I like the structure of the blog. This is a reflection of your clear understanding of sustainable cities. while reading your blog, I got some ideas for my thesis proposal which require some ideas and a few examples. You have briefly mentioned Bristol and some of the strategies it followed to meet the requirement of becoming a smart city.
With emerging climate change and the need for more sustainable ideas to overcome urban problems, designers came up with different solutions. These solutions are mostly suggested, by keeping in mind the planet and green approach.
I would have appreciated it if you explained a bit more about your exampled city, Bristol. There are four significant reasons why Bristol is one of the smart cities:
1. Waste handling and recycling – as per the sources, around 44% of household waste is recycled daily (Admin, 2021). They have a colored system for each type of garbage. Along with this, the city council has installed recycling stations throughout Bristol city. This encourages the public to contribute to the recycling and waste-handling process.
2. Renewable energy – Bristol is the only UK city that generates 100% of green energy (Bristol, n.d.). This functions under its council and operates under the company named Bristol energy cooperative.
3. Zero food waste – this campaign runs with the influence of many good big scaled restaurants. This influences the customer to make food demands sustainably. There are many such organizations like the soil association(Herbs, n.d.), which is creating a farming space within urban infrastructure.
4. An alternative option for transportation – the first attempt by the council is to reduce the price of public transportation, this will encourage the residents to use a common transport service(Secret Bristol, 2021). Another very effective approach by the planners is to introduce lanes for cyclists and pedestrians throughout the city. They also have options like electric vehicles and electric scooters.
These are the few points that I feel need an elaborative discussion to be done under the heading of “Case study of smart city: Bristol”. However, you have done an incredible job finding good sources and putting them together to deliver an informative blog.
Keep it up!
References:
Admin, W. (2021). 5 Reasons Bristol Is the UK’s Most Eco-Friendly City.
Bristol, U. of (n.d.). Sustainability.
Herbs, P. (n.d.). Pukka Herbs. [online] Pukka Herbs. Available at: https://www.pukkaherbs.com/ca/en/our-mission/sustainability/pukkas-mission-council.
Secret Bristol. (2021). Bristol Has Been Named The Most Sustainable City In The UK.
Using technology to create more sustainable cities
Future cities will be quickly shaped by technology and data. This trend is projected to have quite an impact on how cities are designed, built, and operated in the coming years. The following are a few ways that data and technology are influencing cities in the future:
Smart City Technology:
The Internet of Things (IoT) has helped in the “smart cities” era. Where the use of technology helps to collect and analyse data in order to improve services and address urban issues. Among other things, smart city technology can help cities in managing traffic flow, lowering energy usage, improve public safety and monitor air quality. An example of this is Bristol. They are using smart technology to meet their ambition which was to reduce co2 emissions by 45% (Bristol Futures, 2020).
Figure 1: List of smart technologies that make up a smart city (Constro Facilitator, 2022)
Predictive Analytics:
By using data to predict future trends, and issues and to guide decision-making. Predictive analytics is changing the way that cities are run. Cities can use predictive analytics, for instance, to locate regions that are at risk of flooding and to plan the best way to deploy emergency resources (Ibm.com, 2023).
Figure 2: different types of analytics and how they can be useful (Tucci, 2021)
Urban Planning and Design:
The way cities are formed and created is changing as a result of technology and data. Urban planners and designers can now visualise and test many situations thanks to new tools like 3D modelling and virtual reality simulations. This makes it simpler to come up with novel solutions (SNC-Lavalin, 2022).
Mobility:
With the arrival of self-driving vehicles, e-bikes, e-scooters and other new kinds of mobility. Technology is changing how people move about cities. Cities are becoming more reachable as a result and traffic jams and carbon emissions have decreased due to this. London is a great example of this as they currently looking to use technology to help with autonomous taxi services (Smart, 2020).
Building Management:
The management and upkeep of buildings are also becoming better thanks to technology and data. Building management systems, for instance, can track energy usage and consumption trends. This can assist building owners in lowering costs and raising energy efficiency(Azolla Software, 2020).
In conclusion, as cities search for fresh, cutting-edge solutions to the complicated problems they face, the role of technology and data in creating the future of cities is becoming more and more crucial. Technology and data will soon define future cities whether it is through the application of smart city technology, predictive analytics, urban planning and design, mobility, or building management.
Reference
Figure 1:
Constro Facilitator (2022). Different types of technologies for smart cities. [online] Constro Facilitator. Available at: https://constrofacilitator.com/different-types-of-technologies-for-smart-cities/ [Accessed 8 Mar. 2023].
Figure 2:
Tucci, L. (2021). What is predictive analytics? An enterprise guide. [online] Business Analytics. Available at: https://www.techtarget.com/searchbusinessanalytics/definition/predictive-analytics [Accessed 8 Mar. 2023].
Bibliography:
Bristol Futures (2020). Bristol smart city report. [online] Slideshare.net. Available at: https://www.slideshare.net/Bristolcc/bristol-smart-city-report-7579696 [Accessed 8 Mar. 2023].
Ibm.com. (2023). What is predictive analytics? | IBM. [online] Available at: https://www.ibm.com/topics/predictive-analytics#:~:text=Predictive%20analytics%20is%20a%20branch,to%20identify%20risks%20and%20opportunities. [Accessed 8 Mar. 2023].
SNC-Lavalin. (2022). How will technology impact urban planning? | SNC-Lavalin. [online] Available at: https://careers.snclavalin.com/blogs/2022-10/how-will-technology-impact-urban-planning#:~:text=Technology%20will%20enable%20smart%20cities&text=For%20example%2C%20the%20Internet%20of,congestion%20and%20improving%20air%20quality. [Accessed 8 Mar. 2023].
Smart (2020). Smart Mobility Living Lab: London. [online] Smart Mobility Living Lab: London. Available at: https://smartmobility.london/ [Accessed 8 Mar. 2023].
Azolla Software (2020). Applications of IoT in Facilities Management. [online] Azolla | Next Generation Facilities Management. Available at: https://azollasoftware.com/applications-of-iot-in-facilities-management/#:~:text=One%20of%20the%20most%20useful,with%20numerous%20other%20critical%20assets. [Accessed 8 Mar. 2023].
I like the structure of the blog. This is a reflection of your clear understanding of sustainable cities. while reading your blog, I got some ideas for my thesis proposal which require some ideas and a few examples. You have briefly mentioned Bristol and some of the strategies it followed to meet the requirement of becoming a smart city.
With emerging climate change and the need for more sustainable ideas to overcome urban problems, designers came up with different solutions. These solutions are mostly suggested, by keeping in mind the planet and green approach.
I would have appreciated it if you explained a bit more about your exampled city, Bristol. There are four significant reasons why Bristol is one of the smart cities:
1. Waste handling and recycling – as per the sources, around 44% of household waste is recycled daily (Admin, 2021). They have a colored system for each type of garbage. Along with this, the city council has installed recycling stations throughout Bristol city. This encourages the public to contribute to the recycling and waste-handling process.
2. Renewable energy – Bristol is the only UK city that generates 100% of green energy (Bristol, n.d.). This functions under its council and operates under the company named Bristol energy cooperative.
3. Zero food waste – this campaign runs with the influence of many good big scaled restaurants. This influences the customer to make food demands sustainably. There are many such organizations like the soil association(Herbs, n.d.), which is creating a farming space within urban infrastructure.
4. An alternative option for transportation – the first attempt by the council is to reduce the price of public transportation, this will encourage the residents to use a common transport service(Secret Bristol, 2021). Another very effective approach by the planners is to introduce lanes for cyclists and pedestrians throughout the city. They also have options like electric vehicles and electric scooters.
These are the few points that I feel need an elaborative discussion to be done under the heading of “Case study of smart city: Bristol”. However, you have done an incredible job finding good sources and putting them together to deliver an informative blog.
Keep it up!
References:
Admin, W. (2021). 5 Reasons Bristol Is the UK’s Most Eco-Friendly City.
Bristol, U. of (n.d.). Sustainability.
Herbs, P. (n.d.). Pukka Herbs. [online] Pukka Herbs. Available at: https://www.pukkaherbs.com/ca/en/our-mission/sustainability/pukkas-mission-council.
Secret Bristol. (2021). Bristol Has Been Named The Most Sustainable City In The UK.
This topic holds great relevance in the shaping of future cities. The author has briefly tried to touch on the various aspects that are considered in the integrated smart cities design. Smart Grids and Energy Management: Implementing smart grids allows for efficient monitoring and management of energy consumption. Smart meters, real-time energy monitoring systems, and automated demand response systems enable optimized energy distribution, reduce energy waste, and promote the integration of renewable energy sources into the grid. This helps cities reduce their carbon footprint and enhance energy efficiency.
Intelligent Transportation Systems: Smart transportation solutions contribute to sustainable cities by reducing traffic congestion and emissions. Intelligent traffic management systems, real-time traffic information, and adaptive traffic signals help optimize traffic flow, reduce travel times, and minimize fuel consumption. Additionally, electric vehicles (EVs) and EV charging infrastructure play a crucial role in transitioning to a low-carbon transportation system.
Digitalization and Smart City Platforms: The integration of data and digital technologies through smart city platforms enhances urban planning, resource management, and citizen engagement. Data-driven insights enable evidence-based decision-making, optimizing resource allocation and infrastructure development. Smart city platforms also facilitate citizen participation, allowing residents to actively contribute to sustainable initiatives and access real-time information on energy consumption, transportation options, and environmental quality.
By leveraging technology, cities can harness data, connectivity, and automation to create sustainable urban environments. These solutions enhance resource efficiency, reduce emissions, promote renewable energy adoption, and improve the overall quality of life for residents while preserving the environment for future generations.
References:
https://nexusintegra.io/smart-infrastructures-essential-for-smart-cities/
https://www.mckinsey.com/capabilities/operations/our-insights/smart-cities-digital-solutions-for-a-more-livable-future