SIMULIA Cities & Public Services Solutions

Dassault Systèmes leverages virtual Virtual Twin Experience and advanced simulation technologies to address urban development challenges, focusing on enhancing sustainability, connectivity, and environmental quality in urban planning. This approach includes optimizing HVAC system performance to improve energy efficiency, indoor air quality, and occupant comfort while reducing environmental impacts. Key strategies involve detailed performance analysis of the built environment, precise integration of building equipment, and risk reduction in construction through simulation-optimized environments. The goal is to support sustainable urban ecosystems through data-driven design decisions and efficient engineering practices, ultimately contributing to smarter, more sustainable cities.

Urban simulation technologies facilitate detailed modeling of air quality in city environments, utilizing 3D virtual twins of urban areas to predict and analyze pollutant propagation. These tools enable precise simulation of scenarios affecting air quality, supporting the development of targeted legislation and ordinances aimed at pollution reduction. Furthermore, they assist in formulating responses to unforeseen events influencing air quality and public safety, ensuring that implemented solutions achieve intended results. This approach enhances the efficacy of air quality management strategies, directly contributing to improved urban air conditions

Urban simulation technologies, utilizing 3D virtual twins, provide a method to address noise pollution in urban environments. Through the precise assessment of noise impacts from traffic, construction, and urban air mobility, these simulations support data-driven decision-making in city planning. They enable the pre-emptive identification of noise issues and the communication of potential impacts and mitigation strategies to stakeholders, facilitating the development of quieter, healthier urban spaces.

In advanced network technologies such as 5G, urban simulation plays a critical role in optimizing telecom network performance. This technique aids in addressing coverage challenges, compliance with legal radiation limits, and ensuring efficient communication across urban landscapes. By employing 3D electromagnetic simulation and other tools, it is possible to plan and improve network coverage, evaluate antenna placement strategies, and assess safety in terms of human exposure to electromagnetic fields. Explore the application of urban simulation for enhancing telecom network performance, focusing on coverage optimization, regulatory compliance, and minimizing radiation hazards.