By Seiji Ikkatai, Haruki Tsuchiya (auth.), Takeshi Yao (eds.)
Since 2008, the worldwide middle of Excellence (COE) at Kyoto college, Japan, has been engaged in a application known as “Energy technological know-how within the Age of worldwide Warming—Toward a CO2 Zero-Emission strength System.” Its target is to set up a global schooling and learn platform to foster educators, researchers, and coverage makers who can improve applied sciences and suggest regulations for constructing a CO2 zero-emission society now not depending on fossil fuels. it really is popular that the strength challenge can't easily be categorised a technological one, because it is additionally deeply concerned with social and financial matters. The institution of a “low-carbon strength technology” as an interdisciplinary box integrating social sciences with ordinary sciences is critical. the worldwide COE is starting up a zero-emission expertise roadmap and is selling socioeconomic experiences of power, reports of latest applied sciences for renewable energies, and examine for complicated nuclear strength. It has additionally confirmed the worldwide COE Unit for power technological know-how schooling to help younger researchers as they follow their talents and data and a wide foreign point of view to reply to problems with power and the surroundings in our societies. Comprising the court cases of the 3rd overseas Symposium of the worldwide COE application, this ebook follows at the previous volumes Zero-Carbon power Kyoto 2009 and 2010, released in March 2010 and February 2011, respectively.
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Additional info for Zero-Carbon Energy Kyoto 2011: Special Edition of Jointed Symposium of Kyoto University Global COE “Energy Science in the Age of Global Warming” and Ajou University BK21
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Generation priority: hydro, nuclear, coal, PV and Wind, Battery, LNG, biomass, oil, EV 2. Capacity factor of coal-fired power can be lowered to zero for more renewable energy penetration 3. Battery(EV): 10% (30%) SOC 95% 4. Charge speed < 30%SOC/h, discharge speed < 50%SOC/h Resource availability 1. Renewable energy penetration physical potential 2. Fossil fuel demand Max. supply capability 3. Facilities and resource can be imported from overseas Capacity factor loadfollowing CO2 emission 1.
1 Scenario Design As shown in Fig. 6, there are three nuclear power development cases in the supply side, and five electric device combinations in demand side. 2 Results The electricity mix, excess electricity and CO2 emission of all scenarios are shown in Figs. 7, 8 and 9 respectively. If the “N1” is selected, even renewable is developed as much as possible; Japan will have to use LNG to supply more than 30% its electricity, and thus face CO2 emission/climate change pressure. On the other hand, in case of the “N3”, much more excess electricity happens and the people in the country have to face more potential dangers of nuclear power.