A Smart Transportation System: Improving Mobility for the 21st Century

What if a city could optimize around its citizens? Cities typically operate with different networks, infrastructures and systems for services such as transportation, communication, water and energy. Only when these networks are effective and efficient can cities serve their population successfully. Cities can use technology to help these systems become more instrumented, interconnected, and intelligent. With these improvements, cities can work smarter to seize opportunities and build sustainable prosperity.

Quote by Nancy Pearson, vice president of IBM Business Process Management, SOA and WebSphere Marketing. Quote found at IBM Impact Blog

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smarterplanet:

Smarter Leaders vPanel: Social Computing & Urban Traffic on IBM Global Business Services: The Video Studio

Catch the on demand replay of our latest webcam-based dialogue. The focus of this vPanel: the challenge of urban traffic and how human behavior and social media can help remedy it.  

Panelists:

  • Shaun Abrahamson, Founder and CEO, Mutopo
  • Naveen Lamba, Industry Leader, Smart Transportation, IBM
  • Sarah Goodyear, Cities Editor, Grist.org
  • Richard MacManus, Founder of ReadWriteWeb
New lab seeks ways to make cities smarter than ever | Smart Grid
Can smart technologies make the cities of the future safer, smarter and more energy efficient? A new collaborative research lab in the US is being launched to seek potential answers to that question. IBM and Pennsylvania’s Carnegie Mellon University have teamed up to create the new laboratory, set to begin operations this fall, as part of the Pennsylvania Smart Infrastructure Incubator (PSII). The incubator is a state and industry initiative aimed at developing advanced technologies for managing building, energy, water and other infrastructure elements that are critical to the functioning of cities. “Making the infrastructure of our cities, communities and industries more instrumented, interconnected and intelligent can make it more sustainable from both an economic and an environmental perspective,” said Wayne Balta, vice president of corporate environmental affairs and product safety for IBM. The IBM Smarter Infrastructure Lab at Carnegie Mellon will work on technologies that are consistent with both organisations’ existing sustainability initiatives, including IBM’s Smarter Planet program and the university’s work at its Centre for Sensed Critical Infrastructure Research. 

New lab seeks ways to make cities smarter than ever | Smart Grid

Can smart technologies make the cities of the future safer, smarter and more energy efficient? A new collaborative research lab in the US is being launched to seek potential answers to that question. IBM and Pennsylvania’s Carnegie Mellon University have teamed up to create the new laboratory, set to begin operations this fall, as part of the Pennsylvania Smart Infrastructure Incubator (PSII). The incubator is a state and industry initiative aimed at developing advanced technologies for managing building, energy, water and other infrastructure elements that are critical to the functioning of cities. “Making the infrastructure of our cities, communities and industries more instrumented, interconnected and intelligent can make it more sustainable from both an economic and an environmental perspective,” said Wayne Balta, vice president of corporate environmental affairs and product safety for IBM. The IBM Smarter Infrastructure Lab at Carnegie Mellon will work on technologies that are consistent with both organisations’ existing sustainability initiatives, including IBM’s Smarter Planet program and the university’s work at its Centre for Sensed Critical Infrastructure Research. 

ragtag:
IBM’s Jon Bentley on powering our electric vehicles 
t’s no wonder that interest in electric cars is growing fast in the UK. Cheaper and more compact designs and many new models are coming onto the market over the next 12 months; they also help to save on the congestion charge which is a good consumer incentive. Electric cars are gaining in popularity even more, as car owners are increasingly concerned with rising petroleum costs and transport-related CO2 emissions.
The benefits stretch beyond just consumer – electric vehicles (EVs) have enormous potential for creating a cleaner transport system to help the UK meet its 2050 carbon reduction targets, as well as reducing noise and pollution in urban areas.
But there are still a number of questions to be answered before EVs are able to win over traditional cars in popularity. The most pressing of these include: who gets the bill when you recharge at work or in a public place? How do utilities meet the need for all that additional electricity? How do we afford to build out the infrastructure when the cars aren’t widely available – and who will do so when the business model for selling electricity for consumers is unclear? And will people buy the cars, when the infrastructure to power them doesn’t yet exist?
As part of IBM’s UK Smarter Energy initiative, IBM is leading a project by the Energy Technologies Institute to analyse the impact electric vehicles might have on the UK power grid. We are responsible for the co-ordination of a consortium of companies including EDF Energy, E.ON and Imperial Consultants. As a result, a set of recommendations will be proposed on integrating plug-in vehicles, electricity networks, charging points, and payment systems and helping to ensure compatibility across the UK, together with the intelligent information infrastructures to underpin them.
But already at this early stage it is clear that EVs cannot and should not be viewed separately from the necessary upgrades to the UK energy infrastructure, such as smart grids and smart metering. At the moment, we have a chicken-and-egg situation. If there aren’t enough users and enough vehicles, then the infrastructure doesn’t get built. If there isn’t enough infrastructure, then the vehicles aren’t purchased.    Lithium air batteries
To help the matter, IBM is also researching commercially viable lithium air batteries with the aim of enabling electric vehicles to travel up to 500 miles on one charge. At the moment, lithium-ion technology can’t compete with the energy density of old-fashioned gasoline. So batteries’ energy density will have to improve greatly over the next 10 years to enable a large-scale electric car industry.
Successful and timely implementation of EVs in the UK is no small challenge. But IBM is proud to be working on a smart and environmentally friendly transport solution that will provide an enhanced and environmentally friendly consumer experience to UK car owners.

ragtag:

IBM’s Jon Bentley on powering our electric vehicles

t’s no wonder that interest in electric cars is growing fast in the UK. Cheaper and more compact designs and many new models are coming onto the market over the next 12 months; they also help to save on the congestion charge which is a good consumer incentive. Electric cars are gaining in popularity even more, as car owners are increasingly concerned with rising petroleum costs and transport-related CO2 emissions.

The benefits stretch beyond just consumer – electric vehicles (EVs) have enormous potential for creating a cleaner transport system to help the UK meet its 2050 carbon reduction targets, as well as reducing noise and pollution in urban areas.

But there are still a number of questions to be answered before EVs are able to win over traditional cars in popularity. The most pressing of these include: who gets the bill when you recharge at work or in a public place? How do utilities meet the need for all that additional electricity? How do we afford to build out the infrastructure when the cars aren’t widely available – and who will do so when the business model for selling electricity for consumers is unclear? And will people buy the cars, when the infrastructure to power them doesn’t yet exist?

As part of IBM’s UK Smarter Energy initiative, IBM is leading a project by the Energy Technologies Institute to analyse the impact electric vehicles might have on the UK power grid. We are responsible for the co-ordination of a consortium of companies including EDF Energy, E.ON and Imperial Consultants. As a result, a set of recommendations will be proposed on integrating plug-in vehicles, electricity networks, charging points, and payment systems and helping to ensure compatibility across the UK, together with the intelligent information infrastructures to underpin them.

But already at this early stage it is clear that EVs cannot and should not be viewed separately from the necessary upgrades to the UK energy infrastructure, such as smart grids and smart metering. At the moment, we have a chicken-and-egg situation. If there aren’t enough users and enough vehicles, then the infrastructure doesn’t get built. If there isn’t enough infrastructure, then the vehicles aren’t purchased. Lithium air batteries

To help the matter, IBM is also researching commercially viable lithium air batteries with the aim of enabling electric vehicles to travel up to 500 miles on one charge. At the moment, lithium-ion technology can’t compete with the energy density of old-fashioned gasoline. So batteries’ energy density will have to improve greatly over the next 10 years to enable a large-scale electric car industry.

Successful and timely implementation of EVs in the UK is no small challenge. But IBM is proud to be working on a smart and environmentally friendly transport solution that will provide an enhanced and environmentally friendly consumer experience to UK car owners.