Geos Donator C380 12V Fuel cell 380 W 12 V 36 A 12 V

G-E-O-S, the proton exchange membrane (PEM) fuel cell system, in both stationary as well as mobile and portable applications.
So far, power generators, solar systems and remote power supplies often in combination with large battery banks. Environmentally friendly mobile systems were mostly supplied by batteries.
Generators are loud, not environmentally friendly and will often be serviced, solar plants are weather and daylight-dependent and rechargeable batteries have a limited usage time and must be exchanged or according to the application to be recharged.

With the G-E-O-S fuel cell system, all these problems have been solved in an environmentally-friendly and cost-effective solution. In particular, the development of small systems provides opportunities, battery runtimes of ever more powerful devices to extend or charge independent of the power supply and sustainable energy supply as well as to ensure sustainable mobility.
The fuel cell system C380 delivers reliable, environmentally friendly and independent of mains power for different stationary and mobile applications. It is low-maintenance, quiet and due to the operation with hydrogen emissions-free.

The C380 is guaranteed around the clock, as well as to each weather a secure and reliable power supply with an output of 380 W or approx. 9000 Eh/day. The compact design and 10 kg total weight of the system are ideal for applications that require very low space requirement for a mains-independent power supply.

The fuel cell system can be used as a power supply for measurement stations, the traffic technology or monitoring technology. It is suitable for use as a back-up power system for solar systems or as on-board power supply in mobile applications. Moreover, the system is also in the leisure area (Camping, caravans, boats) are used. Here you can change the system for additional power supply (APU auxiliary power unit) can be used and the ever increasing number of electrical loads (computer, television, air conditioning, etc.) with a reliable supply of power.

The core is a so-called PEM-fuel cell stack (proton exchange membrane). In this fuel cell reacts with a blower fed to the oxygen content of air with the, from a pressure bottle or a hydride storage fed, hydrogen. By the reaction produces heat and electrical energy. The electrical efficiency is almost 50%. As a reaction product water vapor - hence, the system can be regarded as CO2-emission-free.
The system operates automatically, i.e. it starts automatically, depending on the charging status of the connected battery and charges it again. The hybrid system enables a wide range of load profiles and is easy to integrate into existing energy systems. Due to high power output has short charging time.

This text is machine translated.