Leistungen

Energy supplier

We are already shaping the energy generation and distribution of tomorrow - with sustainable supply solutions, precise planning and practical implementation.

Future-proof energy supply and holistic infrastructure planning

Gammel Engineering supports energy suppliers in the transformation of their infrastructures towards a decarbonized, flexible and future-proof energy supply. We cover the entire technical chain: from energy generation and distribution to sector coupling.

Heating networks

Planning, expansion and optimization of local and district heating networks
Development of heating networks for cities, districts and municipalities
Integration of renewable energy sources into existing infrastructures
Increasing efficiency and reducing grid losses
Planning the heating transition, switching to renewable energies in existing buildings
Support with the application and procurement of funding as part of the federal funding program for efficient heating networks
Preparation of feasibility studies and transformation plans
Calculation and optimization of heating networks using dynamic network simulation

Energy centers and generation plants

Development of energy and supply concepts for entire cities, districts and residential areas
Analysis of existing and future heat and electricity requirements
General technical planning of energy centers for neighborhoods, districts, hospital areas, municipal supply units
Comparison with available resources and utilization (e.g. waste heat, geothermal energy, solar thermal energy, PV)
Integrated planning of electricity, heating and cooling (sector coupling)
Profitability analyses and CO₂ balances
General planning of energy centers

MSR technology

Development of intelligent control logic for generation systems, e.g. CHP units, heat pumps, peak load boilers, solar thermal energy, storage systems
Hydraulic and electrical control strategies, including return temperature control, buffer storage management, prioritization
Selection of suitable control technology (e.g. DDC controller, PLC systems, field devices)
Interface planning for network components, transfer stations, network pump groups, district heating controllers
Connection of decentralized energy centers, grid stations or district systems in one system
Integration of PV systems, battery storage systems, charging infrastructure or heat pumps into higher-level control systems