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Japan : Technology and Economy

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Hi friends.

I Think Japan being one of the leading Industrial and financial power house of the world needs a proper dedicated thread. Japan is always pushing the limits of technology and I think there is lot to learn from and admire about Japan.

So guys please contribute economic, technological and defense related developments of Japan.

:cheers:
 
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Japan Plans $21 Billion Solar Space Post to Power 294,000 Homes
by Ariel Schwartz, 09/01/09

http://img687.imageshack.us/i/solarspacerace11.jpg/


The concept of space-based solar power was introduced way back in 1968, but it’s only recently that the world has latched on to the idea. Japan is definitely getting in on the action with its latest spacey plan – a $21 billion solar-powered generator in the heavens to produce one gigawatt of energy, or enough to power 294,000 homes. The Japanese government announced the plan back in June, but there has been an important new development – Mitsubishi Electric Corp. and industrial design company IHI Corp. are now teaming up in the race to develop new technology within four years that can beam electricity back to Earth without the use of cables.

http://img4.imageshack.us/i/spacesolar1.jpg/


solar power, solar energy, space, japan

Mitsubishi and IHI are joining a research group containing 14 other countries to tackle the daunting task of getting Japan’s four square kilometer solar space station up and running in the next three decades. By 2015, the Japanese government hopes to test a small satellite decked out with solar panels that beams power through space and back to Earth.

There are still a number of hurdles to work through before space-based solar power becomes a reality though. Transportation of the solar panels into space is too expensive at the moment to be commercially viable, so Japan has to figure out a way to lower costs. Even if costs are lowered, solar stations will have to worry about damage from micrometeoroids and other flying objects. Still, space-based solar operates perfectly under all weather conditions, unlike Earth-based panels that are at the mercy of the clouds.

Japan isn’t the only country in the race for space power. Solaren and California’s Pacific Gas and Electric utility are working together on a project to deliver 200 megawatts of power from space over a 15-year period that begins in 2015.

Source : Inhabitat Japan Plans $21 Billion Solar Space Post to Power 294,000 Homes

same News :
http://thegovmonitor.com/world_news...me-with-21-billion-solar-space-post-2932.html
 
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Japan also has very little Interaction with Pakistan.

However they are very relevant to India and China.
 
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Hi friends.

I Think Japan being one of the leading Industrial and financial power house of the world needs a proper dedicated thread. Japan is always pushing the limits of technology and I think there is lot to learn from and admire about Japan.

So guys please contribute economic, technological and defense related developments of Japan.

:cheers:

US,Ger,France........
 
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The Final Frontier: Japan's $21 Billion Solar Space Post

Space-based, solar power. Can't get more Sci-Fi sounding than that--not without speaking Klingon, anyway. But the final frontier of solar technology is being taken seriously by Japan, who have announced plans for a $21 billion solar-powered generator in the heavens to produce one gigawatt of energy, or enough to power 294,000 homes.

What?

The massive numbers and high-brow science are difficult to wrap one's mind around (at least this mind). But the idea is, instead of taking solar panels and sticking them on your roof why not send photovoltaic arrays off into space and beam solar energy back to earth.

Since they are constantly exposed to the sun, such solar power satellites could potentially provide a continuous stream of 5-10 gigawatts of energy. Insert your own "Beam me up, Scotty" joke here, if you wish.

Ben Bova, president of the National Space Society, claims the technology is not as farfetched as one would think. We already know how to send materials into space, and we have built large superstructures in zero-gravity environments (think the space station), so perhaps building a giant solar collector in space is not entirely out of the question.

Who?

Apparently Japan finds some merit in these ideas. Recent developments in its government include the collaboration between Mitsubishi Electric Corp. and industrial design company IHI Corp to develop new technology within four years that can beam electricity back to Earth without the use of cables.

Mitsubishi and IHI are joining a research group containing 14 other countries to tackle the daunting task of getting Japan’s four square kilometer solar space station up and running in the next three decades. By 2015, the Japanese government hopes to test a small satellite, decked out with solar panels, that beams power through space and back to Earth.

Japan is developing the technology for the 1-gigawatt solar station, fitted with four square kilometers of solar panels, and hopes to have it running in three decades--and they're not alone.

Solaren Energy Company and California’s Pacific Gas and Electric utility are working together on a project to deliver 200 megawatts of power from space over a 15-year period that begins in 2015.

Can It Be Done?

The obstacles are huge right now--the staggering cost being the number one culprit. The project to generate electricity in space and transmit it to earth may cost at least 2 trillion yen. Launching a single rocket costs about 10 billion yen.

Transporting panels to a solar station 36,000 kilometers above the earth’s surface will be prohibitively costly, so Japan has to figure out a way to slash expenses to make the solar station commercially viable, said Hiroshi Yoshida, Chief Executive Officer of Excalibur KK, a Tokyo-based space and defense-policy consulting company. They must be lowered to one hundredth of the predicted costs.

Even if costs are lowered, solar stations will have to worry about damage from micrometeoroids and other flying objects. Still, space-based solar operates perfectly under all weather conditions, unlike Earth-based panels that are at the mercy of the clouds.

But the fact countries are taking this idea seriously--to the tune of $21 Billion--says something to the power of ideas, not to mention the often welcome influence of Science Fiction.

Source : The Final Frontier: Japan's $21 Billion Solar Space Post | Harry Tournemille
 
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US,Ger,France........

Yes What about them ?

I Think we are discussing lot about US already and to good extent France also. Sure there could be more threads about Germany too.

BTW my first thread .. :D
 
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Yes What about them ?

I Think we are discussing lot about US already and to good extent France also. Sure there could be more threads about Germany too.

BTW my first thread .. :D
Speechless......加油.....
 
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A very nice thread.
I was wondering, if space electricity is possible then it might be possible too that one can make such station and lease it to other country where the other country could get the beam of electricity and once the agreement is over, the same space station will beam electricity to other country.
 
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In my opinion, the greatest achievement rather the secret to japanese success lays in miniaturization, microchip is the revolutionary example, they seem to be light years ahead of other countries in technology.

even most sophisticated technologies used by USA have their roots in japan. i think south asian coutries should look forward to japan as a role model for technology development and china as a role model for international trade.
 
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Honda ASIMO (Advanced Step in Innovative MObility)

ASIMO is a humanoid robot created by Honda. Standing at 130 centimeters (4 feet 3 inches) and weighing 54 kilograms (114 pounds), the robot resembles a small astronaut wearing a backpack and can walk or run on two feet at speeds up to 6 km/h (4.3 mph). ASIMO was created at Honda's Research & Development Wako Fundamental Technical Research Center in Japan. As of February 2009, there are over 100 ASIMO units in existence. Each one costs under $1 million.

Source:ASIMO - Wikipedia, the free encyclopedia

Honda Product Page : Honda Worldwide | HDTV | ASIMO

I think its a cool Robot.. ICE White and COOL. :cool: Even though it fell down the stairs..lol

Here is one from TOYOTA


Toyota Partner Robot Page : http://www2.toyota.co.jp/en/tech/robot/p_robot/details.html

Dancing SONY Robots ..


Sony QRIO : http://en.wikipedia.org/wiki/QRIO
 
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Ok.. This one is cool as Well. Transformer ROBOT

Made by Hemiji Soft Japan, the WR-07 is a real transforming robot that was created for Robo-One. It goes from car to robot in a matter of seconds.



I-Sobot is an incredible humanoid robot. This is one of the smallest bipedal robots out there, with a height of only 6.5 inches and a weight of only 12 ounces. The I-Sobot is the winner of the Japan Ministry of Economy, Trade and Industry (METI) “Robot of 2008″ award. Most amazing is that this robot costs less than $300.

I-Sobot Details : http://www.isobotrobot.com/eng/about/index.html
 
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Robot Basics
Source : HowStuffWorks "Robot Basics"

The vast majority of robots do have several qualities in common. First of all, almost all robots have a movable body. Some only have motorized wheels, and others have dozens of movable segments, typically made of metal or plastic. Like the bones in your body, the individual segments are connected together with joints.

NASA robotic hand
Photo courtesy NASA
http://img688.imageshack.us/i/robothand.jpg/

A robotic hand, developed by NASA, is made up of metal segments moved by tiny motors. The hand is one of the most difficult structures to replicate in robotics.

Robots spin wheels and pivot jointed segments with some sort of actuator. Some robots use electric motors and solenoids as actuators; some use a hydraulic system; and some use a pneumatic system (a system driven by compressed gases). Robots may use all these actuator types.

A robot needs a power source to drive these actuators. Most robots either have a battery or they plug into the wall. Hydraulic robots also need a pump to pressurize the hydraulic fluid, and pneumatic robots need an air compressor or compressed air tanks.

The actuators are all wired to an electrical circuit. The circuit powers electrical motors and solenoids directly, and it activates the hydraulic system by manipulating electrical valves. The valves determine the pressurized fluid's path through the machine. To move a hydraulic leg, for example, the robot's controller would open the valve leading from the fluid pump to a piston cylinder attached to that leg. The pressurized fluid would extend the piston, swiveling the leg forward. Typically, in order to move their segments in two directions, robots use pistons that can push both ways.

The robot's computer controls everything attached to the circuit. To move the robot, the computer switches on all the necessary motors and valves. Most robots are reprogrammable -- to change the robot's behavior, you simply write a new program to its computer.

Not all robots have sensory systems, and few have the ability to see, hear, smell or taste. The most common robotic sense is the sense of movement -- the robot's ability to monitor its own motion. A standard design uses slotted wheels attached to the robot's joints. An LED on one side of the wheel shines a beam of light through the slots to a light sensor on the other side of the wheel. When the robot moves a particular joint, the slotted wheel turns. The slots break the light beam as the wheel spins. The light sensor reads the pattern of the flashing light and transmits the data to the computer. The computer can tell exactly how far the joint has swiveled based on this pattern. This is the same basic system used in computer mice.

These are the basic nuts and bolts of robotics. Roboticists can combine these elements in an infinite number of ways to create robots of unlimited complexity.
 
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YS-X Mitsubishi Regional Jet (MRJ)
94fc6ca5d07d9b6639bceff057b41652.jpg


The MRJ is a 70-90 seat class regional jet currently being developed by MHI with cutting-edge technology that will enable dual achievement of top-class operational economy and outstanding cabin comfort. The MRJ will be the first regional jet to adopt composite materials for its wings and vertical fins on significant scale. In combination with new engines and an advanced aerodynamic design, the aircraft is being planned to reduce fuel consumption substantially and to contribute greatly to enhanced competitiveness and lower operating costs for the airline companies.

Japan faces a number of obstacles to full-scale participation in aircraft manufacturing, including air transport infrastructure and regulatory constraints that limit the potential of the domestic market to support an aircraft program, reliance on the military sector, relatively high costs, and national policies which prohibit the export of dual civilian and military use technology and products.

The industry’s successor to the YS-11, the YS-X 100-seat regional transport, in development since the 1980s, produced only feasibility studies. Japanese firms have been interested in entering the regional jet market, with firms expressing interest in the idea since at least 1991. In the mid-1990s, a partnership between Mitsubishi and Bombardier to produce 100-seat regional jets was discussed, but never came to fruition.

In 1996, for the first time in 40 years [since the last project of YS-11 aircraft], an attempt was to be made to develop, produce and commercialize a small-sized (70-120 seats) civil air transport system (YSX). A total of 380 million yen was allocated in FY'97 (610 million yen in 1996). Japan hoped that Boeing might be the Western partner to support its YS-X project, but the company’s decision to produce the 717-200 appeared to preclude U.S.-Japanese cooperation on the similar YS-X program. Funding for the program was cut to $1.3 million for 1998-99, presumably in response to a growing competitive environment in the medium-sized aircraft sector and the industry’s lack of progress on the program.

In 2003, the Ministry of Economy, Trade and Industry (METI) and Japanese industries started jointly the “R&D of Environment-Friendly, High-Performance Small Aircraft” that improved greatly by reduction of weight, low drag and also fuel efficiency. Japan Aircraft Development Corporation co-ordinated indigenous designs for a next-generation regional jet (NGRJ) airliner, with both Kawasaki and Mitsubishi offering competing projects. FHI and Japan Aircraft Development Corporation (JADC) participated in the regional jet program as a joint developer. This aircraft is planned in 70~90 seat classes that materialized highly efficiency, beside this aircraft utilizes IT technology.

MHI started the regional jet “MRJ” development program in order to cope with problems in the small regional jet development project supported by METI. In 2003, Mitsubishi launched a study, half-funded by the government, to explore the feasibility of a Japanese RJ. First provisional details of Mitsubishi design were revealed in 2004, then as T-tailed, rear-engined design (two 30.7 kN; 6,900 lb st class turbofans) in 30-passengers class. Initially the study focused on the 30-50 seat market, but by 2005 it had become clear that there was greater demand in the 70-90 seat market.

In 2005 it was reported that Mitsubishi Heavy Industries Ltd. planned to launch a project within the fiscal year to develop and commercialize Japan's first domestic passenger jet. The company planned to develop a jet capable of carrying 70-90 passengers and aimed to conduct its maiden flight in fiscal 2008.

By 2006, this had transmuted into stretched-fuselage, low-tailed design with underwing podded engines and intended for 70/90-passenger market. By 2007, the Japanese government indicated that it would offer financial assistance totaling ¥40 billion for the aircraft‘s development, about 1/3 of the estimated cost. The western debut came at Paris in June 2007, when a full-size cabin mockup was shown and program timetable announced.

Mitsubishi Heavy Industries of Japan is developing a lightweight, fuel efficient next-generation Mitsubishi Regional Jet (MRJ), a 70-90-seat airliner. Unlike China's ARJ21, Mitsubishi's aircraft will feature extensive use of lightweight composite materials. Employing the latest technologies in its airframe and engine, the MRJ will be the first regional jet to use composite material for it wings and vertical stabiliser. Coupled with Pratt & Whitney's newly developed Geared Turbo Fan, it is expected to bring about a 40% saving in fuel, and increase revenue by an annual 5 billion yen, when compared with 737-500 aircraft.

Authorisation to offer was then expected in third quarter of 2007; launch in second quarter of 2008; first flight in early 2011; deliveries from 2012; production of 15 envisaged in first year. By March 2008 Japan Airlines (JAL) and All Nippon Airways (ANA) were in the final stages of deciding whether to buy the small passenger jet being developed by Mitsubishi Heavy Industries. JAL was expected to buy more than 30 of the MRJs while JAL is expected to sign on for 30 jets. Mitsubishi has said it wanted 100 advance orders for the MRJ before moving ahead to commercialize the production.

Mitsubishi Heavy Industries (MHI), the first company in Japan to manufacture and market jetliners, launched the Mitsubishi Regional Jet (MRJ) in 2008. MHI has created the tentatively-named Mitsubishi Aircraft Corporation to conduct MRJ’s business, and the Corporation has been capitalised at ¥3 billion with calls to increase up to ¥100 billion (around £500 million) in line with business operations development. Mitsubishi Heavy plans to sell 1,000 of the 70-to-90 seat aircraft over the next two decades and begin delivery in 2013. All Nippon Airways Co., Japan’s largest domestic carrier, has ordered 25 planes, including options.

With between 70 and 90 passenger seats, the jet will be the first regional plane to use a significant amount of composite material for its wings and vertical fins. The aircraft will also have reduced fuel consumption and lower operating costs for airline companies. MHI had already received an order from All Nippon Airways – Japan’s second-largest international airline – for 25 of the aircraft, the first of which will enter service in 2013. The company, which currently employs approximately 200 people, plans to further develop the jet in an effort to penetrate the global air market.

Fuji Heavy Industries Ltd., maker of Subaru-brand cars and aircraft parts for Boeing Co., may help design Mitsubishi Heavy Industries Ltd.’s regional passenger jet. Fuji Heavy engineering support would follow Toyota Motor Corp.’s investment in the project. Toyota, Fuji Heavy’s largest shareholder, is helping Mitsubishi Heavy, Japan’s largest aerospace company, compete with planes from Bombardier Inc. of Canada and Brazil’s Empresa Brasileira de Aeronautica SA.

Mitsubishi Heavy Industries, Ltd. (MHI) officially launched the Mitsubishi Regional Jet (MRJ), a next-generation regional jetliner, on 28 March 2008. Beginning April 1, Mitsubishi Aircraft Corporation (tentative name), a new company established by MHI to conduct MRJ business, will accelerate the MRJ's development and further strengthen sales activities to potential customers worldwide. As Japan's first company to manufacture and market original passenger jetliners, Mitsubishi Aircraft will fulfill a long-cherished wish of the Japanese aircraft industry, leveraging technological expertise that MHI has built up through its aerospace business.

Mitsubishi Aircraft will be responsible for various key activities in the MRJ project, including the jetliner's design, acquisition of type certification (T/C), procurement, sales and customer support. MHI's Nagoya Aerospace Systems Works will manufacture both the prototype aircraft and production models; it will also be in charge of the MRJ's flight testing.

Mitsubishi Aircraft was established as a wholly owned subsidiary of MHI capitalized at 3 billion yen (common stock and capital reserve), with plans calling for an increase up to 100 billion yen in line with business operations development. MHI plans to furnish roughly two-thirds of the requisite capital, and to secure the remaining equity investment it has approached companies including Toyota Motor Corporation, Mitsubishi Corporation, Mitsui & Co., Ltd., Sumitomo Corporation and the Development Bank of Japan. Mitsubishi Aircraft, headquartered in Nagoya, is to start with approximately 200 employees. Nobuo Toda, Director and Senior Vice President at MHI, has been named its first president.

The MRJ is a 70–90 seat class regional jet being developed by MHI with cutting-edge technology that will enable dual achievement of top-class operational economy and outstanding cabin comfort. The MRJ will be the first regional jet to adopt composite materials for its wings and vertical fins on significant scale. In combination with new engines and an advanced aerodynamic design, the aircraft is being planned to reduce fuel consumption substantially and to contribute greatly to enhanced competitiveness and lower operating costs for the airline companies.

On 28 March 2008 Mitsubishi Heavy Industries, Ltd. (MHI) officially launched the Mitsubishi Regional Jet (MRJ), a next-generation regional jetliner. Beginning April 1, Mitsubishi Aircraft Corporation (tentative name), a new company established by MHI to conduct MRJ business, will accelerate the MRJ's development and further strengthen sales activities to potential customers worldwide. As Japan's first company to manufacture and market original passenger jetliners, Mitsubishi Aircraft will fulfill a long-cherished wish of the Japanese aircraft industry, leveraging technological expertise that MHI has built up through its aerospace business.

Mitsubishi Aircraft will be responsible for various key activities in the MRJ project, including the jetliner's design, acquisition of type certification (T/C), procurement, sales and customer support. MHI's Nagoya Aerospace Systems Works will manufacture both the prototype aircraft and production models; it will also be in charge of the MRJ's flight testing.

Mitsubishi Aircraft was established as a wholly owned subsidiary of MHI capitalized at 3 billion yen (common stock and capital reserve), with plans calling for an increase up to 100 billion yen in line with business operations development. MHI plans to furnish roughly two-thirds of the requisite capital, and to secure the remaining equity investment it has approached companies including Toyota Motor Corporation, Mitsubishi Corporation, Mitsui & Co., Ltd., Sumitomo Corporation and the Development Bank of Japan. Mitsubishi Aircraft, headquartered in Nagoya, is to start with approximately 200 employees. Nobuo Toda, Director and Senior Vice President at MHI, has been named its first president.

Since deciding on authorization to offer (ATO) the MRJ in October 2007, MHI has been conducting full-scale marketing activities worldwide. Based on positive responses from potential customers, including an order for 25 aircraft (15 firm, 10 optional) from All Nippon Airways Co., Ltd., MHI has now decided to formally launch the MRJ program, targeting the aircraft's entry into service in 2013. MHI, by getting the country's domestic passenger jet business, which is seen to have high growth potential, off the ground with sales expansion of the MRJ overseas - a feat enabled by its having secured cooperation from entities including trading houses and Nippon Export and Investment Insurance (NEXI) aims to contribute to this ongoing development of Japan's industries. Among the major partners in the MRJ program, Pratt & Whitney will supply its most advanced, highly efficient Geared Turbofan? (GTF) engines. Other major companies participating are: Parker Aerospace, to supply the aircraft's hydraulic system; Hamilton Sundstrand Corporation, furnishing various systems, including electrical power, air management and auxiliary power units; Rockwell Collins, providing the flight control computers and avionics; Nabtesco Corporation, to furnish the flight control actuators; and Sumitomo Precision Products Co., Ltd., supplying the landing gear.

Mitsubishi Heavy Industries, Ltd. (TSE: 7011, 'MHI'), headquartered in Tokyo, Japan, is one of the world's leading heavy machinery manufacturers, with consolidated sales of 3,068 billion yen in fiscal 2006 (year ended March 31, 2007). MHI's diverse lineup of products and services encompasses shipbuilding, power plants, chemical plants, environmental equipment, steel structures, industrial and general machinery, aircraft, space rocketry and air-conditioning systems.
 
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Top 50 Japanese Companies by sales ( $Million)

Rank --Company -- Revenue ($Million)
1 Toyota Motor 230,201
2 Honda Motor 105,102
3 Hitachi 98,307
4 Nissan Motor 94,782
5 Nippon Telegraph & Telephone 93,527
6 Matsushita Electric Industrial 79,412
7 Sony 77,682
8 Toshiba 67,145
9 Nippon Life Insurance 57,859
10 Nippon Oil 57,049
11 Mitsubishi UFJ Financial Group 55,988
12 Mitsubishi 52,809
13 Mitsui 50,252
14 Seven & I Holdings 49,768
15 Tokyo Electric Power 47,980
16 Fujitsu 46,680
17 AEON 44,707
18 Nippon Steel 42,267
19 Sumitomo Mitsui Financial Group 40,486
20 NEC 40,430
21 Dai-ichi Mutual Life Insurance 39,863
22 Mizuho Financial Group 39,610
23 Canon 38,060
24 Marubeni 36,481
25 Mitsubishi Electric 35,462
26 Denso 35,245
27 Nippon Mining Holdings 35,140
28 Millea Holdings 32,487
29 Sumitomo 32,144
30 Meiji Yasuda Life Insurance 31,542
31 KDDI 31,491
32 JFE Holdings 30,996
33 Suzuki Motor 30,669
34 Mazda Motor 30,436
35 Sharp 29,927
36 Idemitsu Kosan 29,844
37 Sumitomo Life Insurance 29,246
38 Bridgestone 28,793
39 Mitsubishi Heavy Industries 28,048
40 Cosmo Oil 26,568
41 Mitsubishi Chemical Holdings 25,655
42 Itochu 25,054
43 Fujifilm Holdings 24,928
44 Softbank 24,309
45 East Japan Railway 23,674
46 Aisin Seiki 23,646
47 Kansai Electric Power 23,549
48 Mitsubishi Motors 23,486
49 Norinchukin Bank 23,115
50 Japan Tobacco 22,657

Source : Global 500 2008: Countries - Japan
 
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