Energy efficiency at Hotel Bergheimat

Your idyllic and environmentally-conscious hotel on the Hochkönig

Your Hotel Bergheimat is located high above Mühlbach on the slopes of the Hochkönig – the best seat in the house for your holiday in the Salzburg region. To ensure the attractive area and its fabulous natural landscape are preserved, your Hotel Bergheimat uses energy as efficiently as possible throughout the hotel, without compromising the outstanding comfort enjoyed by guests.

Sustainability at Hotel Bergheimat: efficient power supply

The hotel in Mühlbach boasts an innovative and efficient power supply, enabling it to make a valuable contribution to greater environmental consciousness and sustainability. The heating, ventilation, water supply and wellness area have all been updated accordingly to meet today’s high energy efficiency standards and reduce power consumption. This entire energy saving project was carried out by general contractor Siemens AG Österreich.

Details of the Hotel Bergheimat energy saving project:

• Survey of the existing building technology involving both general and detailed analysis
  
  
• Installation of a computer monitoring system (web solution) and control (navigator)
  
  
• Implementation of new Siemens measurement, control and regulation technologies
  
  
• Various renovations by local and familiar companies including P/S Installation, Bösch, BWT, FAR and Elektro Kontriner
  
  
• Updating the heating system: conversion of the central heating system, adaptation of the hydraulic systems, installation of energy-efficient heat circulating pumps
  
  
• Optimisation of the ventilation systems in the dining room, swimming pool and sauna
  
  
• Renovation of the sanitary facilities: conversion of hot water systems and initiation of waste heat recovery from the cooling system
  
  
• Optimisation of refrigeration technologies used for food storage
  
  
• Optimisation of the indoor swimming pool system: reduced flow rates instituted outside of opening hours, automatic BWT system with continuous redox potential measurement