Pioneering energy storage with next-gen graphene batteries
Capattery Technologies is at the forefront of battery innovation, offering advanced graphene-based battery cells designed for ultrafast charging, extended lifespan, and resilience in high-temperature environments. As a pioneering nano-technology firm, Capattery Technologies provides an effective alternative to lithium-ion batteries, specifically tailored for the demanding conditions of tropical regions. The cutting-edge graphene technology not only supports sustainable energy solutions but also offers enhanced energy density and faster recharge cycles, making it ideal for applications in transportation, grid storage, and consumer electronics.
Smart and ultrafast: the future of energy storage
- Technology Readiness Level (TRL): 8
- Charging Speed: Capattery’s graphene-based cells support 3C charging, enabling recharge times that are 3 to 6 times faster than traditional lithium-ion cells, achieving a full charge in approximately 20 minutes.
- Performance Metrics:
- Temperature Stability : Maintains high stability at extreme temperatures, capable of functioning optimally up to 350°C.
- Extended Mileage: Provides 1.5 to 2 times the range of conventional batteries for the same capacity, making it suitable for high-performance requirements.
- Compatibility and Retrofit : : Designed for compatibility across various applications, Capattery cells are versatile and can be retrofitted into 2-, 3-, and 4-wheeled vehicles, as well as integrated into grid and energy storage systems.
- Sustainability: As an alternative to lithium-ion, the graphene cells contribute to a sustainable energy ecosystem, reducing environmental impacts associated with mining and disposal of lithium.
Join the Journey of Enabling E Mobility
Sustainable power, real-world impact
Capattery Technologies has successfully developed and implemented its graphene-based batteries in key sectors, highlighting their versatility and impact:
Primary Applications:
These batteries are ideal for electric vehicles, energy storage, aerospace, and smart cities. They are particularly suited for environments that demand high durability and rapid charging, such as urban transportation and high-performance electronics.
Enviro-economic benefits :
Capattery’s graphene batteries reduce reliance on lithium, offering a more eco-friendly solution with a longer lifecycle and reduced energy consumption. Their ultrafast charging capability also lessens downtime in critical applications, enhancing operational efficiency across industries.
Targeted Outcomes:
Capattery Technologies aims to establish a new standard in battery performance, supporting sectors that require high resilience and energy efficiency. Their solution is not only reliable under extreme conditions but also promotes a sustainable and circular economy by enabling longer usage lifespans and minimizing waste.
Capattery Technologies is thus positioned as a transformative energy solution provider, addressing both the technical and environmental demands of next-generation energy storage.
"This kind of advancements in battery technology reflect the transformative potential of material science. At DRIIV, we are proud to support such innovations that align with our vision to achieve environmental sustainability through green energy transition."
Ms. Shipra Misra
MD & CEO, DRIIV
"Our graphene-based energy storage solutions represent a pivotal leap in battery technology, combining durability with unmatched efficiency. Collaborating with visionary partners like DRIIV accelerates our mission of transforming global energy landscapes."