HYDROGENFUEL CELL YACHTS
HYNOVA
LOA : approx. 40 ft
BOA : 4,2m maximum
Draft: 0.8-0.9m
Number of passengers: 12 maximum
LOA : approx. 40 ft
BOA : 4,2m maximum
Draft: 0.8-0.9m
Number of passengers: 12 maximum
80 KW FUEL CELL & TWO BATTERIES
2 X 150 KW SILENT ELECTRIC
ENGINES CRUISING
SPEED 15 KNOTS
TOP SPEED 25 KNOTS
2 X 150 KW SILENT ELECTRIC
ENGINES CRUISING
SPEED 15 KNOTS
TOP SPEED 25 KNOTS
HAVING CONSIDERED
MULTIPLE CLEAN ENERGY
FORMS TO DRIVE THE VESSEL
USING HYDROGEN DRIVEN BY ELECTRIC
ENGINES AS A SOURCE OF FUEL IS THE MOST
EFFICIENT WAY TO MINIMIZE ALL ENVIRONMENTAL DAMAGE
MULTIPLE CLEAN ENERGY
FORMS TO DRIVE THE VESSEL
USING HYDROGEN DRIVEN BY ELECTRIC
ENGINES AS A SOURCE OF FUEL IS THE MOST
EFFICIENT WAY TO MINIMIZE ALL ENVIRONMENTAL DAMAGE
22.5 KG OF HYDROGEN
IN 3 TANKS THIS IS THE STATE
OF THE ART DRIVE TRAIN
IN 3 TANKS THIS IS THE STATE
OF THE ART DRIVE TRAIN
Hynova utilizes a silent electric engine driven by the hydrogen stored on board the vessel as a source of fuel.
We have made a short video (1min) to enable you to discover the world of hydrogen for maritime purposes
and discover the technology which surrounds it.
The concept of Green Hydrogen consists of generating electricity from a renewable source.
This electricity then separates the oxygen from the hydrogen and is then used to fuel the vessel.
It is the hydrogen obtained through the electrolysis of water.
This is a non-polluting alternative that Hynova will be implementing.
We have made a short video (1min) to enable you to discover the world of hydrogen for maritime purposes
and discover the technology which surrounds it.
The concept of Green Hydrogen consists of generating electricity from a renewable source.
This electricity then separates the oxygen from the hydrogen and is then used to fuel the vessel.
It is the hydrogen obtained through the electrolysis of water.
This is a non-polluting alternative that Hynova will be implementing.
