Power and thermal engineering
Energy-saving equipment
The increasing pressure to reduce the emmisons leads to a greater share of renewable source in the energy production segment. The already built non-green sources are then targeted for a greener production. The outcome to this trend are combined heat and energy power generating units, self-sufficient structures with local power generation and energy storage. Well known personal transportation and electric mobility changes are one of the examples of persuading these targets. TechSim Engineering offers solutions in the following areas:
Industrial Power Engineering:
| Offered Solution | Analysis Type | Software |
|---|---|---|
| Dimensioning and optimization of power units for given modes (cogeneration units) | 1D | Simcenter Amesim |
| Increasing the efficiency of heat exchangers, condensers and superheaters | 3D CFD | Simcenter STAR CCM+ |
| Reduction of COx and NOx emissions | 3D CFD | Simcenter STAR CCM+ |
| Lifetime of parts of conventional and solar power plants for increasing operating parameters (pressures, temperatures) and more frequent start-ups | 3D FEA | Simcenter 3D |
Local energy sources:
| Offered Solution | Analysis Type | Software |
|---|---|---|
| Dimensioning and optimization of heat pump arrangement | 1D | Simcenter Amesim |
| Increasing the efficiency of evaporators and other flow-through parts of pumps | 3D CFD | Simcenter STAR CCM+ |
| Dimensioning and arrangement of stationary battery storage | 1D | Simcenter Amesim |
| Determination of the appropriate type of cells and modules | 3D CFD | Simcenter STAR CCM+ Simcenter Battery Design Studio |
Energy-saving solutions for electromobility
| Offered Solution | Analysis Type | Software |
|---|---|---|
| Balancing and regulation of electric vehicle thermal management | 1D | Simcenter Amesim |
| Use of ORC cycles for air conditioning | 1D | Simcenter Amesim |
| Design of components of flow-through parts of high-speed turbines and compressors (impeller, diffusers, ejectors,…) | 3D CFD | Simcenter STAR CCM+ |