Point of Energy 

The first multifunctional station

Flymove has presented the first concept of the revolutionary POE Station (Point of Energy), also in the Mobile version, unique in its design, operation and technical characteristics. It has been conceived and designed in various versions and sizes to reach levels of building and environmental impact close to zero, since it uses Bio materials and recycles all waste and emissions. The station, in fact, has been designed to independently generate the greatest possible amount of renewable energy with which the batteries will then be charged. This allows the station to provide support to land and air electric vehicles, both those that use rapid charging stations and those equipped with BSS. The POE station will also be able to produce hydrogen "on demand" for specific vehicles and will be able to store energy in fuel cells. Finally, a special version of the POE station will be the only one of its kind to allow the landing of VTOL passenger drones.

A vision of mobility years ahead

Transforming ideas into reality by innovating and overturning the patterns

The process of conceiving and technically conceiving the Station required a lot of time and discussions between different professionals in the sector, and was made concrete by the Italian architect and designer Maurizio Parolari, who was able to best interpret not only the futuristic vision of Flymove but also the functional and operational needs essential for the Station to be a fully functional and economically sustainable instrument.

The design of the POE Station necessarily had to take into account a long series of technical-functional requirements that were and still are indispensable for Flymove, such as:

• Use of zero-impact materials, coming from recycling and in turn recyclable.
• The Station must be easy to install in a short time, as well as it must be dismantled and removed quickly.
• It must not emit any type of waste or scrap, inorganic or organic, no emissions into the water or air.
• All rainwater from the entire site where the Station is installed must be recoverable.
• Use of the best recovery and treatment technologies, such as phyto-purification of grey and black water.
• It must use different renewable energy sources installed on site – solar, wind, solar concentrators, and which together must guarantee at least 50% of its energy needs.
• The remaining energy required must be certified as coming from renewable sources.
• The Station must be multifunctional: it can perform battery exchanges, recharge plug-in electric vehicles and soon also supply hydrogen.
• It must be able to accommodate cars, motorbikes, bicycles and any other vehicle that runs on renewable energy - in the future also E-VTOL aircraft.
• Hydrogen production must be carried out on site in the station itself, eliminating logistics and storage.
• It must be able to operate as automatically as possible, limiting the use of personnel as much as possible.
• It must offer users the same services as standard stations, e.g. bars, internet points, child and pet friendly accommodation, parking, car wash, etc.

Moving from concept to design and implementation

The first prototype of the POE station is coming soon

Flymove has allocated a significant budget for the construction of the first POE Station, which will be built in Italy and will be fully functional according to its specific operational needs.