Urbanizing Smart Cities With Digital Twins

Digital twin (DT) is a rapidly growing concept that has gained traction as it can improve product designs, optimize performance at an industrial level, and create proactive maintenance services. This upgrading technology has started taking shape on an entirely new and different scale as it has become the pillar for futuristic smart cities.

In the scenario of smart cities, digital twins work as virtual replicas of the city’s assets, such as buildings, road lighting systems, energy and grid capabilities, and mobility solutions. However, it is not enough to develop a third-dimensional (3D) model of these sources. Therefore, the digital twin of smart cities pairs the 3D information with spatial modeling (for building the environment), simulations and mathematical models (for workable electric and mechanical systems), and other components that use real-time data feeds from the Internet of Things (IoT) platforms.

In this exclusive AITech Park, we will explore how digital twins will help smart cities evolve in 2024.

Twinning With the New Age Smart Cities

With the introduction of digital twins in the construction field, this technology has the potential to unlock data that was traditionally trapped in silos.

When constructing a new building, the digital twin is developed from the initial phases of the project by the architects, engineers, and construction (AEC) teams to work together to define each other’s performance goals and get the desired outcomes. Now, as the project progresses, the data is continuously collected and fed into the model using any digital twin solution. When the infrastructure is handed over to the owner, the virtual twin collects operations data that will fine-tune performance and manage maintenance in the long term.

As the digital twin mostly revolves around data supplies, it’s the physical twin that helps in performing predictions and simulations in response to real-world conditions. For instance, in the construction industry, the physical twin can be used to align a building’s solar facade that follows the path of the sun and modifies airflow to minimize the spread of germs.

Therefore, it is evident that DT allows the AEC teams to connect better throughout the entire assignment lifecycle, from design to decommissioning. Further, integrating static data aids in specifying the segment and creating maintenance schedules based on the dynamic data of occupancy rates and environmental conditions.

When DT is combined with building information modeling (BIM), the AEC team is well connected to data, which processes dynamic, real-time, bidirectional information management, bringing out the full potential of integrated workflows and information sharing with clients.

As DT is integrated with artificial intelligence (AI) and machine learning (ML), this technology will evolve from being a conceptual tool to becoming more competent and autonomous as software capabilities expand. The application areas for digital twins will continue to reach new heights in the coming years and will change the way AEC teams create, use, and optimize physical spaces and multiple processes.

To Know More, Read Full Article @ https://ai-techpark.com/urbanizing-smart-cities-with-digital-twins/ 

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The Emergence of Smart Cities in 2024

In the 21st century, people are searching for an abode that will provide better public infrastructure and easily accessible resources that will make their lives easier.

Traditional cities often grapple with major issues of inadequate infrastructure, huge population growth, inefficient resource and waste management, and traffic congestion, aiming at a lack of urban development.

However, the introduction of smart cities represents a pivotal shift towards embracing new-age technologies to solve some of the most pressing challenges of urban living and make cities have better infrastructure, public services, and sustainable growth.

The concept of smart cities emerged as a transformative trend in the fields of technology and architecture that will reshape the urban landscape and revolutionize the way people interact with our environment. By integrating technologies such as the Internet of Things (IoT), artificial intelligence (AI), blockchain, and big data analytics, architects and IT professionals can set new standards for service delivery, sustainability, and livability.

In 2024, IT professionals and architects will be at the forefront of this environmental sustainability movement, leveraging technology and innovative design principles to develop cities that are technologically advanced, sustainable, and efficient to cater to the different needs of each resident.

In today’s exclusive AITech Park article, we will explore the emerging trend of smart cities and how IT professionals and architects can play a pivotal role in the development of these cities.

Towards Zero Waste

In 2024, architects will be more focused on eliminating the challenges of waste management to create resilient and sustainable cities by implementing smart waste management systems that have sensor-driven bins and smart waste collection vehicles that will optimize waste collection routes and reduce fuel consumption. Advanced waste-to-energy technologies are used to convert organic waste into renewable energy sources, minimizing landfill usage and mitigating environmental impacts.

Innovative Solutions for Water Sustainability

According to a report by the U.N. World Water Development Report 2023, water scarcity is one of the biggest crises that the world is facing, as it was revealed that 2 billion people (26% of the population) lack safe drinking water, while 3.6 billion (46%) lack access to safely managed sanitation.

Therefore, to curb these issues and strategize for water conservation and management, architects and IT professionals can implement IoT-enabled water meters to monitor water usage in real-time, enabling residents to optimize water consumption and identify leakages.

Bottom Line

As the world’s population continues to grow at an unprecedented rate, the essentiality of smart cities becomes more pronounced, as they provide a blueprint to address the challenges of urbanization and strive to reach the different goals related to improving urban lifestyle, achieving economic growth, and environmental sustainability.

To Know More, Read Full Article @ https://ai-techpark.com/the-emergence-of-smart-cities-in-2024/ 

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