective of an intended func- tionality but also to limit duplication of standards development effort. The refer- ence for defining smart grid use cases according to the EPRI IntelliGrid methodology is given in IEC Publicly Available Specification (PAS) 62559 [47]. Its application process under M/490 is given in [48]. Smart Grid use case repos- itories are being developed in the EU and the USA with one of the most mature managed by EPRI [49] (see also the NIST Interoperability Knowledge Base [50]).

Related posts:

Transient-Suppression Devices:Selecting Protection Components
Power-Generation Systems:Fundamental Concepts
Effects of semiconductor power converters.
Maintenance Strategies, Dielectric Theory, Insulating Materials, Failure Modes, and Maintenance Impa...
Low-Voltage Switchgear and Circuit Breakers:Low-Voltage Circuit Breakers
Motors and Generators:Brushes
Electrical Power System Grounding and Ground Resistance Measurements:Soil Resistivity Measurements (...
Engine mechanics:Cleaning and Teardown
Stress Analysis of 3L-NPC Wind Power Converter Under Fault Condition:Thermal Redistributed Modulatio...
General Overview:Energy Savings
The Current Situation and Perspectives on the Use of Wind Energy for Electricity Generation:The Neth...
The Current Situation and Perspectives on the Use of Biomass in the Generation of Electricity:Lookin...
The Current Situation and Perspectives on the Use of Biomass in the Generation of Electricity:Sweden

Leave a comment

Your email address will not be published. Required fields are marked *