How IoT technology and the ability to analyze data through contextualization accelerate the development of smart cities

It is estimated that by 2020, half of the smart cities will incorporate key performance indicators such as climate change, rapid repair capability and sustainability into the city's development goals. The city is defining new development plans and incorporating them into tangible projects. This initiative will achieve the measurement results set at the COP 21 conference in Paris to reduce greenhouse gas (GHG) emissions.

Considering Horizon 2020's energy efficiency, carbon reduction and renewable energy goals, many cities in Europe have launched energy sustainability, resource management, social inclusion and community prosperity programs.

Major cities around the world have set up a combination of transportation and mobility to solve or alleviate traffic congestion through smart city solutions supported by the Internet of Things, but the seamless link of urban mobility does not stop moving from point A to point B. s Choice.

The popularity of carpooling, electrification of public transportation, supporting infrastructure for electric vehicles, and congestion charges for power locomotives all contribute to the development of the environment in a better direction, including cleaner air, reduced greenhouse gas emissions and energy savings. Improve road noise levels and the surrounding environment.

Here, I use the Florence card as an example. With the Florence card, I can take the electric bus for free to many tourist attractions. While using the environment-friendly electric bus, it also helps to improve the cultural and tourist experience of the tourists. This example demonstrates that such measures not only have economic advantages, but can also be directly linked to climate change, rapid repair capabilities, and sustainability outcomes.

Sensors have become a key factor in improving climate change goals and are at the heart of smart cities. Gartner believes that in 2017, cities will use about 380 million connected items to achieve sustainability and climate change goals, which will increase to 1.39 billion in 2020, accounting for 20 of all smart city connected objects in use. %. In 2017, use cases in the smart business building and transportation sector will be the main contributors, accounting for 58% of all IoT installation bases in smart cities.

Driven by an eco-design directive that requires EU member states to phase out their incandescent streetlights by the end of 2016, Gartner analysts expect these sustainability goals to generate positive investment and innovation impact, especially for urban corridors. This is especially true in the industrial sector.

The city will be a showcase for a good environment for new technology development, providing a stress testing environment for the industry. For cities, these advantages are far-reaching. Not only will they meet the mandatory targets under their Horizon 2020 goals, but they will also create a more environmentally friendly, inclusive city that can be recognized by the public in the form of KPIs. Amsterdam is a case in this regard, and the city is doing a lot of work to link energy resilience with green technology and alternative resource innovation. In addition, the city is also building links to a variety of user-friendly mobile travel options, such as carpooling, bicycle stations or pedestrian streets.

At the same time, the EU Energy Efficiency Directive means that public buildings and private real estate will need to reduce energy consumption by 3% per year. Current heating, cooling and lighting account for about 60% of building energy consumption.

Implementing an integrated commercial management system for lighting, heating and cooling can reduce energy consumption by 50%, which clearly helps cities fulfill their commitment to reduce their greenhouse gas emissions.

Companies implementing smart LED lighting systems can save 60 to 70% of their energy. By combining the use of heating, ventilation and air conditioning systems with building utilization, nearly 50% of energy can be saved.

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