Volt Carbon Technologies and Charge CCCV LLC Jointly Announce Successful Test Results of Two Key Battery Technologies
Volt Carbon Technologies (TORVF) and Charge CCCV (C4V) announced successful test results from two collaborative battery technologies. The first combines Volt's lithium metal electrolyte with C4V's BMLMP cathodes, achieving stable capacity retention beyond 650 cycles with minimal capacity fade, outperforming conventional lithium iron phosphate technologies. C4V's SP Series technology is expected to deliver close to 300Wh/kg energy density without Cobalt or Nickel.
The second breakthrough pairs Volt's dry-separated graphite from Green Battery Minerals' Berkwood deposit with C4V's Green Anode technology. Testing showed a specific discharge capacity of 363.7 mAh/g with a first-cycle efficiency of 93.6%. The companies are now advancing to pouch cell development for larger-format batteries, targeting applications in electric vehicles and grid storage.
Volt Carbon Technologies (TORVF) e Charge CCCV (C4V) hanno annunciato risultati di test positivi da due tecnologie batteria collaborative. La prima combina l'elettrolita a metallo di litio di Volt con i catodi BMLMP di C4V, raggiungendo una ritenzione della capacità stabile oltre 650 cicli con una minima perdita di capacità, superando le tecnologie convenzionali al fosfato di ferro litio. Si prevede che la tecnologia SP Series di C4V offra una densità energetica vicina a 300Wh/kg senza Cobalto o Nichel.
Il secondo progresso abbina la grafite separata a secco di Volt dal giacimento Berkwood di Green Battery Minerals con la tecnologia Green Anode di C4V. I test hanno mostrato una capacità di scarica specifica di 363.7 mAh/g con un'efficienza del primo ciclo del 93.6%. Le aziende stanno ora avanzando nello sviluppo di celle pouch per batterie di formato più grande, mirando ad applicazioni nei veicoli elettrici e nella stoccaggio della rete.
Volt Carbon Technologies (TORVF) y Charge CCCV (C4V) anunciaron resultados de pruebas exitosas de dos tecnologías de batería colaborativas. La primera combina el electrolito de metal de litio de Volt con los cátodos BMLMP de C4V, alcanzando una retención de capacidad estable más allá de 650 ciclos con una mínima degradación de la capacidad, superando las tecnologías convencionales de fosfato de hierro de litio. Se espera que la tecnología SP Series de C4V ofrezca una densidad energética cercana a 300Wh/kg sin Cobalto ni Níquel.
El segundo avance empareja la grafito separado en seco de Volt del depósito Berkwood de Green Battery Minerals con la tecnología Green Anode de C4V. Las pruebas mostraron una capacidad de descarga específica de 363.7 mAh/g con una eficiencia del primer ciclo del 93.6%. Las empresas ahora están avanzando hacia el desarrollo de celdas pouch para baterías de formato más grande, enfocándose en aplicaciones en vehículos eléctricos y almacenamiento en red.
Volt Carbon Technologies (TORVF)와 Charge CCCV (C4V)는 두 가지 협력 배터리 기술에서 성공적인 테스트 결과를 발표했습니다. 첫 번째 기술은 Volt의 리튬 금속 전해질과 C4V의 BMLMP 캐소드가 결합된 것으로, 650 사이클 이상에서 안정적인 용량 유지를 달성하며 용량 감소가 최소화되어 기존 리튬 철 인산 기술을 초월했습니다. C4V의 SP 시리즈 기술은 코발트나 니켈 없이 약 300Wh/kg의 에너지 밀도를 제공할 것으로 예상됩니다.
두 번째 혁신은 Volt의 Green Battery Minerals의 Berkwood 광산에서 분리된 건조 그래파이트와 C4V의 Green Anode 기술을 조합한 것입니다. 테스트 결과 363.7 mAh/g의 특정 방전 용량과 93.6%의 첫 주기 효율을 보였습니다. 두 회사는 이제 전기차와 그리드 저장 장치에 적용하기 위해 대형 배터리 용의 파우치 셀 개발로 나아가고 있습니다.
Volt Carbon Technologies (TORVF) et Charge CCCV (C4V) ont annoncé des résultats de tests réussis pour deux technologies de batteries collaboratives. La première combine l'électrolyte au lithium métallique de Volt avec les cathodes BMLMP de C4V, atteignant une rétention de capacité stable au-delà de 650 cycles avec une dégradation de capacité minimale, surpassant les technologies conventionnelles au phosphate de fer lithium. La technologie SP Series de C4V devrait offrir une densité énergétique proche de 300Wh/kg sans cobalt ni nickel.
La deuxième avancée associe le graphite séparé à sec de Volt du gisement Berkwood de Green Battery Minerals à la technologie Green Anode de C4V. Les tests ont montré une capacité de décharge spécifique de 363,7 mAh/g avec une efficacité du premier cycle de 93,6%. Les entreprises avancent maintenant vers le développement de cellules pouch pour des batteries de format plus grand, ciblant des applications dans les véhicules électriques et le stockage sur réseau.
Volt Carbon Technologies (TORVF) und Charge CCCV (C4V) haben erfolgreiche Testergebnisse aus zwei kollaborativen Batterietechnologien angekündigt. Die erste kombiniert Volts Lithium-Metall-Elektrolyt mit C4Vs BMLMP-Kathoden und erreicht eine stabile Kapazitätsrückhaltung von mehr als 650 Zyklen mit minimalem Kapazitätsverlust, was herkömmliche Lithium-Eisenphosphat-Technologien übertrifft. Die SP Series-Technologie von C4V wird voraussichtlich eine Energiedichte von nahezu 300Wh/kg ohne Kobalt oder Nickel liefern.
Der zweite Durchbruch kombiniert Volts trocken getrennte Grafit aus dem Berkwood-Vorkommen von Green Battery Minerals mit C4Vs Green Anode-Technologie. Die Tests zeigten eine spezifische Entladekapazität von 363,7 mAh/g mit einer Erstzykluseffizienz von 93,6%. Die Unternehmen schreiten nun zur Entwicklung von Pouch-Zellen für größere Batterieformate voran, die für Anwendungen in Elektrofahrzeugen und Netzspeicher angestrebt werden.
- Successful test results showing stable capacity retention beyond 650 cycles
- High energy density achievement of 300Wh/kg without using Cobalt or Nickel
- Superior discharge capacity of 363.7 mAh/g with 93.6% first-cycle efficiency
- Environmentally friendly dry separation process eliminates chemical purification
- Test results have not been independently verified
- Technology still in early testing phase, requiring transition to larger-format batteries
Calgary, Alberta and Binghamton, New York--(Newsfile Corp. - February 4, 2025) - With reference to the prior news release dated November 17th 2023 regarding the announcement of a strategic relationship, Volt Carbon Technologies Inc. (TSXV: VCT) (OTCQB: TORVF) (BERLIN: WNF) ("VCT", "Volt" or "Volt Carbon") and Charge CCCV LLC ("C4V") are pleased to announce successful test results from two collaborative efforts: Volt's proprietary lithium metal electrolyte paired with C4V's advanced BMLMP cathodes, and Volt's dry-separated graphite paired with C4V's Green Anode technology. These results represent a positive step forward in the shared mission to advance sustainable, high-performance energy storage solutions.
Volt's Electrolyte Paired with C4V's BMLMP Cathodes
Volt's proprietary lithium metal electrolyte was tested in combination with C4V's advanced BMLMP (Bio-Mineralized Lithium Mixed Metals Phosphate) cathodes. This pairing achieved exceptional results, including enhanced energy density that outperformed conventional lithium iron phosphate (LFP) technologies. Coin cells built using this combination demonstrated stable capacity retention beyond 650 cycles with minimal capacity fade, showcasing the reliability and durability of this innovative solution.
These results highlight the potential of Volt's proprietary electrolyte to optimize the performance of C4V's BMLMP cathodes, creating next-generation solutions for high-energy-density applications. Figure 1 provides a detailed representation of the capacity retention performance, emphasizing the stability and longevity of the tested combination. C4V's SP Series technology is expected to deliver close to 300Wh/kg with BMLMP Cathode, achieving industry leading energy density without any Cobalt or Nickel.
Fig 1; Capacity Retention of Volt's electrolyte paired with C4V's BMLMP electrode.
Note: The test results have not been independently verified.
To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/9904/239547_263820c214da4a2a_001full.jpg
Volt's Dry-Separated Graphite Paired with C4V's Green Anode Technology
Graphitic rock from Green Battery Minerals Inc.'s (TSXV: GEM) Berkwood deposit was processed using Volt's proprietary dry separation technology at its Scarborough, Ontario facility. The refined material was then integrated into C4V's Green Anode process to produce battery-grade anode electrodes. Performance testing demonstrated a specific discharge capacity of 363.7 mAh/g (0.01V-1.0V at 0.05C), with a first-cycle efficiency (FCE) of
The results validate Volt's dry-separated graphite as a sustainable and potentially scalable material for energy storage. Figure 2 illustrates the charge and discharge profiles of coin cells utilizing Volt's graphite processed through C4V's Green Anode technology, demonstrating the excellent compatibility and performance of the materials.
Fig 2: Charge/Discharge, coin cells from Volt's Graphite and C4V's Green Anode Process
Note: The test results have not been independently verified.
To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/9904/239547_263820c214da4a2a_002full.jpg
Strategic Relationship Impact
These results build on the foundation of the November 2023 announcement of a strategic relationship between Volt Carbon and C4V, showcasing the strength of their collaboration. Volt's innovative dry separation process eliminates the need for chemical purification, significantly reducing the environmental footprint of graphite production. Combined with C4V's Green Anode and BMLMP cathode technologies, these advancements aim to set a new standard in sustainable, high-performance battery materials.
Looking ahead, Volt and C4V are advancing to pouch cell development with the ultimate goal to scale these two technologies for larger-format batteries. The next steps include transitioning from coin cell testing to pouch cell testing, optimizing production processes to ensure scalability, and refining the integration of these technologies for use in electric vehicles, grid storage, and other applications requiring high energy density and reliability. The two companies are also exploring opportunities to expand their collaboration, leveraging their combined expertise to deliver cutting-edge, eco-friendly energy storage solutions.
V-Bond Lee, CEO of Volt Carbon Technologies, stated, "These test results demonstrate the incredible potential of our two key technologies - dry-separated graphite and proprietary electrolyte - when paired with C4V's advanced Green Anode and BMLMP cathode technologies. This represents a positive step forward as we build on our strategic relationship with C4V to deliver sustainable, high-performance energy storage solutions, and we are excited to advance to larger-format battery testing."
Clifford Olin, CBO of Charge CCCV LLC, added, "We continue to be pleased with Volt Carbon's progress through our Supply Chain Qualification process and the promising results bode well for our collaboration. C4V's work with Volt Carbon supports our Mission and Vision to bring transcendent Lithium-ion battery technologies that are scalable to the commercial market as we make Energy Storage as clean, green and affordable as possible for everyone."
About Volt Carbon Technologies
Volt Carbon Technologies Inc. is a publicly traded company focused on advancing carbon science, with a strong emphasis on energy storage solutions and green energy innovation. The company holds strategic mining claims across Ontario, Quebec, and British Columbia, Canada. Volt Carbon operates a state-of-the-art battery fabrication facility in Guelph, Ontario, and a dedicated Carbon Research Facility in Scarborough, Ontario. For the latest updates on the company's projects and developments, please visit our website at www.voltcarbontech.com.
About Charge CCCV LLC
C4V™ is a lithium-ion battery technology company possessing critical insight related to the optimum performance of lithium-ion batteries and Gigafactory designs. C4V's discoveries have been fruitful in vastly extending battery life, safety and charge performance. However, more importantly, the C4V Gigafactory offering allows emerging countries to establish their own robust manufacturing ecosystem. C4V works with industry-leading raw material suppliers and the equipment supply chain to bring to market fully optimized batteries possessing key economic advantages providing the ultimate "best in class" performance for various applications and end-to-end solutions at a Gigawatt hour scale. Among four different Gigafactory projects across the globe currently under development, with its incredibly scalable business model C4V aims to achieve 100GWh of cell production capacity globally by 2030.
On behalf of the Board of Directors of Volt Carbon Technologies Inc,
V-Bond Lee, P. Eng.
CEO, President, Chairman of the Board and Director
Contacts:
Email: info@voltcarbontech.com
Tel: (647-546-7049)
On behalf of C4V
Clifford Olin
Chief Business Officer
Contacts:
Tel: (1-607-224-2225)
support@c4v.us
www.c4v.us
Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
FORWARD-LOOKING STATEMENTS: This press release contains forward-looking statements, within the meaning of applicable securities legislation, concerning Volt's business and affairs. In certain cases, forward-looking statements can be identified by the use of words such as ''plans'', ''expects'' or ''does not expect'', "intends" ''budget'', ''scheduled'', ''estimates'', "forecasts'', ''intends'', ''anticipates'' or variations of such words and phrases or state that certain actions, events or results ''may'', ''could'', ''would'', ''might'' or ''will be taken'', ''occur'' or ''be achieved''.
These forward-looking statements are based on current expectations and are naturally subject to uncertainty and changes in circumstances that may cause actual results to differ materially. Forward-Looking statements involve significant risks and uncertainties, should not be read as guarantees of future performance or results, and will not necessarily be accurate indications of whether or not such results will be achieved. Such statements include those with respect to: (i) VCT's and C4V's shared mission to advance sustainable, high-performance energy storage solutions; (ii) the potential of Volt's proprietary electrolyte to optimize the performance of C4V's BMLMP cathodes, creating next-generation solutions for high-energy-density applications; (iii) the belief that Volt's dry-separated graphite is a potentially scalable material for energy storage; (iv) VCT's and C4V's aim to set a new standard in sustainable, high-performance battery materials; (v) VCT's and C4V's goal to scale these two technologies for larger-format batteries; (vi) the intention of the strategic collaboration with C4V to accelerate VCT's goal in advancing sustainable energy storage technologies; (vii) the transition to pouch cell development and plans for scalability in electric vehicles, grid storage, and other high-energy applications; (viii) C4V's mission and vision to bring transcendent Lithium-ion battery technologies that are scalable to the commercial market; and (ix) C4V's mission and vision to make Energy Storage as clean, green and affordable as possible for everyone
All of the forward-looking statements made in this press release are qualified by these cautionary statements. Readers are cautioned not to place undue reliance on such forward-looking statements. Forward-Looking information is provided as of the date of this press release, and Volt assumes no obligation to update or revise them to reflect new events or circumstances, except as may be required under applicable securities legislation.
To view the source version of this press release, please visit https://www.newsfilecorp.com/release/239547
FAQ
What are the key performance metrics of TORVF's new battery technology?
How does TORVF's dry separation process benefit battery production?
What is the next development phase for TORVF's battery technology?
What makes TORVF's collaboration with C4V significant for battery development?
