WS TES - Thermal Energy Storage (TES) Systems
The Workshop will focus on the semantic modelling and standardization of TES systems to improve their integration and performance within modern energy ecosystems. This includes developing a comprehensive ontology for TES that defines key attributes (e.g., capacity, thermal properties, operational modes) and supports use cases such as renewable energy integration, demand-side management, and smart grid services. The scope includes: - Semantic alignment with existing energy and IoT ontologies, including extensions like SAREF4ENER. - Validation and testing of the ontology in diverse real-world scenarios, as demonstrated in pilot use cases. - Documentation of integration guidelines and best practices for using SAREF4TESS in energy management systems. The scope excludes the physical design or engineering specifications of TES systems, economic or policy frameworks for TES deployment, and aspects unrelated to semantic modelling, such as hardware-specific implementations. The focus remains on semantic interoperability, data standardization, and TES integration within broader energy management systems.
Thermal Energy Storage (TES) Systems
The Workshop will focus on the semantic modelling and standardization of TES systems to improve their integration and performance within modern energy ecosystems. This includes developing a comprehensive ontology for TES that defines key attributes (e.g., capacity, thermal properties, operational modes) and supports use cases such as renewable energy integration, demand-side management, and smart grid services. The scope includes: - Semantic alignment with existing energy and IoT ontologies, including extensions like SAREF4ENER. - Validation and testing of the ontology in diverse real-world scenarios, as demonstrated in pilot use cases. - Documentation of integration guidelines and best practices for using SAREF4TESS in energy management systems. The scope excludes the physical design or engineering specifications of TES systems, economic or policy frameworks for TES deployment, and aspects unrelated to semantic modelling, such as hardware-specific implementations. The focus remains on semantic interoperability, data standardization, and TES integration within broader energy management systems.
General Information
There are no results that match your search criteria
Frequently Asked Questions
WS TES is a Technical Committee within CLC. It is named "Thermal Energy Storage (TES) Systems" and is responsible for: The Workshop will focus on the semantic modelling and standardization of TES systems to improve their integration and performance within modern energy ecosystems. This includes developing a comprehensive ontology for TES that defines key attributes (e.g., capacity, thermal properties, operational modes) and supports use cases such as renewable energy integration, demand-side management, and smart grid services. The scope includes: - Semantic alignment with existing energy and IoT ontologies, including extensions like SAREF4ENER. - Validation and testing of the ontology in diverse real-world scenarios, as demonstrated in pilot use cases. - Documentation of integration guidelines and best practices for using SAREF4TESS in energy management systems. The scope excludes the physical design or engineering specifications of TES systems, economic or policy frameworks for TES deployment, and aspects unrelated to semantic modelling, such as hardware-specific implementations. The focus remains on semantic interoperability, data standardization, and TES integration within broader energy management systems. This committee has published 0 standards.
WS TES develops CLC standards in the area of Information technology. The scope of work includes: The Workshop will focus on the semantic modelling and standardization of TES systems to improve their integration and performance within modern energy ecosystems. This includes developing a comprehensive ontology for TES that defines key attributes (e.g., capacity, thermal properties, operational modes) and supports use cases such as renewable energy integration, demand-side management, and smart grid services. The scope includes: - Semantic alignment with existing energy and IoT ontologies, including extensions like SAREF4ENER. - Validation and testing of the ontology in diverse real-world scenarios, as demonstrated in pilot use cases. - Documentation of integration guidelines and best practices for using SAREF4TESS in energy management systems. The scope excludes the physical design or engineering specifications of TES systems, economic or policy frameworks for TES deployment, and aspects unrelated to semantic modelling, such as hardware-specific implementations. The focus remains on semantic interoperability, data standardization, and TES integration within broader energy management systems. Currently, there are 0 published standards from this technical committee.
CLC is a standardization organization that develops and publishes standards to support industry, commerce, and regulatory requirements.
A Technical Committee (TC) in CLC is a group of experts responsible for developing international standards in a specific technical area. TCs are composed of national member body delegates and work through consensus to create standards that meet global industry needs. Each TC may have subcommittees (SCs) and working groups (WGs) for specialized topics.