Green Engineering stands for a future-oriented approach with a clear focus on ecological responsibility. The efficient use of resources and the continuous development of innovative processes result in sustainable solutions that offer both ecological and economic benefits.
In order to reduce the energy consumption and operating costs of buildings, energy consulting includes a comprehensive analysis of existing consumption, the identification of potential savings and the development of customized efficiency measures. This includes the optimization of MEPC & HVAC systems and the integration of renewable energies. The aim is to reduce energy costs, cutCO2 emissions and ensure a sustainable energy supply.
We handle the entire funding process to secure public grants and subsidies for your construction and renovation projects. This includes identifying suitable funding programs, preparing the necessary application documents and communicating with the funding bodies. Through our efficient processing, we ensure that all formal requirements are met and possible subsidies are utilized. The aim is to provide financial relief and support the realization of sustainable and innovative projects.
We produce energy performance certificates for buildings, which are an essential basis for assessing energy efficiency. These documents record the energy status of a building and provide information on energy requirements and/or energy consumption as well as potential savings. Through a detailed analysis of the energy consumption data, the building fabric and the technical systems, we determine the energy parameters and issue a legally compliant energy performance certificate. The aim is to create transparency about energy consumption and energy requirements, reduce energy costs and increase the value of your property.
Energy and supply concepts aim to maximize the energy efficiency and security of supply of buildings and infrastructures. These concepts include the analysis of energy requirements, the selection of suitable technologies for energy generation and storage as well as measures to reduce consumption and emissions. Economic and ecological aspects as well as legal requirements are taken into account in order to develop sustainable and cost-efficient solutions that meet the requirements of the users.
Investigations into usable energy potential are crucial for identifying and exploiting opportunities to increase efficiency and save energy in buildings and facilities. These studies include the analysis of existing energy flows, the evaluation of technical measures to optimize systems such as heating, ventilation, air conditioning and lighting, the investigation of possibilities for waste heat recovery and the consideration of renewable energies. The aim is to uncover untapped potential in order to reduce costs, relieve the burden on the environment and sustainably improve energy efficiency through energy synergies.
Simulations are an essential tool for optimizing construction projects and technical systems. They enable the virtual simulation of processes and systems in order to analyze their behaviour under different conditions. These include, for example, flow simulations (CFD), thermal simulations and static calculations. The aim is to improve the efficiency, safety and sustainability of projects, identify potential problems at an early stage and make well-founded decisions. By using simulations, variants can be compared, costs reduced and the quality of planning and execution significantly increased.
Economic feasibility studies are essential for assessing the profitability and efficiency of construction projects and investments. They include the analysis of costs over the entire life cycle of a property, including construction costs, energy costs, maintenance and servicing. In this way, savings can be identified compared to alternatives or the existing building. The aim is to make informed decisions and maximize long-term profitability. A comprehensive profitability analysis minimizes risks and optimizes financial performance.
Emission calculations are crucial for determining and reducing theCO2 emissions of buildings and facilities. These calculations include analyzing and quantifying the pollutants emitted through energy consumption of building operations and processes. The aim is to develop concrete measures to reduce emissions and define decarbonization pathways in order to comply with legal requirements and minimize environmental impact. Precise emission calculations create a basis for sustainable and environmentally friendly action.
Monitoring refers to the continuous monitoring and evaluation of systems, processes or conditions in order to ensure or improve performance, efficiency and quality. In the area of energy efficiency, monitoring involves the regular recording and analysis of energy consumption data and system temperatures in order to identify deviations, understand consumption patterns and make adjustments where necessary. The aim is to promote sustainability, optimize operating costs or comply with approval requirements (geothermal energy) through precise monitoring.
An energy audit is a systematic investigation carried out by qualified auditors to assess the energy consumption and energy efficiency of a building or system. It is used to identify potential energy savings, optimize operational processes and ensure compliance with legal requirements. Energy audits are an important tool for cutting costs, reducing environmental impact and promoting sustainable energy practices.
