Abstract
Responsible cities have to ensure access for all to clean, secure, competitive, and affordable energy. The advent of local renewable energy procumers, producers and consumers, of green energy, can lead to energy-producing cities instead of energy- (over)consuming cities. This chapter offers an insight into the components and vectors of sustainable energy production and consumption in cities and the efforts made at the local level to overcome national and supranational energy policy targets. Green electricity and hydrogen seem to be the energy vectors of the future and there is great potential for achieving energy efficiency in conjunction with cleaner energy options and technologies and behavioral improvements.
Sustainable energy is at the heart of the EU Europe 2020 Strategy for smart, sustainable, and inclusive growth. Renewables are becoming a major and competitive player in the European energy market and a significant generator of employment. European leaders recognized that sustainable and renewable energy sources and smart systems will make the difference in safely reaching the ambitious EU 2050 goal of decarbonization and cities prepared action plans to surpass the European targets. In the United States, cities choose to invest in efficient lighting, better building materials, and solar energy for electricity.
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References
Amsterdam Climate Office (2008) New Amsterdam climate – summary of plans and on-going projects. Amsterdam
Eurocoal (2012) Annual report 2011. Brussels
European Commission (2007a) An energy policy for Europe. Brussels
European Commission (2011d) Energy 2050 roadmap. Brussels
European Commission (2011f) Energy key figures. Brussels
European Commission (2011h) Employment and social developments in Europe 2011. Brussels
European Commission (2012a) Communication on renewable energy: a major player in the European energy market. Brussels
European Commission (2012b) Smart cities and communities. European innovation partnership. Brussels
European Commission (2012c) Figures for the future. 20 years of sustainable development in Europe. Brussels
Greenpeace (2005) Decentralising power: an energy revolution for the 21st century. London
Harvard Kennedy School (Belfer Center) (2011) Transforming U.S. energy innovation. Boston
IEA (2008a) Energy, technology perspectives report. Paris
IEA (2012) World energy outlook 2012. Paris
Mega V (2005) Sustainable development, energy and the city. Springer, New York
National Research Council (2010a) Hidden energy costs. NAP, Washington, DC
National Research Council (2012b) A sustainability challenge: food security for all: report of two workshops. NAP, Washington, DC
New York City Mayor’s Office of Long-Term Planning and Sustainability (2012) NYC local law 84 benchmarking report. New York
Siemens (2012) Smarter neighbourhoods, smarter cities. New York
U.S. Conference of Mayors (The) (2011) Clean energy solutions for American cities. Summary of survey results prepared by Globe Scan Incorporated and sponsored by Siemens
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Mega, V. (2013). Cities ahead of the Energy Transition. In: Quintessential Cities, Accountable to the Future. Springer, New York, NY. https://doi.org/10.1007/978-1-4614-7348-0_3
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DOI: https://doi.org/10.1007/978-1-4614-7348-0_3
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