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Prospect of the optimum power configuration in 2030 and influence that the introduction of photovoltaic power generation and electric car exerts power configuration; 2030 nen ni okeru saiteki dengen kosei no tenbo to taiyoko hatsuden oyobi denki jidosha no donyu ga dengen kosei ni ataeru eikyo

Journal Article:

Abstract

By focusing the supply side of the electric utility in 2030, the prospect of the Electric Utility Council in 2010 was viewed using a simple linear plan model. The cost and technical conditions of each power supply were entered to guess the optimum power configuration from the viewpoint of the cost minimum. As a result, the following conclusion was obtained. To keep the CO2 discharge in 2030 to the level in 1990, the nuclear equipment should be set to about 100,000,000 kW. If the equipment capacity is within 70,000,000 kW, the absorption cost (amine absorption is supposed) of CO2 exceeding an upper limit of 90,000,000 tons reaches about 565,000,000,000 yen. If the photovoltaic power generation is installed for each house without a storage battery, the load factor decreases and the generating cost increases because the equipment capacity at dusk and night is required. With the spread of an electric car, the load for night charging also increases. Therefore, the nuclear equipment capacity reaches about 130,000,000 kW, but the generating cost decreases. 14 figs., 2 tabs.
Publication Date:
Feb 27, 1995
Product Type:
Journal Article
Reference Number:
SCA: 296000; 290200; 292000; PA: NEDO-95:950178; EDB-95:129600; SN: 95001455961
Resource Relation:
Journal Name: Nippon Enerugi Keizai Kenkyusho Hokoku Yoshi; Journal Issue: 307; Other Information: PBD: 27 Feb 1995
Subject:
29 ENERGY PLANNING AND POLICY; POWER PLANTS; OPTIMIZATION; ENERGY ANALYSIS; NUCLEAR POWER PLANTS; PHOTOVOLTAIC POWER PLANTS; ELECTRIC-POWERED VEHICLES; ELECTRIC BATTERIES; NOCTURNAL VARIATIONS; ELECTRIC POWER INDUSTRY; ENERGY POLICY; LINEAR PROGRAMMING; COST BENEFIT ANALYSIS; CARBON DIOXIDE; EMISSION; AMINES; ABSORPTION; OFF-PEAK ENERGY STORAGE
OSTI ID:
100523
Research Organizations:
Institute of Energy Economics, Tokyo (Japan)
Country of Origin:
Japan
Language:
Japanese
Other Identifying Numbers:
Journal ID: XZ4278; TRN: 95:950178
Submitting Site:
NEDO
Size:
pp. 1-10
Announcement Date:
Oct 04, 1995

Journal Article:

Citation Formats

None. Prospect of the optimum power configuration in 2030 and influence that the introduction of photovoltaic power generation and electric car exerts power configuration; 2030 nen ni okeru saiteki dengen kosei no tenbo to taiyoko hatsuden oyobi denki jidosha no donyu ga dengen kosei ni ataeru eikyo. Japan: N. p., 1995. Web.
None. Prospect of the optimum power configuration in 2030 and influence that the introduction of photovoltaic power generation and electric car exerts power configuration; 2030 nen ni okeru saiteki dengen kosei no tenbo to taiyoko hatsuden oyobi denki jidosha no donyu ga dengen kosei ni ataeru eikyo. Japan.
None. 1995. "Prospect of the optimum power configuration in 2030 and influence that the introduction of photovoltaic power generation and electric car exerts power configuration; 2030 nen ni okeru saiteki dengen kosei no tenbo to taiyoko hatsuden oyobi denki jidosha no donyu ga dengen kosei ni ataeru eikyo." Japan.
@misc{etde_100523,
title = {Prospect of the optimum power configuration in 2030 and influence that the introduction of photovoltaic power generation and electric car exerts power configuration; 2030 nen ni okeru saiteki dengen kosei no tenbo to taiyoko hatsuden oyobi denki jidosha no donyu ga dengen kosei ni ataeru eikyo}
author = {None}
abstractNote = {By focusing the supply side of the electric utility in 2030, the prospect of the Electric Utility Council in 2010 was viewed using a simple linear plan model. The cost and technical conditions of each power supply were entered to guess the optimum power configuration from the viewpoint of the cost minimum. As a result, the following conclusion was obtained. To keep the CO2 discharge in 2030 to the level in 1990, the nuclear equipment should be set to about 100,000,000 kW. If the equipment capacity is within 70,000,000 kW, the absorption cost (amine absorption is supposed) of CO2 exceeding an upper limit of 90,000,000 tons reaches about 565,000,000,000 yen. If the photovoltaic power generation is installed for each house without a storage battery, the load factor decreases and the generating cost increases because the equipment capacity at dusk and night is required. With the spread of an electric car, the load for night charging also increases. Therefore, the nuclear equipment capacity reaches about 130,000,000 kW, but the generating cost decreases. 14 figs., 2 tabs.}
journal = {Nippon Enerugi Keizai Kenkyusho Hokoku Yoshi}
issue = {307}
journal type = {AC}
place = {Japan}
year = {1995}
month = {Feb}
}