Planning in the areas of
- Heating | ventilation | air conditioning | and sanitary engineering
- Electrical and lighting engineering
- Fire alarm and burglar alarm systems
- Lightning protection systems
- Communications, conveyor technology, telecommunications systems
- Access control and time recording systems
- I&C and control technology, building automation
- Greywater and rainwater utilization systems
- Compressed air | demineralized water
- Systems with technical gases
- Fire extinguishing technology
- Photovoltaics | Solar | Large heat pumps | Geothermal | Combined heat and power plants
- Absorption chillers | ORC plants | fuel cells | micro-grid turbines | wind turbines | biomass | river water utilization | hydrogen utilization
- Sector coupling
We also offer our expertise in:
- Energy efficiency consulting in commercial and industrial buildings
- Hydraulic optimization of technical centers
- Simulation calculations
- Funding for BAFA, KfW, demonstration and research funds
- Energy inventory analyses
- Energy concepts | profitability calculations
- Load and energy data management
- Projects for waste heat utilization and heat recovery from river water, waste water, machines and processes
- Storage technologies (ice storage, PCM, salt, electricity)
- Energy law, energy purchasing and energy trading
- Energy-efficient buildings according to current KfW and BEW standards
- Technical due diligence (TDD)
Sustainability
As trained European managers, energy consultants, listed in DENA's list of energy efficiency experts and climate managers from carbon footprint to climate neutrality, we have set ourselves the goal of incorporating the topic of sustainability into our planning and execution and implementing constructively sensible solutions together with clients and architects. We understand sustainability to mean the economically efficient, environmentally friendly and resource-saving construction of buildings and their technology. We are aware that examples such as the calculation of life cycle costs, CO2 savings when using renewable energies, the implementation of “silent” cooling, the planning of intensive night cooling, the use of gray water, daylight-dependent lighting, solar air conditioning, “intelligent” facades, biodiversity and the use of AI in energy supply only reflect a small measure of what will determine our field of work in the future.