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: Agricultural Equipment Challenge: To ensure effective cooling of the Syntrac 400’s engine bay at both stationary (0 km/h) and operational (10 km/h) conditions, a comprehensive heat balance and airflow simulation study was conducted using computational fluid dynamics (CFD). Objectives: Methodology: Results and Discussion: Stationary Conditions (0 km/h): Operational Conditions (10 km/h): Pressure Resistance Curve:
Industry: Rail Transportation This case study explores how Computational Fluid Dynamics (CFD) simulations can be used to analyze and improve the cooling system of a complex industrial component – an engine power pack for a railway vehicle. Challenge: Ensure efficient heat dissipation within the power pack under two operating conditions: stationary and cruising speed. Solution:
Industry: Rail Transportation This case study explores how Computational Fluid Dynamics (CFD) simulations can be used to analyze and improve the cooling system of a complex industrial component – an engine power pack for a vehicle. Challenge: Ensure efficient heat dissipation within the power pack at cruising speed. Solution: CFD simulations were employed to evaluate
