{"schemaVersion":"ready-scan.discovery-surface.v1","id":"urn:readyscan:corpus:buyer-question:quantumscape-q99036143-answer-d55e3808ad18a71e8058","key":"buyer_question:quantumscape-q99036143-answer-d55e3808ad18a71e8058","kind":"buyer_question","slug":"quantumscape-q99036143-answer-d55e3808ad18a71e8058","canonicalUrl":"https://directory.readyscan.ai/corpus/buyer-question/quantumscape-q99036143-answer-d55e3808ad18a71e8058","machineUrl":"https://directory.readyscan.ai/discovery/corpus/buyer-question/quantumscape-q99036143-answer-d55e3808ad18a71e8058.json","datePublished":"2026-10-25","dateModified":"2026-10-25","materialFingerprint":"fnv1a64:672659ac415b807d","membershipFingerprint":"fnv1a64:8b3a53168cc0b0bf","relatedEntitySlugs":["quantumscape-q99036143"],"relatedSurfaceKeys":["buyer_question:quantumscape-q99036143-answer-8a6326449025d6969aaf","buyer_question:quantumscape-q99036143-answer-c992e499360ea41fc192","buyer_question:quantumscape-q99036143-answer-f0cea1ca30b4cbc2752f","evidence:quantumscape-q99036143"],"sourceIds":["ready-scan-subjects"],"provenance":[{"snapshotId":"quantumscape-q99036143-content-e6818c68f4015a38-snapshot","sourceId":"ready-scan-subjects","sourceRecordId":"Q99036143","sourceRevisionId":"Q99036143:content:f10ba0223aa47895","sourceContentHash":"fnv1a64:2fdc0ede79e55753","recordRevisionId":"Q99036143:content:f10ba0223aa47895","recordContentHash":"fnv1a64:3fc357dbe9b33a3e","sourceCanonicalUrl":"https://www.quantumscape.com/","sourceModifiedAt":"2026-10-25T04:00:43.025Z","observedOn":"2026-10-25","permission":{"basis":"public_information","evidenceUrl":"https://www.quantumscape.com/"},"attributionUrl":"https://www.quantumscape.com/"}],"quality":{"method":"same_kind_unique_trigram_floor","minimumUniqueTrigramRatio":0.3,"status":"passed"},"title":"Q: What is the potential for QuantumScape battery technology to increase the range of electric vehicles?","summary":"Cited source answers across 1 active corpus record.","question":"Q: What is the potential for QuantumScape battery technology to increase the range of electric vehicles?","answers":[{"entitySlug":"quantumscape-q99036143","entityName":"QuantumScape","answer":"“A: The higher energy density of QuantumScape solid-state lithium-metal cells, at our commercial target of 800–1,000 Wh/L (as of Dec. 2023), could translate to more range in the electric vehicle, depending on the vehicle design.”","sourceUrls":["https://www.quantumscape.com/battery-technology/"]}]}