This fuel cell technology fits discretely into consumer and medical electronics. It can recharge in seconds and run off-the-grid for years, as it does not require a power outlet. The fuel cell has been demonstrated in a hearing aid and is sutiable for personal devices.
The fuel cell technology is based on a miniaturized fuel cell that produces electricity to power microelectronics through an electrochemical reaction using oxygen and methanol. It has been developed in collaboration with a European institute. The technology comprises a refill unit and a miniaturized fuel cell that can be incorporated in a wide range of applications, typically requiring 1 to 300 mW of continuous power. The fuel cell can power electronics, where one of the following benefits is important: A fuel cell can be recharged in seconds, enabling true 24/7 operation. There is no need to wait hours for charging a battery. The high energy density of methanol means that electronics can run off-the-grid cheaply and safely for years. There is no need for a heavy and costly battery. Freedom in Product Design: Fuel cell runs on methanol and therefore provide added design possibilities for creating wearables and smaller electronics. Green Tech: A fuel cell runs on methanol that can be produced from biomass and biowaste.
Micro fuel cells provide unique benefits and differentiation possibilities in hearables, headsets, wearables, IoT, and surveillance and infrastructure products. Examples of applications:
The fuel cell technology will need to be tailored to the needs of the specific application.
Fuel Cells provide the ultimate comfort: If a user forgets to charge their device, or simply run out of power during the day, the fuel cell can be recharged in seconds
Fuel Cells provide true off-the-grid performance: Outdoor products no longer die in the middle of the adventure. The high energy density of methanol enables small electronics to be powered for months.
On an environmental level, fuel cells run on methanol, which can be developed in green ways based on biowaste and biomass.