Vision Marine Technologies Files Patent Application for Independent Fault Detection Technology
Vision Marine Technologies (NASDAQ:VMAR) has filed a new patent application with the USPTO for its Independent Fault Detection Technology, designed for the E-Motion™ High Voltage Electric Marine Powertrain. The technology features a Power Distribution Unit (PDU) with independent fault detection loops for batteries and propulsion systems.
The system enables autonomous management of critical powertrain components through a redundant architecture of multiple high voltage batteries connected in parallel. Safety loops independently monitor each battery's security, maintaining operational performance while isolating faults automatically without manual intervention.
This innovation represents Vision Marine's commitment to addressing technical challenges in electric marine propulsion, focusing on reliability and performance optimization while supporting the industry's transition to electric-powered vessels.
Vision Marine Technologies (NASDAQ:VMAR) ha presentato una nuova domanda di brevetto presso l'USPTO per la sua Tecnologia di Rilevazione dei Guasti Indipendente, progettata per il sistema di propulsione marittima elettrica ad alta tensione E-Motion™. La tecnologia presenta un Unità di Distribuzione dell'Energia (PDU) con circuiti di rilevazione dei guasti indipendenti per le batterie e i sistemi di propulsione.
Il sistema consente la gestione autonoma dei componenti critici del sistema di propulsione attraverso un'architettura ridondante di più batterie ad alta tensione collegate in parallelo. I circuiti di sicurezza monitorano indipendentemente la sicurezza di ciascuna batteria, mantenendo le prestazioni operative mentre isolano automaticamente i guasti senza intervento manuale.
Questa innovazione rappresenta l'impegno di Vision Marine nell'affrontare le sfide tecniche nella propulsione marittima elettrica, concentrandosi su affidabilità e ottimizzazione delle prestazioni, supportando nel contempo la transizione dell'industria verso imbarcazioni alimentate elettricamente.
Vision Marine Technologies (NASDAQ:VMAR) ha presentado una nueva solicitud de patente ante la USPTO para su Tecnología de Detección de Fallos Independiente, diseñada para el sistema de propulsión marina eléctrica de alta tensión E-Motion™. La tecnología cuenta con una Unidad de Distribución de Energía (PDU) con bucles de detección de fallos independientes para baterías y sistemas de propulsión.
El sistema permite la gestión autónoma de componentes críticos del tren motriz a través de una arquitectura redundante de múltiples baterías de alta tensión conectadas en paralelo. Los bucles de seguridad monitorean de manera independiente la seguridad de cada batería, manteniendo el rendimiento operativo mientras aíslan automáticamente los fallos sin intervención manual.
Esta innovación representa el compromiso de Vision Marine de abordar los desafíos técnicos en la propulsión marina eléctrica, enfocándose en la confiabilidad y la optimización del rendimiento, apoyando al mismo tiempo la transición de la industria hacia embarcaciones propulsadas eléctricamente.
비전 마린 테크놀로지스 (NASDAQ:VMAR)는 E-Motion™ 고전압 전기 해양 동력전달 시스템을 위해 독립 고장 감지 기술에 대한 새로운 특허를 미국 특허청(USPTO)에 출원했습니다. 이 기술은 배터리와 추진 시스템에 대한 독립적인 고장 감지 루프가 있는 전력 분배 장치(PDU)를 특징으로 합니다.
이 시스템은 병렬로 연결된 여러 고전압 배터리의 중복 구조를 통해 중요한 동력전달 구성 요소의 자율적인 관리를 가능하게 합니다. 안전 루프는 각 배터리의 안전성을 독립적으로 모니터링하여 수동 개입 없이 고장을 자동으로 격리하면서 운영 성능을 유지합니다.
이 혁신은 전기 해양 추진의 기술적 문제를 해결하겠다는 비전 마린의 의지를 나타내며, 신뢰성과 성능 최적화를 중심으로 하여 전기 동력 선박으로의 산업 전환을 지원합니다.
Vision Marine Technologies (NASDAQ:VMAR) a déposé une nouvelle demande de brevet auprès de l'USPTO pour sa technologie de détection des pannes indépendante, conçue pour le système de propulsion marine électrique haute tension E-Motion™. La technologie comprend une unité de distribution d'énergie (PDU) avec des boucles de détection des pannes indépendantes pour les batteries et les systèmes de propulsion.
Le système permet la gestion autonome des composants critiques de la chaîne de propulsion grâce à une architecture redondante de plusieurs batteries haute tension connectées en parallèle. Des boucles de sécurité surveillent indépendamment la sécurité de chaque batterie, maintenant les performances opérationnelles tout en isolant automatiquement les pannes sans intervention manuelle.
Cette innovation représente l'engagement de Vision Marine à faire face aux défis techniques de la propulsion marine électrique, en se concentrant sur la fiabilité et l'optimisation des performances tout en soutenant la transition de l'industrie vers des navires alimentés électriquement.
Vision Marine Technologies (NASDAQ:VMAR) hat einen neuen Patentantrag bei der USPTO für seine unabhängige Fehlertkennungstechnologie eingereicht, die für den E-Motion™ Hochvolt-Elektromarinemotor entwickelt wurde. Die Technologie umfasst eine Stromverteilungseinheit (PDU) mit unabhängigen Fehlerschleifen für Batterien und Antriebssysteme.
Das System ermöglicht die autonome Verwaltung kritischer Antriebskomponenten durch eine redundante Architektur mehrerer parallel geschalteter Hochvolt-Batterien. Sicherheitskreise überwachen unabhängig die Sicherheit jeder Batterie, erhalten die Betriebsleistung und isolieren automatisch Fehler ohne manuelle Eingriffe.
Diese Innovation spiegelt das Engagement von Vision Marine wider, technische Herausforderungen in der elektrischen Meeresantriebstechnologie anzugehen, mit Fokus auf Zuverlässigkeit und Leistungsoptimierung, während gleichzeitig der Übergang der Branche zu elektrisch betriebenen Schiffen unterstützt wird.
- Patent filing strengthens intellectual property portfolio in electric marine technology
- Technology enables autonomous fault detection and management, reducing downtime
- System features redundant architecture improving operational reliability
- None.
Insights
This patent filing marks a strategic advancement in Vision Marine's intellectual property portfolio, particularly significant for a company with a market cap under
The technology's architecture presents several key advantages:
- The redundant battery system with parallel configuration ensures continuous operation even if one unit fails, important for marine applications where system failures could be catastrophic
- Autonomous fault detection and isolation capability reduces maintenance costs and downtime, potentially improving the total cost of ownership for end users
- The absence of centralized control systems simplifies the architecture, potentially reducing manufacturing costs and improving reliability
From a market perspective, this patent could strengthen Vision Marine's competitive position in two ways:
- It creates barriers to entry in the growing electric marine propulsion market, potentially leading to licensing revenues
- The technology's focus on reliability and safety addresses key adoption barriers in the marine industry, where performance consistency is paramount
However, investors should note that patent applications typically take 18-24 months for approval and commercial implementation timelines remain unclear. The technology's real value will depend on successful integration into the E-Motion™ powertrain and market acceptance. While promising, this development represents a long-term strategic asset rather than an immediate revenue driver.
Enhancing Performance and Reliability in Electric Marine Powertrains
MONTRÉAL, QC / ACCESS Newswire / January 27, 2025 / Vision Marine Technologies Inc. (the "Company," "Vision Marine," "we," "us," "our") (NASDAQ:VMAR) is pleased to announce the filing of its latest patent application with the United States Patent and Trademark Office. This application is part of a series of patents filed by Vision Marine to advance its E-Motion™ High Voltage Electric Marine Powertrain. The new Independent Fault Detection Technology is designed to autonomously manage critical powertrain components, improving operational performance and reliability while addressing the unique demands of the electric marine industry.
"Reliability and performance are at the core of our E-Motion™ powertrain systems," said Xavier Montagne, Chief Technology Officer at Vision Marine. "This patent application demonstrates the benefits of a redundant architecture consisting of multiple high voltage batteries connected in parallel. Safety loops that independently ensure the security of each battery help maintain high operational performances."
The technology incorporates a Power Distribution Unit (PDU) equipped with independent fault detection loops for key connections, including batteries and propulsion systems. These loops isolate faults autonomously, eliminating the need for manual intervention or centralized control. This innovation enables potential issues to be addressed in real time, minimizing downtime and enhancing reliability under various operating conditions.
The independent fault detection system aligns with Vision Marine's broader commitment to developing solutions that address the technical and operational challenges of electric marine propulsion. By combining advanced engineering with data-driven insights, the Company is contributing to the development of a powertrain ecosystem that optimizes performance, supports sustainable boating, and meets the evolving demands of the marine market.
As electric propulsion becomes the future of the marine industry, Vision Marine's innovation is paving the way for a new era of sustainable and reliable boating. By focusing on creating scalable, data-driven, and advanced technology solutions, the Company is addressing the industry's most pressing challenges while supporting the transition to electric-powered marine vessels.
About Vision Marine Technologies Inc.
Vision Marine Technologies, Inc. (NASDAQ:VMAR) is driving the shift to sustainable, electric-powered recreational boating with its E-Motion™ outboard powertrain system. Combining advanced battery technology, high-efficiency motors, proprietary software, and innovative assembly techniques, Vision Marine delivers efficient and high-performing solutions for the marine industry.
Forward-Looking Statement
This press release contains forward-looking statements within the safe harbor provisions of the Private Securities Litigation Reform Act of 1995. These statements involve risks, uncertainties, and other factors that may cause actual results to differ materially. For a detailed discussion of these risks, refer to Vision Marine's Annual Report on Form 20-F for the year ended August 31, 2024, and other periodic filings with the U.S. Securities and Exchange Commission. Vision Marine does not undertake any obligation to update or revise forward-looking statements other than as required by law.
Investor and Company Contact:
Vision Marine Technologies
Bruce Nurse
(303) 919-2913
bn@v-mti.com
Website: visionmarinetechnologies.com
Twitter: @marine_vision
Facebook: @VisionMarineTechnologies
Instagram: @visionmarine.technologies
YouTube: @VisionMarineTechnologies
Contact Information
Bruce Nurse
Investor Relations
bn@v-mti.com
303-919-2913
SOURCE: Vision Marine Technologies Inc
View the original press release on ACCESS Newswire
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