FastCAP delivers out-of-the-box, technology-based solutions to the toughest energy problems. From record-breaking energy storage devices for hybrid and electric vehicles, to game-changing solutions for energy exploration, every FastCAP team member is compelled to positively impact the way we produce, use, and store energy.
FIVE WORLD RECORDS. ONE COOL TECHNOLOGY.
FastCAP's suite of high-performance cells clock in as the world's best across multiple key metrics
Highest Energy Density Cell
18.69 Wh/L (15.66 Wh/kg)
3-10x improvement over commercial ultracapacitors
Highest Power Density Cell
120.44 kW/L (117.32 kW/kg)
10x improvement over commercial ultracapacitors
Highest Operating Temperature Ultracapacitors
Performs safely and reliably at 250°C
3.3x improvement over current ultracapacitors
Highest Frequency Ultracapacitors
Cut-off frequency of 500Hz
1,000x the cut-off frequency compared to ultracapacitors on the market today, with an energy density 20-50x that of 6.3V electrolytic capacitors
Highest Energy and Power Density
(in single cell)
14.93 Wh/L and 41.04 kW/L (13.50 Wh/kg and 37.12 kW/kg)
3.4x energy and 4x power improvement over commercial ultracapacitors
FastCAP Systems uses nanotechnology to improve an energy storage device called an ultracapacitor (ultracap). Our ultracaps are the durable workhorses of the energy storage field, with extremely long life spans and unmatched durability. They recharge in just seconds and can deliver very strong bursts of power — far beyond the power capabilities of traditional batteries and ultracaps on the market today. Importantly, FastCAP's ultracapacitors contain no lithium and carry zero risk of thermal runaway explosions — a stark contrast to volatile lithium-based battery chemistries that are prevalent today. FastCAP's high-performance ultracapacitors stand to make a huge impact in industries and applications where harsh environments are the norm, and safety, reliability and ultra-high performance are essential.
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One Cool Technology
Highest Operating Temperature Ultracap Performs safely and reliably at 250°C
Highest Power Density Cell 120.44 kW/L (117.32 kW/kg) 10x improvement over commercial ultracaps
Power and Energy
Highest Power and Energy Density (in a single cell) 14.93 Wh/L and 41.04 kW/L (13.50 Wh/kg and 37.12 kW/kg) 3.4x energy and 4x power improvement over commercial ultracaps
Highest Energy Density Ultracap 18.69 Wh/L (15.66 Wh/kg) 3-10x improvement over commercial ultracaps
Highest Frequency Ultracap 6.3V rating Cut-off frequency of 500Hz 1,000x the cut-off frequency compared to ultracapacitors on the market today, with an energy density 20-50x that of 6.3V electrolytic capacitors
All performance metrics above have been third-party validated. Calculations based on the average reported performance of comparably sized ultracapacitor cells available on the market today.