Skip to content
HIPPOTRON

HIPPOTRON® SNOWData for more efficient snowmaking.

Render of the HIPPOTRON® SNOW unit seen from the front at an angle: a cylindrical stainless-steel body with the HIPPOTRON SNOW logo and a conical neck with a quick coupling, mounted on a sledge frame.

Benefits of HIPPOTRON® SNOW

Estimated up to +30% more snow from a given volume of water

thanks to higher process efficiency under the given atmospheric conditions

Lower energy consumption

for both pumps and snow guns

Less uncrystallised water

less water reaches the ground in liquid form

Longer snow life

drier snow, greater resistance to the weather and slower melting

How does HIPPOTRON® SNOW work?

The technology acts on the water before it is distributed to the snowmaking section.

1. Water

Water for technical snowmaking from the resort's snowmaking system.

Render of the HIPPOTRON® SNOW unit seen from the front at an angle: a cylindrical stainless-steel body with the HIPPOTRON SNOW logo and a conical neck with a quick coupling, mounted on a sledge frame.

2. HIPPOTRON® SNOW

The device acts on the water before it is distributed to the snow guns.

3. Snow gun

In the snow guns, the treated water turns into technical snow.

4. Ski slope

Technical snow for running the ski resort.

HIPPOTRON® SNOW is designed to act physically on water before it is distributed to a selected snowmaking section. Verification has to take place on comparable branches of the system or time blocks, with the wet-bulb temperature, pressure, flow, nozzle configuration, energy and the volume of snow produced all recorded. The line is intended for ski resorts and operators of central snowmaking systems who want to verify the relationship between the properties of the water, the wet-bulb temperature, the settings of the snow guns, energy consumption and the quality of machine-made snow.

Technical information

HIPPOTRON® SNOW is integrated into the high-pressure snowmaking system; the design is based on flow rate, pressure and temperature range.

Show technical information

The design takes into account the device model, flow, pressure, temperature range, materials, power supply, enclosure protection rating, the method of integration into the high-pressure system and safety compatibility. The measurement plan covers the wet-bulb temperature, pressure, flow, energy, gun settings and standardised measurement of the snow produced.

Interested in the HIPPOTRON® SNOW line?

Book a consultation with our specialist.

Contact us →