TGA . ALL IN ONE

360° heating expertise
within the KONZMANN companies

Heat with a system – customized heating technology for every need The subsidiaries of the KONZMANN Group provide innovative solutions in heating and heat technology, individually tailored to the future requirements of customers from industry, commerce, the public sector and private households – with comprehensive service and modern technology from a single source. Heating technology in industry, commerce and public-sector projects is undergoing change. Legal and regulatory requirements at EU and federal level are changing the framework for the use of fossil energy sources and increasing the importance of renewable energy and demand-based energy use. The subsidiaries of the KONZMANN Group cover a broad range of modern heating and heat technologies and develop individual solutions for different requirements and customer groups – from planning through to operation.

Heat pump technology

KONZMANN specialises in heat pump technology. Heat pumps use ambient heat from the air, ground or water and convert it into heating energy with the help of electricity. In combination with photovoltaic systems, the proportion of self-generated electricity can be increased. Modern large-scale heat pumps can also help replace fossil energy sources in industrial processes and supply entire building complexes with heat.

  • Optimised energy use with appropriate system design
  • Potential to reduce operating costs
  • Potential to reduce dependence on external energy suppliers
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Fuel-based heating technology for pellets or biomass

The subsidiaries of the KONZMANN Group have extensive experience in implementing automated heating systems based on renewable raw materials such as wood pellets or wood chips. These technologies can provide economically viable heating solutions, particularly in regions with strong local biomass availability. The use of biomass for heat generation offers a wide range of applications – including the provision of industrial process heat.
  • Use of renewable raw materials
  • Potential to reduce fossil CO2 emissions with appropriately sourced raw materials
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Combined heat and power plant (CHP)

Through its subsidiaries, KONZMANN offers extensive expertise in the planning, construction and operation of combined heat and power (CHP) units. These generate electricity and heat simultaneously and are typically operated using gas, biogas or other fuels.
  • Optimised fuel use with appropriate system design
  • Flexible application options
  • Use of self-generated electricity

Hybrid systems

KONZMANN develops and implements tailored hybrid systems. These combine different heat generators, such as heat pumps with gas condensing boilers or solar thermal systems. Hybrid systems can respond flexibly to different requirements and help provide heat according to demand – particularly in existing buildings and where requirements vary in industrial and commercial applications.

  • Flexible adaptation to different requirements
  • Support for demand-based heat supply
  • Optimised energy use
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District heating and local heating systems

The subsidiaries of the KONZMANN Group plan and implement systems for centralised heat generation and distribution via pipe networks. These systems supply multiple buildings or entire neighbourhoods. Space-saving district heating transfer stations can reduce maintenance requirements and contribute to a reliable heat supply. Heat from power plants, large-scale heat pumps or biomass plants is distributed to consumers through pipe networks, while modern transfer stations regulate heat distribution and delivery according to demand. In particular, the KONZMANN subsidiary WEGA has extensive expertise in this specialist field.
  • Space-saving design
  • Potential for reduced maintenance requirements
  • Contribution to a reliable heat supply
  • Use of waste heat or renewable energy sources possible
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Solar thermal energy

KONZMANN specialises in the planning and implementation of solar thermal systems. Solar thermal technology uses solar energy to support heating and hot water generation and can be integrated into new or existing systems. Depending on system design and use, it can help reduce the use of fossil fuels.
  • Use of solar thermal energy
  • Potential to reduce operating costs
  • Potential to reduce the use of fossil fuels
  • Integration into existing systems is possible

Conventional heating technology and condensing technology

KONZMANN has extensive expertise in gas and oil condensing systems and continues to provide service and modernisation solutions for existing gas and oil heating systems. At the same time, we support customers in switching to alternative heating solutions. Gas and oil condensing systems also make use of heat contained in the exhaust gases and can therefore reduce fuel consumption compared with older conventional systems. The technology is suitable, among other applications, for existing installations, peak-load coverage or as a transitional solution – particularly in industrial and commercial settings.

  • Proven technology
  • Contribution to a reliable heat supply
  • Available at short notice depending on the system
Konzmann-K

Innovative advantages with heating and thermal technology from the KONZMANN Group

Integrated, innovative solutions

The KONZMANN Group offers a comprehensive 360° range of services through its subsidiaries – from consulting and planning to installation, service and maintenance. Services and solutions are tailored to the needs of customers from industry, commerce, the public sector and private households. The focus is on innovative technologies such as heat recovery, alternative and renewable energy sources, as well as the integration of modern building automation to optimise energy use.

Optimised energy use and reduced emissions

Innovative heating and heat technologies can help reduce the energy consumption and CO2 emissions of buildings and systems. The subsidiaries of the KONZMANN Group support their customers with technical solutions tailored to their individual requirements. By combining conventional and renewable systems, for example in hybrid systems, different requirements relating to heat supply and economic viability can be taken into account.

Tailored solutions for every industry

The subsidiaries of the KONZMANN Group provide tailored solutions for customers from industry, commerce, the public sector and private households. From planning through to the implementation of heating centres, hall heating systems, including for warehouses, production halls and logistics centres, as well as process heat solutions, systems are delivered using modern technology.

Comprehensive service and digital monitoring

24/7 service and remote monitoring are part of the service portfolio offered by the subsidiaries of the KONZMANN Group and can contribute to reliable operation and short response times. Regular maintenance and digital services also support smooth, demand-based operation and can help extend the service life of heating systems.

Future-ready energy solutions

The KONZMANN Group supports customers in switching to alternative heating technologies and in developing their heat supply systems further. With our TGA . ALL IN ONE concept, innovative and economically viable solutions are implemented for different systems, building sizes and requirements.

Heat Pumps and Large Heat Pumps

Heat pumps are versatile technologies for heat supply in industry, commerce, public-sector facilities and larger buildings such as apartment blocks. Different output capacities allow for a wide range of applications. Large-scale heat pumps are particularly suitable for high heat demand in industrial processes and larger properties. In combination with photovoltaic systems, the proportion of self-generated electricity can be increased. Depending on system design and operating conditions, this can help reduce purchased energy, emissions and the use of fossil energy sources.

Leistung Heizung: Wärmepumpen und Großwärmepumpen

Advantages

  • Efficient operation with appropriate system design
  • Potential to reduce operating costs through the use of ambient heat and comparatively low maintenance requirements
  • Potential to reduce CO2 emissions, particularly when operated with electricity from renewable energy sources or on-site photovoltaic systems
  • Flexible application options
  • Funding opportunities may be available depending on the project and applicable conditions
  • Support in meeting current energy-related and regulatory requirements

Relevance for customers from industry, commerce, and the public sector

  • Wide range of applications – from office buildings, hospitals and hotels to production facilities
  • Provision of process heat up to 120–150 °C for industrial applications, depending on the system and operating conditions
  • Use of waste heat to optimise energy use
  • Heating solutions for public-sector buildings and properties incorporating suitable renewable energy sources
  • Demand-based coverage of fluctuating heating and cooling requirements, for example through cascade configurations

Advantages of combining photovoltaic and heat pump

  • Potential to reduce electricity procurement costs through the use of self-generated power
  • Potential to reduce energy-related CO2 emissions when using electricity from renewable energy sources
  • Potential to reduce electricity drawn from the grid
  • Sector coupling can increase flexibility within the energy system and support the use of renewable energy
  • Power-to-Heat (PtH) enables surplus electricity from renewable energy sources to be converted into heat

Hybrid systems

Hybrid heating systems combine different heating technologies to adapt heat supply flexibly to varying requirements. Renewable energy sources, for example through heat pumps or solar thermal systems, can be combined with conventional heating technologies such as biomass, gas or oil condensing boilers. 

Hybrid heating systems make it possible to use different heat generators according to demand and to take both technical and economic requirements into account. Particularly in industrial and commercial applications with fluctuating heat demand, such systems can support a demand-based heat supply.

Advantages

  • The use of renewable energy sources in hybrid systems can help reduce the use of fossil fuels, CO2 emissions and operating costs
  • Combining different systems allows flexible adaptation to varying requirements
  • Potential to reduce dependence on fossil energy sources
  • Support in meeting current energy-related and regulatory requirements
  • Individual adaptation options for changes in building use and user behaviour
  • In industrial and commercial applications, intelligent system combinations can help optimise energy use for heating and process heat
Leistung Heizung: Hybridsysteme

Solid Fuel Heating Technology

Solid-fuel heating technology refers to systems and installations that use fuels such as logs, pellets, wood chips or other biogenic energy sources. Typical systems include wood gasification boilers, pellet boilers and combination boilers, which are generally used as central heating systems. Modern systems can be operated automatically and, with appropriate design and operation, can enable optimised fuel use and reduced emissions.
Leistung Heizung: Festbrennstoffheiztechnik

Advantages

  • Use of renewable and regionally available raw materials such as wood or biomass
  • High levels of efficiency with suitable system technology and operating conditions
  • High level of operating convenience through automated fuel feeding and output control in pellet and combination boilers
  • Potential to reduce the use of fossil fuels and CO2 emissions
  • Funding opportunities may be available depending on the project and applicable conditions
  • Support in meeting current energy-related and regulatory requirements

Relevance for customers from industry and commerce

  • Use of renewable and regionally available raw materials such as wood or biomass
  • High levels of efficiency with suitable system technology and operating conditions
  • High level of operating convenience through automated fuel feeding and output control in pellet and combination boilers
  • Potential to reduce the use of fossil fuels and CO2 emissions
  • Funding opportunities may be available depending on the project and applicable conditions
  • Support in meeting current energy-related and regulatory requirements

District and district heating systems

Local and district heating systems provide centralised heating and hot water supply for larger units such as industrial facilities, commercial areas or municipal buildings. Heat is generated in a central plant – for example using combined heat and power units, large-scale heat pumps, waste heat or renewable energy sources such as biomass and solar thermal energy – and distributed to connected buildings through an insulated pipe network. While district heating often supplies larger urban areas, local heating is generally designed for smaller units or neighbourhoods. Local and district heating systems can provide centralised, demand-based heat supply, particularly for industrial, commercial and municipal applications. Depending on the generation technology, network structure and operating conditions, different economic and energy-related requirements can be taken into account.

Advantages

  • Centralised heat generation and distribution can support demand-based energy use
  • The use of industrial waste heat can reduce the additional energy required for heat generation
  • Potential to reduce CO2 emissions through the use of renewable energy sources and industrial waste heat
  • Potential to reduce the use of fossil fuels
  • Space savings may be possible, as individual boilers, fuel storage facilities and chimneys may not be required depending on the system
  • Multiple energy sources and redundancies in the central plant can contribute to security of supply and reliable operation
  • Flexible adaptation to different and new energy sources is possible
  • Investment in individual heat generation systems can be reduced or avoided depending on the supply concept
  • Support in meeting current energy-related and regulatory requirements
  • Funding opportunities may be available depending on the project and applicable conditions

Relevance for customers from industry and commerce

  • Additional potential to optimise energy use and costs in industrial and commercial applications by feeding waste heat from production processes into the heating network
  • Potential for cost and space savings where individual heating systems and associated operating costs can be reduced or avoided
  • The costs of the central plant can be shared among several users, potentially reducing the individual investment burden
  • The use of renewable energy and the reduction of CO2 emissions can help meet energy-related and regulatory requirements; funding opportunities depend on the individual project and applicable eligibility criteria
  • Integration of renewable energy sources and their demand-based use within the heating network
Leistung Heizung: Nah- und Fernwärme

Special Heating and Thermal Technologies for Industry and Halls

Various specialised systems are available for heating industrial buildings and large halls, enabling large and high spaces to be heated according to demand. Depending on the building, heating system and applicable regulatory requirements, renewable energy or alternative energy sources may need to be incorporated. Suitable solutions include radiant heating systems, surface heating systems, heat pumps and hybrid systems. These can be adapted to different process, usage and temperature requirements.

Infrared heating

The systems do not primarily heat the air, but instead directly warm objects in the room, such as machinery, building components and people. These absorb heat and release it again over time. This can create a draught-free indoor climate with reduced dust circulation. Depending on system design and use, there may also be potential to reduce operating costs.

Benefits:
  • Efficient operation with appropriate system design
  • Short heat-up times
  • Zone-based heating possible
  • Draught-free heat distribution
  • Low-noise operation
  • Potential to reduce energy consumption and CO2 emissions

Warm air generators

Warm-air heaters draw in air, heat it using gas or oil and direct the warm air into the area to be heated. Modern units can use condensing technology to recover additional heat from the exhaust gases.
Benefits:
  • Suitable for halls with frequent air exchange, for example through large doors
  • Can be combined with other ventilation systems

Surface heating systems (e.g., underfloor and wall heating)

Surface heating systems include underfloor, wall and ceiling heating systems in which pipes installed within the building elements carry warm water or air. This heats the building elements, which then release heat over a large surface area into the room.
Benefits:
  • Even heat distribution
  • Low flow temperatures, e.g. 35 °C
  • Can be combined with heat pumps and, depending on the system, can also be used for cooling
  • Potential for economical operation in combination with renewable energy sources, e.g. heat pumps
We won't leave you on your own!
24/7 Service and
comprehensive monitoring!

We’re always here for you: You can reach us via our service number 24 hours a day, 365 days a year. Optionally, we offer remote monitoring or building management systems to keep a watchful eye on your property.

  • 24/7 service for rapid assistance
  • Maintenance and servicing for long-term operational reliability
  • Remote monitoring or building management systems