Инновации и синхронизированное управление совместной работой над проектами
Design efficient and reliable systems by optimizing thermal management. Keeping the temperature of components within the optimal operating range, evacuating excess heat or reusing it to improve performance and efficiency has become an inherent challenge for today’s complex systems. To help you address thermal integration issues, Simcenter offers you a comprehensive set of solutions that cover the whole design cycle from predesign stage to final validation.
Simcenter helps maximize thermal performance such as comfort in cars, planes or rooms, while optimizing energy efficiency. You can use the software to represent the real operating environment of your system, including interactions with surroundings when designing and validating your temperature control strategies. Additionally, Simcenter enables you to study the integration of energy recovery systems and their impact on performance and energy consumption. You can also benefit from the advanced post-processing features to graphically visualize energy flows in your system.
Design efficient and reliable systems by optimizing thermal management. Keeping the temperature of components within the optimal operating range, evacuating excess heat or reusing it to improve performance and efficiency has become an inherent challenge for today’s complex systems. To help you address thermal integration issues, Simcenter offers you a comprehensive set of solutions that cover the whole design cycle from predesign stage to final validation.
Simcenter helps maximize thermal performance such as comfort in cars, planes or rooms, while optimizing energy efficiency. You can use the software to represent the real operating environment of your system, including interactions with surroundings when designing and validating your temperature control strategies. Additionally, Simcenter enables you to study the integration of energy recovery systems and their impact on performance and energy consumption. You can also benefit from the advanced post-processing features to graphically visualize energy flows in your system.
Ensure the comfort of passengers and crew in aircraft, ships, submarines, trains and battle tanks. Simcenter Amesim helps design the cabin, bleed system control, global energy management, air conditioning, ventilation circuit and carbon dioxide bottle discharge systems. The solution enables you to take into account temperature, humidity, pressure and change of pressure rate in dynamic conditions. It helps you design systems with higher efficiency, lower weight and volume, and reduced energy consumption.
Изучайте и оптимизируйте конструкцию контуров кондиционирования воздуха и систем тепловых насосов, оценивайте процессы охлаждения и отопления салона, проверяйте влияние внешних условий и технологий на температуру воздуха и влажность в салоне, а также оценивайте комфортность температуры для человека.
Optimize range and cabin comfort by managing thermal energy while keeping under control the temperature of critical subsystems such as the battery or the electric motor. Simcenter enables you to model electrical and thermal aspects of every car subsystem. Thanks to tight integration with Simcenter STAR-CCM+ computational fluid dynamics (CFD) technologies, you can benefit from advanced heat exchanger stacking analysis.
Model any type of thermal management systems by simulating heat transfer between solids, liquids, and gas as well as phase change phenomena with Simcenter. Benefit from a comprehensive set of components such as pumps, thermostats or heat exchangers to accurately study the transient behavior of your system. Simcenter enables you to size components and compares different architectures or control strategies while accounting for thermal interactions between different subsystems.
Combine maximum thermal safety with high energy efficiency. Simcenter helps you ensure the engine is correctly cooled down by optimizing heat-exchangers, pumps and thermostats. Optimize warm-up phases, control strategies and integration with the HVAC system, all in a single, user-friendly simulation environment. You will even be able to evaluate disruptive technologies such as phase change materials or advanced heat recovery systems.
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