Industry: Renewable Energy (Energy Storage) Challenge: Ensure the optimal cooling performance of an energy storage container by analyzing the pressure drop associated with varying gap widths between the battery modules. This analysis is crucial for determining the impact of aisle width on the cooling system’s effectiveness and reducing design uncertainties. Solution: Computational fluid dynamics (CFD) […]
Industry: Construction Equipment Challenge: A mortar machine’s cooling system was struggling to meet cooling requirements, leading to potential overheating issues. The existing fan design and airflow path were identified as contributing factors to the problem. Solution: Computational fluid dynamics (CFD) simulations were employed to analyze the airflow patterns and thermal performance of the mortar machine.
Industry: Renewable Energy (Energy Storage) Challenge: Ensure the safe and efficient operation of a new airtight energy storage container concept, under extreme temperature conditions. The container relies solely on air conditioning units for temperature control and houses critical energy storage components that require a specific temperature range for optimal performance and longevity. Solution: A thermal
Industry: Chemical Engineering (Biotechnology, Pharmaceutical Processing) Challenge: In the design of pipe reactors, ensuring the proper suspension of separator baffles is crucial for efficient mixing and reaction processes. However, the tendency of baffles to rotate or get stuck in the pipe, especially in bends, can lead to operational issues. Solution: Computational fluid dynamics (CFD) simulations
Industry: Rail Transportation Challenge: Maintaining a comfortable working environment for train drivers across diverse weather conditions while adhering to the stringent thermal comfort regulations outlined in EN 14813-1. This standard ensures optimal driver well-being and alertness for safe train operation. Solution: Our team of engineers employed advanced computational fluid dynamics (CFD) simulations to meticulously analyze
