2. Demographics
• Population: 127,078,679
• 0-14 years: 13.5% (male 8,804,465/female 8,344,800)
• 15-64 years: 64.3% (male 41,187,425/female 40,533,876)
• 65 years and over: 22.2% (male 11,964,694/female 16,243,419) (2009 est.)
• total population: 82.12 years
male: 78.8 years
female: 85.62 years (2009 est.)
• Japan is an island chain, slightly smaller than California
• Natural Resources: negligible mineral resources, fish
3. Energy Demand
Energy Demand
total consumption: 527.6
Mtoe (2006)
TPES (total primary energy supply): approx. 530 Mtoe
TPES/Inhabitant: 4.17 toe
8. NG cont.
• production: 5.36 bil cu m (2008)
• consumption: 101.1 bil cu m (2008)
• exports: 0
• import: 95.39 bil cu m (2008)
• reserves: 20.9 bil cu m (Jan 2009)
• Japan is the largest importer of liquefied natural gas in the world
9. Oil
production: 133,100 bbl/day
(2008)
consumption: 4.785 mil bbl/day
(2008)
export: 268,300 bbl/day (2008)
import: 5.263 mil bbl/day (2008)
proven reserves: 40 mil barrels (Jan
2008)
Japan is the third-largest oil
consumer in the world, in spite of
its limited domestic oil reserves
and production
10. GDP
• Japan is among world's largest and technologically advanced producers of motor vehicles,
electronic equipment, machine tools, steel and nonferrous metals, ships, chemicals, textiles,
processed foods
• GDP purchasing power parity: $4.137 trillion (2009 est)
• Growth: -5.9% (2009 est)
• GDP per capita (PPP): $32,600 (2009 est)
• GDP - composition by sector:
Field info displayed for all countries in alpha order.
agriculture: 1.6%
industry: 23.1%
services: 75.4% (2009 est.)
• numbers in 2009 USD
•
11. Government, Regulatory Institutions
and Other Organizations
• Agency for Natural Resources and Energy
• Japan Oil, Gas and Metals National Corporation (JOGMEC)
• Ministry of the Environment
• Ministry of foreign Affairs
• Energy Conservation Centre, Japan (ECCJ)
• New Energy Foundation (NEF)
• Petroleum Association of Japan
• Federation of Electric Power Companies of Japan
• Japan Gas Association
12. Mostly R&D Organizations
• Ministry of Education, Culture, Sports,
Science, and Technology
• The New Energy and Industrial Technology
Development Organization (NEDO)
13. Japanese Energy Policy
• Basic Energy Plan, based on the Basic Act on
Energy Policy (2002)
• New National Energy Strategy, May 2006
• Kyoto Protocol
• Science and Technology Basic Plan
14. policy cont. International Involvement
• G8 Presidency in 2008
• Energy Minister’s Meetings
• Cool Earth 50
15. Energy Taxes and Subsidies
• Petroleum tax introduced, 1978; now includes
LPG, LNG, and coal; revenue used to finance
oil stockpiling, conservation, ect.
• Gasoline tax started post-WWII; revenue used
to finance road construction
• Aviation fuel tax introduced: 1972
• Power Source Development Tax; taxes
electricity consumption, used to finance R&D
on nuclear power, ect.
16. taxes and subsidies cont.
• Energy Taxes in Japan, 2007*
Petroleum and coal tax Other specific indirect taxes
Household sector
Electricity JPY 0.345/kWh
Natural gas JPY 1 080/t
LPG JPY 1 080/t
Kerosene JPY 2.04/L
Non-commercial use
Unleaded gasoline JPY 2.04/L JPY 53.8/L**
Diesel JPY 2.04/L JPY 32.1/L***
Industry
Electricity JPY 0.345/kWh
Natural gas JPY 1 080/t
All oil products JPY 2.04/L
Industry and commercial use
LPG JPY 1 080/t
Diesel JPY 2.04/L JPY 32.1/L***
Industry, electricity generation
and steam coal industry
Coking coal JPY 700/t
* Taxes as indicated do not include the 5% consumption tax, which is applied to the post-tax price
for all client groups. For diesel oil, the consumption tax is applied before the diesel oil delivery tax.
** gasoline tax of JPY 48.6 per L and a local road tax of JPY 5.2 per L.
*** diesel oil delivery tax.
$1 USD (2007) approx = JPY 120
17. taxes and subsidies cont.
• Subsidies with the highest budget:
Energy Utilization Rationalization
Subsidy
82,814,319 thousand JPY
Energy Conservation Technology
Subsidy
16,630,056 thousand JPY
Power Facilities Promotion Subsidy 16,294,611 thousand JPY
CO2 Emission Reduction Subsidy 14,097,500 thousand JPY
Subsidy for Promoting Regional
Energy Development and Utilization
13,295,000 thousand JPY
18. • Japan is a world leader in R&D funding in
energy technology
• Japan places high priority on energy efficiency
and the development of low-carbon energy
technologies
• Japanese companies take their voluntary
agreements very seriously
19. Energy Efficiency in Japan
• Act on the Rational Use of Energy
• Top Runner Program and labelling
20. Labelling
Multi-stage rating system
- Energy-saving performance is indicated in 5 stages, from 1 to
5 stars, from low to high performance of products offered on the
market.
- In order to clarify the compliance level with the Top Runner
standard, arrows are placed under the stars, showing achievement
and non-achievement
Energy-saving labeling system
- Products which achieved the Top Runner standard carry a
green“e” mark, while others carry an orange“e” mark.
- Achievement level and energy consumption efficiency(annual
electricity consumption)are also indicated.
Estimated annual electricity rates
- The estimated annual electricity rates are indicated to show the
energy Consumption efficiency (annual electricity
consumption)clearly.
21. Top Runner Program
Results of Top Runner Programme in Selected Categories
Product category Improvement Target energy efficiency Actual energy efficiency
Period improvement improvement
Televisions 1997-2003 16.4% 25.7%
Video-cassette recorders 1997-2003 58.7% 73.6%
Air-conditioners 1997-2004 66.1% 67.8%
Electric refrigerators 1998-2004 30.5% 55.2%
Electric freezers 1998-2004 22.9% 29.6%
Gasoline passenger vehicles* 1995-2005 22.8% 22.8%
Diesel freight vehicles* 1995-2005 6.5% 21.7%
Vending machines 2000-2005 33.9% 37.3%
Computers 1997-2005 83.0% 99.1%
Magnetic disk units 1997-2005 78.0% 98.2%
Fluorescent lights 1997-2005 16.6% 35.6%
* The energy efficiency improvement estimate is based on a simple average of the fuel efficiency of all
vehicles offered for sale. In contrast, the energy efficiency target is based on a sales-weighted average.
Please note that the effects of reducing consumption are indicated as inverse numbers because the
coefficient of performance of fuel economy (km/L) is used as an energy consumption efficiency index.
Source: ECCJ, “Top Runner programme”, October 2006, p. 9.
22. Renewables
• Renewables account for over 3% of total
primary energy supply
• In 2006, Japan had the 7th
lowest share of
renewables in its TPES among IEA countries
• Relatively, Japan uses more geothermal in
relation to its TPES than most of the IEA
countries.
27. Renewables - Nuclear
• 55 commercial reactors in Japan, total
capacity of 49,500MW
• Preparing to construct 11 new plants, 2 plants
are under construction (as of 2008)
28. Fossil Fuels - Coal
• In 2005, coal accounted for 21% of TPES
• >99% of coal is imported, only 8 coal mines in
Japan that produce negligible resources
• Coal trade is free from gov’t restiction; no
floor or ceiling
• Gov’t no longer subsidizes domestic coal
• Government policy is to support clean coal
technologies
29. Fossil Fuels - Oil
• In 2006, TPES of oil: 240Mtoe
• 46% of TPES, 7th
highest of IEA countries, also
imports highest percentage of oil from Middle
East
30. Fossil Fuels – Natural Gas
• Natural Gas = approx 15% of TPES
• Approx 4% of consumption is domestically produced
• Majority of natural gas is used by electric companies
for power production
• Largest LNG import capacity in the world
• Liberalization of LNG
• Two pipelines to be completed in 2010, 1 in 2012, one
in 2013
• LNG prices for residential customers higher in relation
to Europe and US