Today, the modern bathroom is more than just an oasis of well-being and a place of retreat. It is tailored to the needs of its users and features smart technologies. In addition to the demand for design and accessibility, the issue of sustainability is increasingly coming to the fore in both public and private bathrooms. Water and energy-saving technology make a decisive contribution here, both in front of and behind the wall. Individual design options, high quality and timeless design also ensure a long service life. The use of natural and recyclable materials is also an integral part of sustainable bathroom design. The ISH will be showcasing solutions for modern sanitary facilities for a wide range of different target groups in the following areas of application.

Water-bearing systems are of fundamental importance in modern buildings. They are used to transport, store and distribute water efficiently. Water-bearing systems not only contribute to efficiency, but also to the sustainability of buildings. A central element is the drinking water supply system, which ensures that there is always access to clean and healthy drinking water.  In the heating circuit, water-bearing systems ensure that heat energy is transported efficiently from heating appliances to the various rooms and enable even heat distribution.  By reusing water, resources can be saved and the ecological impact reduced. 

Innovative technologies, state-of-the-art tools, efficient storage and transport concepts and the latest developments in industrial prefabrication. Efficient solutions for installation in the HVAC sector involve a holistic approach that includes tools, fastening, operation, storage & transport and industrial pre-assembly. The use of modern tools plays a key role in optimising work processes. Well-equipped vehicles, whether vans or transporters, offer sufficient storage space for tools and materials. In order to be sustainable on the road in the future, e-vehicles and, for urban centres, cargo bikes will also be on display. Industrial pre-assembly is revolutionising the way construction projects are carried out. ISH offers integrated solutions for installation in the HVAC sector and thus an answer to the challenges of the modern construction industry: from high-quality tools to well-organised storage facilities and efficient means of transport to industrial pre-assembly. 

ISH presents an impressive variety of innovative solutions for heat generation. Heat generation solutions offer a variety of options that focus on efficiency, sustainability and environmental compatibility. Electricity-based heating systems utilise electrical energy and environmental energy to generate heat. These systems enable sustainable and flexible use of electricity, especially when it comes from renewable sources, and help to reduce the environmental impact.  Biomass heating systems are among the innovative approaches that utilise organic materials to generate heat.  Local and district heating supplies heat from combined heat and power plants via short or extensive pipe networks to residential and commercial units. Modern gas and liquid-based heating systems maximise energy efficiency by not only burning the fuel, but also using the residual heat contained in the exhaust gases. This leads to a higher overall utilisation of the energy used and reduces energy consumption. 

Air conditioning and ventilation units and systems ensure high indoor air quality, which has a positive effect on health, well-being, concentration and productivity. The quality of indoor air plays a key role in the well-being and health of people in enclosed spaces and also helps to improve concentration ability. From a constructional engineering point of view, it is important for the preservation of the building material. Ventilation and air conditioning (HVAC) devices and systems enable the targeted control and improvement of all room air parameters in order to ensure optimum quality depending on requirements. 

A central feature of intelligent building control is the networking of devices and systems within a building. This enables seamless communication between the individual systems of the technical building equipment. IoT (Internet of Things) and AI (artificial intelligence) also create intelligent environments that can adapt to the needs of the residents. A key element is the ability to control building functions from different locations. Intelligent building control also makes a significant contribution to energy efficiency.

Various software solutions for architects, planners and skilled trade will be presented at the ISH, depending on requirements. The range of applications includes planning software for new and existing buildings, as well as office software and software for building management. Software solutions offer a platform for the digital optimisation of all building-related processes. Merging and analysing data not only increases efficiency, but also enables the sustainable management of buildings. In the area of planning new buildings, the software enables precise planning and modelling to provide architects and building owners with a detailed visualisation of the planned project. For existing properties, there are comprehensive solutions for modernisation and maintenance through precise data colletction and analysis. In office operation, the software plays a key role in order management, quotation preparation, stock control and financial accounting.

The production of sanitary and HVAC products requires a comprehensive range of high-quality components that meet the specific requirements of sanitary, heating and air-conditioning technology. Choosing the right materials is crucial for the durability, efficiency and environmental compatibility of the products. Services are another key aspect of production to ensure the highest quality standards, efficiency and innovation.