Battery Knowledge Base

Welcome to the Battery Knowledge Base! This is a resource for sharing knowledge about batteries according to Semantic Web standards.

See also: https://battery2030.eu/research/research-data-management-rdm-standards/standards/

Content is based on

• https://www.celest.de/en/or/layer1
• https://kiprobatt.de
• BattINFO Ontology
• BVCO Ontology

SPARQL-UI: https://graph.battery-knowledge-base.projects01.open-semantic-lab.org/blazegraph/#query

ENDPOINT: https://graph.battery-knowledge-base.projects01.open-semantic-lab.org/blazegraph/namespace/kb/sparql

Utility & Master Data

Utility page

Knowledge Graph

Graph Battery Knowledge Base Overview

Full Graph: see Full knowledge graph

Flow Chart

Entity List

	HasType	HasDescription	Equivalent URI
3-Point Bending Test	MetaKitMeasurementProcessCategory		https://w3id.org/emmo/domain/chameo#ThreePointBendingTest
3D Scanning	MetaKitMeasurementProcessCategory
Acoustic Emission Analysis	MetaKitMeasurementProcessCategory
Active materials, binders, additives	MetaKitMaterialCategory
Adhesion (after calendering)	MetaKitCharacteristic
Adhesion (after drying)	MetaKitCharacteristic
Air Velocity Measurement	MetaKitMeasurementProcessCategory
Alignment	MetaKitCharacteristic	Winding: Alignment (accuracy of overlap) (en)
Alignment (winding/stacking)	MetaKitCharacteristic	Winding: Alignment (accuracy of overlap) (en)
Amperometry	MetaKitMeasurementProcessCategory		https://w3id.org/emmo/domain/chameo#Amperometry
Analyzed/disassembled cell	MetaKitMaterialCategory
Anemometer	MetaKitMeasurementProcessCategory
Applied current	MetaKitCharacteristic
Applied current (lab scale)	MetaKitCharacteristic
Applied pressure (press rolling)	MetaKitCharacteristic
Archimedes Method	MetaKitMeasurementProcessCategory
Area mass measurement	MetaKitMeasurementProcessCategory
Areal loading (dry)	MetaKitCharacteristic
Areal loading (post-dried)	MetaKitCharacteristic
Areal loading (wet)	MetaKitCharacteristic
Areal loading compared to post-dried film	MetaKitMeasurementProcessCategory

Funding

This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant number No. 101104022.