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Part
3: Promotion of Energy Efficiency Investments in Japan
By Ayako Sato*
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1.
Introduction
2. Regulation
3.
Financial assistance
4. Other support measures for energy efficiency investments
5. Institutional support for design and implementation
of energy conservation measures
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1.
Introduction
As a result of the efforts made to promote energy conservation in
the aftermath of the two oil crises, by 1991, Japan had achieved
an approximately 35 per cent improvement in energy efficiency compared
with the level in 1973. Today, Japan's industry is among the most
efficient in the industrialized world.
Over the past two decades Japan focused its energy conservation
measures specifically on the industrial sector, which previously
accounted for more than half of Japan's total energy consumption.
This led to remarkable improvements in energy intensity.
Since 1991, however, energy intensity has shown a tendency to increase,
mainly due to raising energy consumption in the residential, commercial
and transportation sectors. In the industrial sector too, energy
consumption has been somewhat on the rise again as a result of the
diversification and development of products.
At the Third Conference of the Parties held under the United Nations
Framework Convention on Climate Change (UNFCCC) in December 1997,
Japan set a goal of reducing its greenhouse gas emissions for the
2008 - 2012 period by 6 per cent below the level of 1990. Thus,
further efforts are now needed to improve energy efficiency of the
Japanese economy.
Under these circumstances, energy conservation measures currently
being taken in Japan include both reinforcing regulations, such
as the amendment of the "Energy Conservation Law", and providing
incentives for investment in energy conservation through financial
support.
This paper describes the efforts of Japanese government to improve
energy efficiency through tax incentives, loans and subsidies.
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2.
Regulation
In Japan, the first "Energy Conservation Law" was enacted in 1979.
It stipulates the measures to be taken regarding facilities and
equipment that use large amounts of energy, such as factories, buildings,
household electrical appliances and automobiles. The Energy Conservation
Law was amended in June 1998 and the amended law came into effect
as of April 1999.
The full text of the law can be found in the recent ESCAP publication
entitled Compendium of Energy Conservation Legislation in Countries
of the Asia and Pacific Region. This publication can be found on
the ESCAP web site http://www.unescap.org/enrd/energy/ compend/cec.thm.
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3.
Financial assistance
In
May 1993, the "Energy Conservation and Recycling Assistance Law"
(hereinafter referred to as "Assistance Law"), a temporary legislation
valid for a ten year period, was enacted to facilitate measures
for assisting enterprises in their efforts to improve energy efficiency.
This law provided additional support for energy conservation measures.
3.1
Tax incentives
The "Tax System for Promotion of Investment in Improvement of
Energy Supply and Demand Structure" was first established in 1978
with a view to encourage investment in energy conservation. Tax
regulations are periodically reviewed in line with technical development
of the subject equipment.
Table
3.1.1 Numbers of applications for tax reductions
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Table
3.1.2 Tax incentives for promotion of energy efficiency
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3.2
Low-interest loans
A
system of low-interest financing by governmental financial institutions
is available to promote the installation of specific energy-efficient
equipment. Preferential interest rates or loans for approved energy
efficiency investments are fixed marginally lower than the general
long term payment lending rates.
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3.3 Subsidies
The New Energy and Industrial Technology Development Organization
(hereinafter referred to as NEDO) grants subsidies for the financing
of selected for energy conservation technologies as stipulated
in the "Energy Conservation Law".
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3.3.1
Promotion of introduction of high-performance industrial
furnaces
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(High Performance Industrial Furnace Field Test Project)
Since 1993, NEDO has carried out a project for the development
of high-performance industrial furnaces. This project is comprehensive
and range from research into basic theory to the development of
practical technologies. It has been pursued as a joint effort
by industry, academia, and the Government. Compared with conventional
industrial furnaces, high-performance industrial furnaces are
capable of realizing an improvement of 30 per cent or more in
energy efficiency, as well as a reduction of about 50 per cent
in NOx emissions.
In conjunction with this project, NEDO has been also engaged since
1998 in field testing involving the introduction of high-performance
industrial furnace. For test and verification purposes, NEDO selects
enterprises that are interested in retrofitting conventional furnaces.
NEDO collects and analyzes the data to verify the performance
and reliability of high-performance industrial furnaces. It grants
subsidies to cover a part of the cost required for the demonstration.
According to same estimates, replacing all furnaces in Japan by
high-performance industrial furnaces and other such measures would
lead to energy savings equivalent to 5 per cent of Japan's final
energy consumption in 2010.
Table
3.1.3 Subsidization of investments under NEDO project
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Table
3.1.4 Low-interest loans for promotion of energy efficiency
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3.3.2
Model projects for installation of advanced energy efficient
facilities
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Table 3.1.5 provides a summary overview of energy efficiency demonstration
projects supported by NEDO during the period 1998-1999.
Table
3.1.5 NEDO investments in demonstration projects
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3.3.3
Projects for promotion of introduction of co-generation
systems
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NEDO
grants subsidies for projects to introduce co-generation systems.
The financial contribution differs depending on the subject project.
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3.3.4
Supporting ESCO enterprises
The development and fostering of Energy Services Companies in
Japan is expected to promote energy conservation activities as
well as provide new business opportunities. ESCO enterprises offer
everything necessary for the improvement of energy efficiency,
including equipment, technology, personnel and financing. NEDO
grants subsidies to finance ESCO enterprises.
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4.
Other support measures for energy efficiency investments
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4.1
Support measures for new and renewable energy
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Table
3.16 shows the support given to NRSE investments.
Table
3.1.6 Financial support measures for investments in new
and renewable energy
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4.2
Measures for the residential, commercial and transportation
sectors
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In the recent amendments to the Energy Conservation Law, energy
efficiency standards for energy-consuming equipment and automobiles
become more stringent. The target level of energy efficiency for
these products (designated products) was formerly defined as their
average efficiency. After the amendment, the target level of energy
efficiency has been redefined as that of the most energy-efficient
product in the same group currently available on the market (Top
Runner Programme).
For the 12 designated products the introduction of the "Top Runner
Programme" is expected to bring about an improvement in the energy
efficiency ranging from 7 per cent (for diesel-fueled passenger
automobiles) to 83 per cent (for computers).
Table
3.1.7 Financial support measures for the consumer and
transportation sectors
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5. Institutional support
for design and implementation of energy conservation measures
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The Energy Conservation Center of Japan (ECCJ) was established
in 1978 by the Ministry of International Trade and Industry (MITI)
with the support of some 3,300 members. ECCJ has some 150 staff
in the head office and 8 branches. The budget for ECCJ for the
financial year 1999 was 6 billion yen (US$ 57 million).
The major activities of ECCJ are as follows:
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(a) |
Public relations: Exhibition, Contests, Media, "Comparative
Catalogue for Energy Efficiency of Home Electrical Appliances"
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(b) |
Consulting: ECCJ has organized about 3,000 factory audits
and 100 building audits per year. So far it has carried
out 22,000 successful energy audits.
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(c) |
Training and Education: Apart from conducting research,
ECCJ also organizes training courses, seminars and correspondence
courses in the area of energy conservation. It also organizes
national examination of energy managers.
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(d) |
Publication:
Several reference books and a monthly journal "Energy Conservation"
are also being published by ECCJ.
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(e) |
International
cooperation: ECCJ carries out master plan studies, feasibility
studies, energy audits and organizes training in the area
of policy, management and technology.
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Up-to
date and detailed information on current ECCJ programmes can be
obtained from the ECCJ web-site.
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* * Manager, International Engineering Division,
The Energy Conservation Center of Japan (ECCJ), 3-19-9, Hatchobori,
Chuo-ku, Tokyo, 104-0032 Japan. Further information may be obtained
from ECCJ homepage: http://www.eccj.or.jp
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