GREENVOLT
Greenvolt is building the battery materials of tomorrow by applying advanced nanotechnology to energy storage.
Think of not having to charge your phone for a month or driving your car on a single charge across the US.
TECHNOLOGY
We create new types of battery materials that enable longer lasting batteries and new possibilities. Our materials can even turn structures into batteries.
NANO ENERGY
By converting matter into nanoparticles, we increase material surface ten thousand-fold resulting in lighter, more powerful batteries.
TRANSPORTATION
Electrifying the ways we travel by storing energy within and transforming vehicle panels into batteries.
AVIATION
Structural batteries will be the driving force of advanced aviation, reducing weight and increasing range.
ELECTRIC BOATS
Emissions-free boats are made possible with the hull of the boat doubling as the energy storage device.
MULTIFUNCTIONAL
Structural batteries double as load-bearing material providing a competitive advantage in product design.
TECHNOLOGY FOR TODAY
Greenvolt has created a new type of energy storage material. The structural material doubles as a battery while being safer, lasting longer and weighing less.
Our embedded batteries are made from common materials. Their function is not chemical like Lithium-Ion batteries and they do not pollute the environment when discarded. They are also completely safe and do not explode or heat up.
ENERGY INSIDE
Nanotechnology is often called the science of small and yet it can be used to build large. By increasing the surface areas of materials we can change and manipulate how they interact. Our patented method of manufacturing quality nanomaterials and nanocomposites form the basis of our structural battery components. We are reinventing energy storage using advanced nanotechnology.
ENERGY INSIDE
Nanotechnology is often called the science of small and yet it can be used to build large. By increasing the surface areas of materials we can change and manipulate how they interact. Our patented method of manufacturing quality nanomaterials and nanocomposites form the basis of our structural battery components. We are reinventing energy storage using advanced nanotechnology.
ACCELERATING ELECTRIC TRANSPORTATION
Structural batteries empower electric transportation as the battery is embedded in structural components of the vehicle.
Most people don’t know that EVs have been around since the late 1800’s and that in the early 1900’s a third of cars in New York City were electric. Then EVs lost market share and fossil fuel engines have dominated the automobile market for almost a century. Today the prospects of EVs have improved with lower battery costs and longer driving range but we can do even better.
Our embedded batteries are made from common materials. Their function is not chemical like Lithium-Ion batteries and they do not pollute the environment when discarded. They are also completely safe and do not explode or heat up.
ACCELERATING ELECTRIC TRANSPORTATION
Structural batteries empower electric transportation as the battery is embedded in structural components of the vehicle.
Most people don’t know that EVs have been around since the late 1800’s and that in the early 1900’s a third of cars in New York City were electric. Then EVs lost market share and fossil fuel engines have dominated the automobile market for almost a century. Today the prospects of EVs have improved with lower battery costs and longer driving range but we can do even better.
Our embedded batteries are made from common materials. Their function is not chemical like Lithium-Ion batteries and they do not pollute the environment when discarded. They are also completely safe and do not explode or heat up.
AVIATION & SPACE
AVIATION & SPACE
ELECTRIC BOATS
ELECTRIC BOATS
MULTIFUNCTIONAL MATERIALS
Imagine a future where the product is not designed around the battery. The airplane is designed around aerodynamic flow, the car around performance and the device around the user experience.
Structural batteries can also double as load-bearing material providing a competitive advantage in product design.
MULTIFUNCTIONAL MATERIALS
Imagine a future where the product is not designed around the battery. The airplane is designed around aerodynamic flow, the car around performance and the device around the user experience.
Structural batteries can also double as load-bearing material providing a competitive advantage in product design.
The Green Team
Greenvolt Team
Greenvolt is a dedicated team of scientists
and entrepreneurs, passionate about
bringing sustainable energy to the world.
We have been working together
on various projects for 10+
years – with a shared
passion for powering
a better tomorrow.
The Green Team
Greenvolt Team
Greenvolt is a dedicated team of scientists and entrepreneurs, passionate about bringing sustainable energy to the world. We have been working together on various projects for 10+ years – with a shared passion for powering a better tomorrow.
Armann Kojic (CEO) was VP of marketing at deCODE genetics (Nasdaq:DCGN, acquired by Amgen for $415M) Stanford @StartX Mentor Labs
Antonio Licitar (CTO) lead scientist and inventor has developed clean energy solutions for the past decade.
Liam Anderson (COO) aeronautical & corrosion engineer with 2 masters degrees. Previously at Maersk Oil & Total Energy Operator.
Stuart Bronson (CFO): A business turnaround problem solver – recent projects include Maersk, and Lazy Town television show (acquired by Turner Broadcasting for 20M+ ).
Steve Adelman is a board member
Greenvolt is powering a better tomorrow.
We are backed by Village Global whose network of backers include Bill Gates, Jeff Bezos and Reid Hoffman.
470 Ramona St. Palo Alto CA 94301
USA +1 650 427 9060
Iceland Ocean Cluster, Grandagarður 16, Reykajvik, 101, Iceland
EU GREEN DEAL FUNDING
PNP INNOVATION PLATFORM
TÆKNIÞRÓUNARSJÓÐUR
VILLAGE GLOBAL
