AAS Submodel Templates
Submodels (Teilmodelle) bilden den Inhalt der Asset Administration Shell. Sie beschreiben inhaltliche oder funktionale Aspekte eines Assets. Finden Sie hier die Übersicht der offiziellen IDTA Submodel-Templates.
IDTA TEILMODELLE
Registered AAS Submodel Templates
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
The Submodel provides a standardized description of energy flows of an asset during its operational phase. It is designed for general use with machines and components – from subcomponents to systems – that either receive or deliver energy.
Energy connections at the asset’s interfaces are defined, enabling a uniform structure for the provision of energy-related data, including consumption, power, and efficiency. This data can later be integrated into higher-level energy monitoring systems and further processed in downstream applications – for example, documentation, benchmarking, or optimization of energy consumption.
Use Cases:
Energy consumption of production machines for e.g. PCF calculation of a production line
Energy distribution within complex systems
Monitoring of energy sources, energy generation or energy conversion
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
The submodel provides a standardized description of energy consumption during the production phase of an asset (focus on production of single parts, subcomponents and components). It is designed for general use with assets produced via energy-consuming manufacturing processes. In the submodel, production steps are defined and linked to production machines. Users define KPIs such as total energy consumed or energy per unit.
The submodel integrates with higher-level systems for cost analysis, sustainability reporting, and process optimization, while providing foundational energy data to support the Product Carbon Footprint (PCF) Submodel. It explicitly links to the Energy Monitoring Submodel of the producing machine.
Use Cases:
Energy consumption as basis for future PCF calculations
Energy consumption to analyze the production process
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
The proposed submodel enables the integration of verified Environmental Product Declarations (EPDs, Type III according to ISO 14025) into the Asset Administration Shell (AAS). An EPD provides objective, transparent, and third-party verified information about the environmental performance of a product throughout its life cycle. It is based on a Life Cycle Assessment (LCA) in accordance with ISO 14040/44 and product category rules (PCRs).
The submodel represents the structure and metadata of an EPD in a machine-readable format, including information on:
Program operator (e.g., International EPD System, PEP ecopassport, IBU, EPD Norway/EPD-Global)
Registration and validity data• Declared product (product name, declared unit, functional unit)
Underlying PCRs (e.g., EN 15804 for construction products, EN 50693 for electrical and HVAC products)
Key LCA result indicators (e.g., global warming potenti al, resource use, waste generation)
Verification and reviewer details.
The AAS integration enables manufacturers, planners, and authorities to digitally exchange EPD data, use it within Digital Product Passports, and perform automated sustainability and compliance checks. Primary application domains include the construction and building materials sector, the electrical/electronic and HVAC industries, and general industrial and consumer goods.
Use Cases:
Digital integration of verified EPD documents in AAS
Automated verification and compliance checks
Data exchange for Digital Product Passports (DPP)
Linking EPDs to product identifiers and nameplate submodels
Machine-readable representation of Type III environmental declarations
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
This submodel will serve as the counterpart to the already published SMT “Worker Workstation Matching Data”. The latter specifies, among other things, the skill and qualification demands from a worker for a workstation. The proposed SMT will provide the skill and qualification offerings by a worker to be compared to the demands of a workstation.
The ultimate goal is that in the combination of the two SMTs, the automatic assignment of a human workforce to a set of workstations becomes possible. As such, the SMT shall contain information of the particular qualifications and skills of a human worker, including personal preferences and impairments (if necessary/wanted).
The SMT should also provide information on the ergonomic load on different body parts accumulated by the worker due to being assigned to several workstations over a period of time. This information can be used to optimize the distribution of a set of workers to a set of workstations from the point of view of balancing and minimizing the total ergonomic strain on a set of workers.
Use cases:
Automated worker-workstation matching for shift management
Optimizing / minimizing the physical strain of a workforce over several shifts
Tracking the skill pool of the workforce to inform needed hires
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
The proposed submodel serves as the counterpart of the “Digital Nameplate for Industrial Equipment” for human worker assets. The “Digital Nameplate” SMT is fully focused on capturing information of machines and cannot be re-used to any significant degree for a human worker. Hence, a new SMT is necessary to provide a standardized way of handling human worker asset data.
The submodel will include general information about a human worker that allow the general management of human assets and can be used to store information ranging from IDs and key dates and values pertaining to a worker to information such as language proficiencies or work clothes/equipment sizes.
Use Cases:
General bookkeeping of human assets
Keeping track of need to provide information in a specific language
Managing needed work equipment/clothes for workforce