Simtec assessed the cooling and ventilation of two steam turbines at a power plant in Cyprus, focusing on the challenges posed by hot summers. Using Fluent's solar load model, the study simulated the worst-case thermal loads. The HVAC system's performance was evaluated, identifying temperature hot spots and areas of stagnant air. The results confirmed effective cooling without noise hazards, helping engineers avoid the need for additional fans, thus reducing costs.

Simtec simulated the ventilation and cooling of a power generation facility in the Libyan desert, addressing the challenges of excessive solar heat and diesel engine output. Using Fluent's solar load model, the study focused on the worst-case summer scenario. The simulation included realistic geometry and material properties, assessing the HVAC system's capacity to manage heat from three engines. The results showed the system's ability to handle the high heat load, ensuring effective cooling and ventilation.

Simtec simulated the ventilation and indoor air quality for a mall in Ioannina, Greece, focusing on its HVAC system's ability to maintain comfortable temperatures during harsh winters and hot summers. The detailed model accounted for solar heat load, building materials, and occupant heat. The study also calculated air renewal rates, identifying areas with stagnant air. The results ensured the mall's HVAC system could provide comfort and high air quality year-round.