Success Stories Around the World

Seamless energy monitoring in the "Flagship" of the Lenzerheide

The new Motta Hut is the hub for hungry and thirsty snow sports enthusiasts.

The slopes and ski lifts in the Arosa Lenzerheide ski resort had just barely shut down in 2017 before the bulldozers moved in to tear down the old Motta Hut. The new flagship project had to be ready by the start of the 2017/2018 ski season. The new Motta Hut has room inside for 120 people and outside for 240 more on its ample, multi-level sun terrace. The innovative timber-frame construction ensures a rustic, yet modern ambiance, both inside and out. This makes the new ski restaurant an international flagship and an experience for every snow sport enthusiast. To ensure that the restaurant operators would be able to take care of their guests, a HVAC system with the maximum amount of automation was once again selected for the Motta Hut. As with other projects, the plant was also equipped with Belimo products. The new sensor product range attracted just as much attention as the Belimo Energy Valve™ with Cloud connection.

Reducing energy consumption and harmful emissions

Bringing thermal energy to where it can be used. With Belimo Energy Valve™.
It is not just the rising energy prices that is making heat recovery increasingly interesting for companies. Hagl GmbH in Gütlsdorf / Attenkirchen, which has been operating successfully for over 25 years in the sheet metal and metal processing sector with 130 employees, has shown the courage to embrace new ideas in its use of alternative energy sources and improving energy efficiency. For example, it has already installed a well system with a heat pump, a photovoltaic system, hot-water generation via an evaporation rig cast into the baseplate and built a wall heating system for heating and cooling. The latest project at Hagl is the heat recovery system on the hydraulic presses to heat the company buildings. The Belimo Energy Valve™ is largely responsible for ensuring that the volumetric flows, supply and return temperatures and energy recovery on the presses can be regulated, recorded and evaluated.