Abstract: A facility for distributing liquefied hydrogen comprising a source of gaseous hydrogen, a liquefier, at least one means for storing liquid hydrogen, the liquefier comprising an outlet connected to an inlet of the storage means via a liquid circuit the facility comprising a liquid filling circuit provided with a first end connected to the storage means and a second end intended to be removably connected to a first end of a mobile liquid tank 6) to be filled, the facility further comprising a gas recovery circuit provided with a first end intended to be removably connected to a second end of the tank and a second end connected to a receiving member of the facility, the gas recovery circuit comprising a pressure and/or flow-rate regulating member, such as a valve for lowering the pressure in the mobile liquid tank to a determined filling pressure, the facility comprising an electronic control member comprising a microprocessor configured to receive at least one filling request signal from a mobile liquid tank, t

Abstract: Process and plant for the production of liquid hydrogen with a liquefier that has a variable cooling power dependent on the electrical power consumed. The liquefier is supplied with electricity by a first source of electricity at least one additional source of electricity that provides an intermittent or variable amount of electricity over time. Liquid hydrogen is produced at first thermodynamic conditions when the liquefier is supplied with a predetermined nominal electrical energy level and produced at subcooled conditions, with respect to the first thermodynamic conditions, when electricity supplied to the liquefier exceeds the nominal level.

Abstract: Process and plant for the production of liquid hydrogen with a liquefier that has a variable cooling power dependent on the electrical power consumed. The liquefier is supplied with electricity by a first source of electricity at least one additional source of electricity that provides an intermittent or variable amount of electricity over time. Liquid hydrogen is produced at first thermodynamic conditions when the liquefier is supplied with a predetermined nominal electrical energy level and produced at subcooled conditions, with respect to the first thermodynamic conditions, when electricity supplied to the liquefier exceeds the nominal level.