THE RECONSTRUCTION OF THE ELECTRIC POWER INDUSTRY ; ROAD TO SELF-RELIANCE Dwi Andi Listiawan FOUNDATIONS OF ENVIRONMENTAL SCIENCES I A Social History of Science and Technology in Contemporary Japan www.fepc.or.jp
THE RECONSTRUCTION OF THE ELECTRIC POWER INDUSTRY ;
ROAD TO SELF-RELIANCE
Dwi Andi Listiawan
FOUNDATIONS OF ENVIRONMENTAL SCIENCES IA Social History of Science and Technology in Contemporary Japan
www.fepc.or.jp
History of Japan’s Electric Power Company
• March 1878 : Electricity was first used in Japan at the Institute of Technology in Toranomon
• 1886 : Tokyo Electric Lighting, a private company, commenced operations as the nation’s
first electric power company, and began supplying electricity to the public
in the following year
• : Use of electricity grew primarily for lighting because of its safety and cleanness,
and gradually found broader applications as a power source to replace
the steam engine
• 1896 : the number of electric utilities established throughout the nation reached 33
• Early 20th century : the establishment of long-distance transmission technology
• : As larger thermal and hydro power plants were introduced, generation costs fell
and electricity came into wider use throughout the country. Consequently, electricity
became an indispensable energy source for peoples’ lives and industry
• 1918 ~ : Restructuring 700 electric utilities, which merged to create 5 major electric utilities
• During WWII : the electric utility industry was completely state-controlled and utilities were
integrated into Nihon Hatsusoden Co. (a nationwide power generating and
transmitting state-owned company) and nine distribution companies
• 1945-1952 : Supply and demand for electricity remained very tight in Japan. A series of intense
discussions were held on restructuring the electric utility industry as one of the
measures for democratizing the economy. As a result, nine regional privately
owned and managed General Electricity Utilities— Hokkaido, Tohoku, Tokyo,
Chubu, Hokuriku, Kansai, Chugoku, Shikoku and Kyushu Electric Power
Companies— were established in 1951 and assumed the responsibility of
supplying electricity to each region
www.fepc.or.jp
What Happenned during the Occupation Period (1945-1952)?
• Creation of the Public Utilities Commission (Koueki Jigyou
Iinkai) in 15 December 1950
• Followed by creation of Nine private regional electric power
companies in 1951
• The electric power industry moved from direct government
control to operations under a new regulatory system
• The new electricity system was not the product of negotiated
consensus by all concerned parties, but rather a unilateral
imposition of the restructuring plan proposed by the Nine
Haidens and Yasuzaemon Matsunaga (Deputy Chairman of the
Public Utilities Commission) by the Japanese Government
under GHQ/SCAP coercion
• The parties on the `losing side` of this dispute did not lose all of
their power to shape or influence the electric power industry
• Many personnel moved from Nippon Hassouden (the Japan
electric Generating and Transmission Company) to the new
regional power companies.
• Local goverments, whose demands for a nationwide municipal
power distribution system were rejected, revised their objective
and began to demand the restoration of municipally managed
electric power.
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Source : Wikipedia
The Foundation of the EP Industry Central Research Institute
• A new research institute that was to take over most of the
former Hassoden research staff was established immediately
after the creation of the nine power company in 1951
• Before the reorganization of the industry, a Hydroelectric and
Electricity Research institute had been founded within
Hassoden in July 1940 and 1942
• In the early postwar restructure (1947), these were merged to
form the Electric power research laboratory (Denryouku Gijutsu
Kenyusho) to carry out electric power technology-related
inspection, research, and investigation
• Research focuses :
- Electric Power
- Civil Engineering
- Thermal Power
- Electric Power Application
- Chemistry
• Matsunaga (Chairman of the Public Utilities Commission)
recognized the important of scientific research in the electric
power industry and allowed juridically the nine companies to
establish Electric Power Research Laboratory in 1951
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Source : www.ndl.go.jp
The Establishment of Federation of Electric Power Companies
In 1952, the nine electric power companies established the Federation of Electric
Power Companies (FEPC) to promote smooth operations within the industry
(Except Okinawa Electric Power)
www.fepc.or.jp
Establishment of the Central Research Institute of the Electric Power Industry (CRIEPI)
• Matsunaga requested the establishment of an economic research organization to Matsujiro Oyama
(Technical Advisor to PUC) and his plan was successfully drafted on September 1951
• In 1952, the nine electric power companies established the Federation of Electric Power Companies
(FEPC) to promote smooth operations within the industry (Except Okinawa Electric Power)
• Drafted plan to establish an economic research organization then was submitted to the Public Utilities
Commission as a proposal
• After discussion at the technology divison of the Comission’s secretariat and the Federation of Electric
Power Companies of Japan (Denki Jigyo Keieisha Kaigi), the plan was approved by PUC
• On 31 July 1952, the planned research institute facility was inaugurated as a juridical foundation :
The Central Research Institute of the Electric Power Industry
1951: Research Institute of Electric Technology established
1952: Name of the Institute changed to Central Research
Institute of Electric Power Industry (CRIEPI)
1953: The first year of electrification
NHK (Japan Broadcasting Corporation) and Nippon
Television Network Corporation (NTV) start
broadcasting
1958: Subaru 360 automobile introduced
http://criepi.denken.or.jp/
Research Focuses at the CRIEPI during 1950’s
Research was conducted for improving
the quality of electric power by raising
the rating of transmission voltage from
154 kV to 275 kV.
CRIEPI designed an economical
hydroelectric dam in order to promote
the development of large-scale
reservoirs for electric power generation.
In order to clarify electrical phenomena
that occur in transmission systems,
CRIEPI developed AC network
analyzers
http://criepi.denken.or.jp/
The Electric Power Industry under the New System
• 1945 : Power crisis began a few months after the end of WWII and continued ti be
problem throughout Japan well into 1950s
• 1949 : Continually demand from households and reviving industries, accelerated by the
Korean War-related special procurement programs, could not be satisfied by the
exisisting power plants.
: In response, construction of new power plants began at 33 locations producing
electricity of total capacity 590.000 kW with 10 billion yen called ‘Mikaeri-Shikin’
• 1950 : 15 billion yen was added to Mikaeri-Shikin
• December 1950 : Newly completed facilities were providing 300.000 kW from hydroelectric and
100.000 kW of thermal power
: Following restructure of the industry, efforts to improve the supply and demand
situation continued with specific measures including price review, planning further
developments of power generating facilities, and developing a supply and demand
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Electricity Charges and the Prices of Commodities
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Components ratio of actual costs
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Changes in the electric power development plans
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Change in electricity usage
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Electric power development plan by the electric power development adjustment council
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Fund raising for plant construction by nine power companies
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Developing Hydroelectric Resources (1950s’)
http://criepi.denken.or.jpSource of pictures www.wkipedia.com
Funding details of Denpatsu
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Changes to power generating capacity
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Two types of Dam Construction
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
Developing Thermoelectric Power
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450
CONCLUSION – How to View Postwar Electric Power Industry
Takuji Okamoto, 2005A Social History of Sci and Tech in Contemporary Japan Vol. 2 pp.414-450