Revolutionizing
Energy Storage
At CapyBara Energy, we’ve developed a carbon-based aqueous supercapacitor that overcomes key limitations of traditional energy storage. Our approach integrates advanced chemistry with modular system design to establish a new performance standard grid-scale storage
Comparison with Traditional Technologies
TECHNICAL ADVANTAGES
With a stackable architecture, our systems reach volumetric energy capacities comparable to lithium-ion
Minimal upkeep requirements mean lower operational costs and reduced downtime
Tolerant of ripple and frequency fluctuations, supercapacitors are ideal for grid connection and reduce power conditioning needs, lowering system costs
Modular units allow for rapid deployment in both new and existing energy systems
CapyBara Energy’s solutions are suitable for residential energy management, commercial facilities, and large-scale utilities
Designed to perform efficiently across a range of climates and environments
Applications
Energy backup for homes during outages
Integration with rooftop solar systems to maximize self-consumption
Reliable power supply for data centers, manufacturing plants, and other critical infrastructure
Grid stabilization to balance any generation source
Supporting remote communities in need of grid resilience
Applications in disaster recovery zones and emerging markets
Future Developments
Development of 1MWh and higher-capacity systems to support industrial and utility-scale needs
Continued innovation in synthetic carbon materials to enhance performance and further reduce costs
Establishing regional facilities for carbon processing and unit assembly to meet growing global demand