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Japanese Smart Communities as Industrial Policy Chapter j 21 449


             in energy use is achieved via the reduced need for motorized (especially
             single-car) transport in favor of public transit, cycling, and walking. The
             reduced spatial footprint of the community also leads to less energy used to
             move water around, plus lower per capita costs to maintain roads and other
             critical infrastructure, in addition to other energy savings. This integration of
             spatial planning with energy has been underway over the past three years and
             has linked most of the central agencies together, enhancing the effectiveness
             of planning and spending through reducing overlap and other sources of
             administrative inefficiency.

             CONCLUSION
             We have seen that Japanese policy makers foster the diffusion of such com-
             munities through “whole of government” planning, focused on resilience. The
             smart communities discussed in this chapter are just a few examples of a
             paradigm unfolding throughout Japan. Japan’s smart communities encompass
             residential districts, industrial clusters, roadside stations (michi no eki), and
             other areas designated for disaster resilience and local revitalization. These
             districts center on distributed energy systems, smart and inherently local
             network infrastructuresdfor power as well as DHCdthat maximize energy
             efficiency and the uptake of local renewable resource endowments, including
             solar, wind, biomass, geothermal, and waste heat. The smart city is the linkage
             of these districts. Japan’s projects also stress strong stakeholder engagement,
             smart communities being a key focal point for Japan’s robust and integrated
             policies for intensifying local revitalization, disaster resilience, compact cities,
             and the deployment of alternative energy.
                Japan’s combination of challenges, including disaster threats, dependence
             on conventional energy, unprecedented demographic change, and declining
             economic competitiveness, greatly outweighs what other developed countries
             face. Japanese technocrats are fully aware of these crises and how they
             interact. Because Japan is rich, technologically sophisticated, and a unitary
             state, it has the capacity to respond and maximize positive externalities. The
             competitiveness and resilience that follow from focusing on smart commu-
             nities could be key to a Japanese economic renaissance.

             REFERENCES

             ABI Research, April 27, 2017. China, Japan, and South Korea Lead Asian Smart City Initiative
                Deployments. ABI Research Press Release. https://www.abiresearch.com/press/china-japan-
                and-south-korea-lead-asian-smart-city-/.
             ACEJ, June 2016. Cogeneration White Paper, 2016. Advanced Cogeneration and Energy Utili-
                zation Center, Japan (in Japanese).
             Amari, J., July 2016. Will smart cities save Japan? The Journal of the American Chamber of
                Commerce in Japan (ACCJ). https://journal.accj.or.jp/metro-wise/.
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