“…These technologies can help reduce environmental impact, increase economic benefits, and improve resilience against potential disruptions. While there are challenges associated with their implementation, the benefits outweigh the costs and provide a path towards a more sustainable and efficient urban future [47], [48].…”
Section: The Impact Of Clean Energy and Technology On Smart Citiesmentioning
In today's global context, reducing CO2 emissions and mitigating environmental impacts has become an important issue, leading to the inclusion of smart cities among the top priorities of every country. This article aims to provide solutions for creating appropriate policies and overcoming obstacles in this field, with a focus on the importance of clean energy in the development of smart cities. Specifically, by focusing on three important sectors, namely Energy, Transportation, and Buildings, the aim is to help create efficient roadmaps for developing smart cities. To achieve this goal, successful policies and strategies implemented in successful cities will be examined to overcome the barriers in these sectors and achieve smart city status. The article emphasizes the importance of local government and stakeholder collaboration. This collaboration plays a critical role in creating appropriate policies for increasing the use of clean energy in different sectors, as the ideas of politicians and energy experts cannot be implemented without the support and participation of local governments. Therefore, the cooperation and support of local governments and stakeholders are of great importance for the development of smart cities. In short, the article emphasizes the importance of clean energy in the development of smart cities, provides recommendations for identifying appropriate policies and overcoming barriers, and highlights the critical role of local government and stakeholder collaboration. Therefore, this collaboration can be considered as a successful step towards the development of smart cities.
“…These technologies can help reduce environmental impact, increase economic benefits, and improve resilience against potential disruptions. While there are challenges associated with their implementation, the benefits outweigh the costs and provide a path towards a more sustainable and efficient urban future [47], [48].…”
Section: The Impact Of Clean Energy and Technology On Smart Citiesmentioning
In today's global context, reducing CO2 emissions and mitigating environmental impacts has become an important issue, leading to the inclusion of smart cities among the top priorities of every country. This article aims to provide solutions for creating appropriate policies and overcoming obstacles in this field, with a focus on the importance of clean energy in the development of smart cities. Specifically, by focusing on three important sectors, namely Energy, Transportation, and Buildings, the aim is to help create efficient roadmaps for developing smart cities. To achieve this goal, successful policies and strategies implemented in successful cities will be examined to overcome the barriers in these sectors and achieve smart city status. The article emphasizes the importance of local government and stakeholder collaboration. This collaboration plays a critical role in creating appropriate policies for increasing the use of clean energy in different sectors, as the ideas of politicians and energy experts cannot be implemented without the support and participation of local governments. Therefore, the cooperation and support of local governments and stakeholders are of great importance for the development of smart cities. In short, the article emphasizes the importance of clean energy in the development of smart cities, provides recommendations for identifying appropriate policies and overcoming barriers, and highlights the critical role of local government and stakeholder collaboration. Therefore, this collaboration can be considered as a successful step towards the development of smart cities.
Artificial intelligence (AI) and machine learning (ML) are becoming essential tools for increasing the efficiency and sustainability of this renewable energy source and the ocean energy industry has made significant strides in recent years. The early stages of the industry's research and development are when AI and ML first started to emerge in the ocean energy space. The development, management, and upkeep of maritime energy systems have all changed as a result of these innovations. An enormous, unexplored renewable resource that has the potential to make an important contribution to the world's energy mix is ocean wave energy. In order to maximize the efficacy and efficiency of wave energy conversion, this chapter explores the incorporation of artificial intelligence (AI) and internet of things (IoT) technologies. It looks at these technologies' ability to support clean energy solutions and build a sustainable energy environment particularly in the context of smart cities.
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