Keeping the lights on during the energy transition
future of reliable electricity
Keeping the
lights on
during the
energy transition
future of reliable electricity
Solving the supercapacitor problem
florrent gives our supercapacitors the energy boost they need to solve short-duration Power Quality & Reliability problems at lower cost, with a smaller footprint, and using domestically sourced materials. And, because florrent unlocks higher energy density at the material level, our supercapacitors don't sacrifice high power for greater energy.
Our innovative approach to active materials gives florrent supercapacitors—and the systems they build into—the energy to bring greater, longer lasting stability and reliability to electrical infrastructure everywhere.
TECHNICAL KNOWLEDGE
Florrent's bio-based supercapacitor delivers a 55% increase in energy density, unlocking markets previously dominated by traditional energy storage technologies.
Sentence on how this is a fundamental / ground-up redesign of a previously troubled & overpromised innovation.
Florrent's bio-based supercapacitor delivers a 55% increase in energy density, unlocking markets previously dominated by traditional energy storage technologies.
Sentence on how this is a fundamental / ground-up redesign of a previously troubled & overpromised innovation.
Florrent's bio-based supercapacitor delivers a 55% increase in energy density, unlocking markets previously dominated by traditional energy storage technologies.
Sentence on how this is a fundamental / ground-up redesign of a previously troubled & overpromised innovation.
Our advantages
Energy Density
The holy grail for supercapacitors has always been energy density, because it allows them to provide high power for longer durations, bringing greater stability to systems which integrate them. florrent's supercapacitors embed industry-leading energy density without making trade-offs on other key performance characteristics.
Competitive Pricing
florrent's supercapacitor systems cost less per MJ. By creating a fundamentally more energy dense supercapacitor active material, we pack more Farads into the same space, so you need fewer cells, fewer modules, and less floor space to get the same power and energy provided by industry-standard supercapacitors.
Domestic Supply Chain
florrent's supercapacitor active material is derived from domestic biomass waste. florrent works with our network of Black and Indigenous farmers to source this biomass, bringing wealth back to partner communities, and sequestering carbon away in a solid mineral form that serves as active material for our supercapacitors.
Compact Form Factor
our supercapacitor systems can provide the same energy in a smaller footprint, or more energy in the same footprint. This means greater flexibility to right-size your power and energy requirements.
florrent applications
Uninterruptible Power Supply (UPS)
Grid Modernization
Hybrid Energy Storage Systems (HESS)
florrent applications
Uninterruptable Power Supply (UPS)
Grid Modernization
Hybrid Energy Storage Systems (HESS)
Through power,
we empower
We’re on a mission to prove that a sustainability-focused deeptech company can succeed financially while not compromising on ambitious social and environmental impact goals.
Join the team
At florrent, we are passionate about bringing the benefits of a decarbonized future to everyone. If our mission resonates as something you want to be a part of, we want to hear about it! Check out our careers page to learn about our current openings.
