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Wow, an OPPO smartphone factory tour...

Gree is looking beyond air-conditioners and making foray into li-ion batteries and electric vehicles:lol::enjoy:

Gree makes foray into electric car race

By Li Fusheng (China Daily)Updated: 2016-08-22 07:44

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A person passes by a Gree outlet in Yichang, Hubei province. Zhou Jianping / For China Daily


China's largest air conditioner manufacturer is jumping on the electric vehicle bandwagon having agreed to pay 13 billion yuan ($2 billion) to acquire an automaker in Guangdong province.

Gree Electric Appliances Inc will fund the takeover of Zhuhai Yinlong New Energy Co by selling 834.9 million new shares at 15.57 yuan apiece, about 19 percent lower than the stock's last traded price, according to its filing to the Shenzhen stock exchange on Aug 18.

Gree shares have been halted from trading since Feb 22 "because of a possible important takeover". Its shares will remain suspended until after the Shenzhen stock exchange and other government agencies review and approve the acquisition, the appliance maker said in a statement on Aug 18.

Established in 2004, Yinlong started making inroads into the new energy sector in 2009. The company sold 3,189 electric buses in 2015, seizing a 3.6 percent market share in China.

It has a lineup of seven electric passenger cars and 18 electric buses, according to its website, and also manufactures lithium-ion batteries as well as controller systems for electric vehicles.

Gree's President Dong Mingzhu has long made public that the company plans to produce electric cars as part of its strategy to diversify its business interests.

She told China Daily earlier this year that Gree's business activities will range from its core air conditioners and white goods to smartphones, new energy vehicles and intelligent equipment.

The company launched its second generation of smartphones in June, after an almost year-long trial operation of its first batch, which were only sold to employees for testing purposes.

Auto industry analysts believe Gree's foray into the electric car making sector is mainly a result of the favorable policies, including subsidies, that have been introduced to promote and develop the sector.

China, already the largest new energy vehicle market in the world, plans to put 5 million such vehicles on its road by 2020.

Some reports, however, have suggested that Gree's takeover is aimed more at Yinlong's battery technology than its cars.

Dong revealed in March that Gree is developing new products that would serve air conditioners and generate electricity for home appliances under the same roof, reported the Automotive Business Review magazine.

The report said such products would require electricity generation and storage technologies, which Yinlong has specialized in.

Gree also released its mid-year financial report on Thursday. Its net profit rose 12 percent to 6.4 billion yuan in the first half of the year while its revenue slipped 1.85 percent to 49.2 billion yuan.

Its revenue slumped nearly a third to 99.8 billion yuan in 2015, the company's first annual salesdecline on record.

http://www.chinadaily.com.cn/business/motoring/2016-08/22/content_26554418.htm


Good news, Another M&A (Merge & Acquisition) in industrial or tech sector. Chinese firms must consolidate to increase industrial concentration, that's the way to go!

Currently global leaders in this high-tech business (Li ion batteries for transportation) are LG Chem, Samsung SDI and Panasonic. Other players include BYD from China, SK Innovation, AESC (NEC-Nissan), Lithium Energy Japan.

I believe with industrial prowess, R&D pool and financial strength, GREE-Yinlong can be another strong contestant from China to compete in EV. Note, new energy vehicle is one priority in "Made in China 2025", it's reasonable for industrial conglomerate like GREE to step into this game. Both BYD and GREE should continue to do M&A, wish them every success!

http://finance.yahoo.com/news/lg-chem-panasonic-samsung-sdi-101500144.html
http://www.navigantresearch.com/new...sessment-of-lithium-ion-battery-manufacturers
 
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I'm afraid that manufacturing jobs will not be coming to India because robots and automation will replace the need for repetitive manual labor in all areas. What will India do with its "demographic dividend"? Will India's demographic dividend turn into a demographic disaster, with hundreds of millions of India's young becoming unemployed or underemployed for life? What will happen to India's social stability? Will India be able to hold itself together under social unrest? These are important questions that Modi government must study in depth.


A great video on China's "cooperative robots":

In China, robots cost less than hiring people and are more efficient and productive. This is a natural solution for China's labor shortage:

MIT Technology Review on China's robotic revolution:

China's leading robots manufacturer Siasun:

http://www.bloomberg.com/news/artic...on-undercuts-modi-s-quest-to-put-poor-to-work

Robot Invasion Undercuts Modi’s Quest to Put Indians to Work - Bloomberg

In a sweltering factory in southern India, Royal Enfield motorcycles are being painted and lacquered by giant robotic arms that move at twice the maximum speed of a human limb, day in, day out, never making a mistake.

Only a few workers are still needed on the paint line at Royal Enfield Motors Ltd.’s plant in Oragadam, doing touch-ups on the iconic two-wheelers coveted for their classic design. Four robots can do the work of 15 human painters toiling across three shifts.

India’s largely uneducated labor force and broken educational system aren’t ready for the more complex jobs that workers need when their low-skilled roles are taken over by machines. Meanwhile, nations employing robots more quickly, such as China, are becoming even more competitive.

“The need for unskilled labor is beginning to diminish,” Akhilesh Tilotia, head of thematic research at Kotak Institutional Equities in Mumbai and author of a book on India’s demographic impact. “Whatever education we’re putting in and whatever skill development we’re potentially trying to put out - - does it match where the industry will potentially be five to 10 years hence? That linkage is reasonably broken in India.

Competing Tasks
Improving automation will “likely compete with some low-skill tasks,” Standard Chartered Plc economists in London and Toronto wrote in a May report.

Royal Enfield Motors’ plant, near Chennai, is an example. Spray painting is a repetitive and hazardous job, perfect for a machine. Done manually, it exposes laborers to noxious, dizzying paint fumes that can impair memory and cognitive function.

Humans are imperfect: They miss spots, which can corrode the bike. They waste more because they go over the same place twice. No human can paint exactly the same way each time.

Robots installed by Zurich-based ABB Ltd. at Royal Enfield’s newest plant in southern Tamil Nadu state have 2.1-meter (7-foot) mechanical arms that reduce paint wastage by half. At maximum speed, they paint four times faster. They never miss a spot, never take a break, never go on strike.

Nimble Production
Robots also mean more nimble production in an era of frequent product launches and shorter manufacturing cycles: while a human needs to be retrained, a robot can switch at a touch of a button.

“Large manufacturing plants can really struggle to find enough stable, skilled blue-collar workers that can do repetitive tasks day in, day out,” said Per Vegard Nerseth, ABB’s global head of robotics. “Turnover is very high, so you have a huge task training people, which incurs costs. That makes the payback for robots more favorable for a company.”

The Oragadam plant started with four painting robots in 2013 and plans to add 14 more as it expands. Both Royal Enfield and ABB declined to disclose the cost of the machines but said the investment will pay for itself in about two years.

Royal Enfield’s motorcycles, ridden by British troops in World War II, have cult appeal among enthusiasts, and the waiting list to buy one has been as long as a year. Fans who have owned one include Brad Pitt and Billy Joel.

Its older plant further north has also recently added four welding robots, which do in 20 seconds what takes two minutes for a human. The company declined to say how many workers were displaced or whether it has further automation plans for the facility, at Tiruvottiyur.

New Jobs
While displacing some types of jobs, robots also create new ones, like engineers to maintain and program them. A study by industrial analysis firm Metra Martech Ltd. shows they help create more jobs than they eliminate from the assembly line.

India can use the help. Labor productivity in Indian factories is the worst among major economies, according to a report by the Boston Consulting Group and the Confederation of Indian Industry. Brazilians, who ranked second to last, are still three times more productive than Indian workers.

Robot installations in India grew 23 percent in 2013 from the previous year, with annual sales hitting a record 1,900, the latest figures available from the International Federation of Robotics. That’s just a fraction of China. About 56,000 units were sold last year alone in the world’s biggest robot market, where factories including iPhone producer Foxconn Technology Group are helping China keep its manufacturing edge against lower-wage rivals.

It’s not just factory jobs either. In Meerut, about 80 kilometers (50 miles) northeast of the capital Delhi, local police are considering using robots to help guide traffic at busy intersections, Ramit Sharma, the city’s deputy inspector general, said by phone on Monday. Information technology companies and banks are also looking to automation to eliminate lower-end jobs and clerical staff, according to a June report by Kotak.

Losing Out
“There’s the threat of India losing out,” said Madhur Jha, senior economist at Standard Chartered in London. “Other countries are slightly more developed, have a stronger manufacturing base, and are moving toward automation more quickly to keep themselves competitive.”

When Modi announced his Make in India campaign in September, he cited India’s “greatest strength” as having 65 percent of the population under 35.

That demographic dividend may not pay out as expected.

For one, India’s working-age population is increasing far faster than the number of jobs in the formal sector: roughly 1 million a month versus 1 million a year, according to a report by JustJobs Network, a labor research institute.

Stealing Jobs
It’s also not clear if factories planned today will create the number and type of jobs that Modi is expecting.

“If you build a factory today assuming that it will create 100 jobs, in the course of 10 years as new technologies are adopted, it may create only 10 or 20 percent of the jobs you expected,” said Makoto Yokoyama, the head of Mitsubishi Electric Corp.’s factory automation division in India, who has witnessed Japan’s car plants employ fewer and fewer workers.

“It’d be a lie to say that robots won’t steal jobs,” said Sonali Kulkarni, who heads the India unit of Fanuc Corp., one of the world’s biggest robot makers. “They will, but not the jobs that people should be aspiring to. People are capable of really a lot more than mindlessly loading or unloading from a machine or welding.”

Yet India is failing to educate its illiterate 287 million -- greater than the population of every other country except China and the U.S. -- to do much more than that.

Unemployable Grads


The average Indian adult has been schooled for only 4.4 years, the worst among Asia’s major developing economies, according to United Nations data. Worse, half of the 5 million graduating annually with bachelor’s degrees are unemployable because of poor cognitive and language skills, according to a study by Aspiring Minds, a skills-assessment company. Larsen & Toubro Ltd., India’s biggest engineering firm, is forced to train new hires from scratch.

"The challenge for many emerging markets, like India, will not be to create low-cost jobs, but to make use of its gigantic human potential through broader and better education,” said Antoine van Agtmael, a former World Bank economist who coined the term emerging markets and is writing a book on automation undermining the advantage of cheap labor.

In the race to create factory jobs, Modi isn’t just competing against Asian rivals. Robots are increasingly helping developed economies. In Switzerland, robots make toothbrushes for export; in Spain, they cut and pack lettuce heads -- a job previously done by migrants; in Germany, they fill tubs of ice cream, and in the U.K. they assemble yogurt into multipacks at a rate of 80 a minute.

Tharman Shanmugaratnam, chairman of the International Monetary Fund’s policy advisory committee until March and Singapore’s finance minister, gives India -- and rivals such as Thailand, Vietnam and Malaysia -- a fast-closing window to catch up with rich countries or miss the boat.

“Time is not on India’s side,” he told Indian policymakers at a government conference in December. “I give 10 years for labor-intensive manufacturing to survive in its present form before machines take over.”
 
Does Q mobile assemble these in Pakistan...or its imported directly?

Micromax has almost fully chinese components its true. But assembly wise its done in India (at least for Indian market).
I am not sure, i think here the the assembly is done locally as well.
 
“Time is not on India’s side,” he told Indian policymakers at a government conference in December. “I give 10 years for labor-intensive manufacturing to survive in its present form before machines take over.”


China exported $2.284 trillion of goods in last calendar year, 57% were electro-mechanical, followed by electronics, labor-intensive has dropped to below 20%. High-tech has soared in the last decade, now already pillar for China exports, far exceeds any other nation, even more than the next three nations combined.

High-technology exports (current US$) - 2014
United Nations, Comtrade database.
http://data.worldbank.org/indicator/TX.VAL.TECH.CD?year_high_desc=true

China: 558,605,991,980
Germany: 199,718,151,684
United Staes: 155,640,595,588
South Korea: 133,447,400,828
Japan: 100,954,836,424

So where have these labour-intensive businesses gone? Mostly SE Asia, followed by East Africa, MENA, South Asia particularly Bangladesh which is now already second largest RMG manufacturing hub.

However the term "labour-intensive" is increasingly become historical. Those same products, used to be manufactured in so-called "labour intensive" manner, will be produced by next generation of business process that combines robotics, automation, advanced logistics and information technologies. In light of this, major industrialized nations like China, Germany, Japan and South Korea have developed their respective visions and actions plans (e.g. "Made in China 2025", "Industry 4.0"), perhaps that's rationale behind the saying of "fast-closing window for others".
 
China exported $2.284 trillion of goods in last calendar year, 57% were electro-mechanical, followed by electronics, labor-intensive has dropped to below 20%. High-tech has soared in the last decade, now already pillar for China exports, far exceeds any other nation, even more than the next three nations combined.

High-technology exports (current US$) - 2014
United Nations, Comtrade database.
China: 558,605,991,980
Germany: 199,718,151,684
United Staes: 155,640,595,588
South Korea: 133,447,400,828
Japan: 100,954,836,424

So where have these labour-intensive businesses gone? Mostly SE Asia, followed by East Africa, MENA, South Asia particularly Bangladesh which is now already second largest RMG manufacturing hub.

However the term "labour-intensive" is increasingly become historical. Those same products, used to be manufactured in so-called "labour intensive" manner, will be produced by next generation of business process that combines robotics, automation, advanced logistics and information technologies. In light of this, major industrialized nations like China, Germany, Japan and South Korea have developed their respective visions and actions plans (e.g. "Made in China 2025", "Industry 4.0"), perhaps that's rationale behind the saying of "fast-closing window for others".


This is a disaster for India. India has completely missed the boat. All the excess labor intensive jobs China shed over the past 10 years have gone to Bangladesh, Vietnam, Indonesia and Malaysia. India didn't get any. And now, even these labor-intensive jobs are under threat from robotics and will be extinct soon.

What will India do?
 
This is a disaster for India. India has completely missed the boat. All the excess labor intensive jobs China shed over the past 10 years have gone to Bangladesh, Vietnam, Indonesia and Malaysia. India didn't get any. And now, even these labor-intensive jobs are under threat from robotics and will be extinct soon.

What will India do?
Well, India can receive some, but the number of jobs cannot cover the new gradates and peasants who lose land...
That's why many experts think, the old way (Japan/South Korea/China) is gone, China is the last one.
Now, it's all about automation. Indeed, automation cannot replace all jobs, but it can replace the majority of jobs within one decade.
 
China exported $2.284 trillion of goods in last calendar year, 57% were electro-mechanical, followed by electronics, labor-intensive has dropped to below 20%. High-tech has soared in the last decade, now already pillar for China exports, far exceeds any other nation, even more than the next three nations combined.

High-technology exports (current US$) - 2014
United Nations, Comtrade database.
http://data.worldbank.org/indicator/TX.VAL.TECH.CD?year_high_desc=true

China: 558,605,991,980
Germany: 199,718,151,684
United Staes: 155,640,595,588
South Korea: 133,447,400,828
Japan: 100,954,836,424

So where have these labour-intensive businesses gone? Mostly SE Asia, followed by East Africa, MENA, South Asia particularly Bangladesh which is now already second largest RMG manufacturing hub.

However the term "labour-intensive" is increasingly become historical. Those same products, used to be manufactured in so-called "labour intensive" manner, will be produced by next generation of business process that combines robotics, automation, advanced logistics and information technologies. In light of this, major industrialized nations like China, Germany, Japan and South Korea have developed their respective visions and actions plans (e.g. "Made in China 2025", "Industry 4.0"), perhaps that's rationale behind the saying of "fast-closing window for others".

High Technology export isn't a right metric to judge a country's industrial standards.

More accurate will be high technology added value.

The high technology exports of China have relatively little of their value added in China.

For example an iPhone. While the final product is counted in the account of China's exports, most of its value of components and design isn't Chinese.

This is a disaster for India. India has completely missed the boat. All the excess labor intensive jobs China shed over the past 10 years have gone to Bangladesh, Vietnam, Indonesia and Malaysia. India didn't get any. And now, even these labor-intensive jobs are under threat from robotics and will be extinct soon.

What will India do?

You are overhyping automation. Most of the labor intensive jobs are still there.

Textile today is as much labor intensive as it was 10 years ago.

So are many other fields.
 
You are overhyping automation. Most of the labor intensive jobs are still there.

Textile today is as much labor intensive as it was 10 years ago.

So are many other fields.

There is no logic in your argument. Let me give you an example:

Person A: the temperature will rise next week and melt the snow on the road.

Person B: you are over-hyping the temperature rise. There is still snow right now. There is more snow on some parts of the road than there was a month ago. So the snow will always be on the road, even if the temperature rises.



High Technology export isn't a right metric to judge a country's industrial standards.

More accurate will be high technology added value.

The high technology exports of China have relatively little of their value added in China.

For example an iPhone. While the final product is counted in the account of China's exports, most of its value of components and design isn't Chinese.



You are overhyping automation. Most of the labor intensive jobs are still there.

Textile today is as much labor intensive as it was 10 years ago.

So are many other fields.

According to the Economist Intelligence Unit, China's 'value-added' amounts to 65% of her exports, a ratio higher than that of South Korea.

According to ADB, in 2012 China was responsible for 45% of the value in her high-tech exports, about 6% lower than that of South Korea. The ratio has no doubt climbed significantly since then.

http://tinyurl.com/z9k84jf

http://tinyurl.com/zzkhnfs

A tightening grip
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A SMALL factory in an industrial park outside Shanghai, churning out widgets you never see but probably use, provides a perfect snapshot of the state of global manufacturing today. Some workers at the Integrated Micro-Electronics (IMI) facility affix pieces by hand to circuit boards bound for digital displays on European stoves. Others stand at computers, guiding machines that press together components for cars’ steering systems. But IMI is important less for what it makes than for what it represents. A cog in long supply chains, it produces part, but never all, of brand-name consumer goods. It has operations around the world, but makes its most money in China. And it is starting to automate its factories there as wages rise.

Cheap Chinese labour has been crucial to the building of “Factory Asia”, the name given to the region’s complex of cross-border supply chains. Asia first emerged as a manufacturing power in the 1960s, when Japan began exporting electronics and consumer goods. Taiwan and South Korea followed its lead. By the 1980s Japanese firms were building plants across South-East Asia. But China’s opening up was the gamechanger. In 1990 Asia accounted for 26.5% of global manufacturing output. By 2013 this had reached 46.5%. China accounts for half of Asia’s output today. The region’s share of the global trade in intermediate inputs—the goods that are eventually pieced together into final products—rose from 14% in 2000 to 50% in 2012.

The China price is under pressure, though. Since 2001, hourly manufacturing wages in China have risen by an average of 12% a year. The yuan has risen to an all-time high against a trade-weighted basket of currencies. Some believe this means that China’s days as a manufacturing powerhouse are numbered, adding to the list of worries for an economy already weighed down by heavy debts and a property slump (see article). But whereas the housing market is built on wobbly foundations, manufacturing has under-appreciated strengths. The future of Chinese manufacturing, and of Factory Asia more generally, is bright.

A persistent myth about Chinese manufacturing is that the country is only good for assembly, with the more profitable parts of the operation, such as design and marketing, remaining in the West and Japan. But more detailed studies reveal greater two-way flows with Japan at earlier stages of production. Today, 65% of the ingredients in goods China sells to the world are made at home, up from 40% in the mid-1990s. As domestic consumption rises, moreover, its own firms are getting better at designing the products its consumers want (think Xiaomi, China’s smartphone giant).

By hosting more of the supply chain, China boosts its manufacturing competitiveness and attracts more investment. IMI, for instance, is headquartered in the Philippines and would have preferred to scale up its manufacturing there, where wages and worker turnover are lower. But Michael Hansson, a director, notes that after adding in other costs, such as shipping and tax, China is still cheaper—thanks to the dense cluster of suppliers and customers that IMI now has around Jiaxing, a 40-minute train ride from Shanghai.

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Despite fast-rising wages, China’s factories are still far cheaper than their rich-world rivals. Many pay their employees just above the minimum wage, which at about $270 a month in China is less than a quarter that in America. And they are more efficient than many rivals in the developing world. McKinsey, a consultancy, found that labour productivity increased by 11% a year in China from 2007 to 2012, compared with 8% in Thailand and 7% in Indonesia. With Chinese factories just starting to pour money into automation, there is scope to improve productivity further. China became the biggest market for robots in 2013, buying 20% of all those made that year, according to the International Federation of Robotics. But it still has just 30 robots per 10,000 workers in manufacturing, compared with 323 in Japan. Foxconn, the Taiwanese firm that makes iPhones and has more than a million employees in China, says that it wants robots to complete 70% of its assembly-line work within three years.

Firms are also pursuing lower wages deeper into China. Foxconn once based its China operations mostly in Shenzhen, the manufacturing hub near Hong Kong. It now has large plants in Henan and Sichuan provinces, and is building a facility in Guiyang, one of China’s poorest regions.

Cities in China’s interior use tax breaks and cheap land to lure foreign investors. They also have a huge labour pool, excellent transport links and a reliable supply of inputs. Hewlett-Packard has shifted from Shanghai to Chongqing, a city of 30m people in China’s southwest. Stuart Pann, an HP executive, says that wages are lower and the workforce more stable, since most employees are local (among other things, that means factories can restart quickly after the Chinese New Year, when workers return to their home villages—a perennial headache in coastal China). At HP’s prodding, Chongqing built a railway line to carry products overland through Kazakhstan into Europe, reducing transit time from 35 days to 22. Today roughly one in every four laptops in the world is made there. “It would be hard to recreate what China has done,” says Mr Pann. “The economics aren’t there, nor are the sub-suppliers.”

As a result, China has remained surprisingly competitive in low-end production: its share of global clothing exports, for instance, rose from 42.6% in 2011 to 43.1% in 2013, while the price of Chinese-made goods sold in America has fallen by almost 2% over the past three years. That stems partly from China’s ability to control costs, not least because of its first-rate infrastructure: six of the world’s busiest ten ports by tonnage are in China. But it also points to squeezed margins for Chinese factories.

China cannot hold onto such work forever, nor does it want to. The working-age population peaked in 2012, and the endless stream of people moving from country to city has slowed. Expectations have risen along with incomes; fewer young Chinese are willing to endure the same drudgery their parents did. A series of strikes and disputes over the past year—affecting factories producing goods for Nike, Adidas, IBM and Nokia—show that Chinese workers are increasingly vocal about their rights.

The southward haul

Hence the incipient rise of South-East Asia, which offers a big labour pool with low wages and mostly market-friendly policy environments. The average factory worker in China earns $27.50 per day, compared with $8.60 in Indonesia and $6.70 in Vietnam. Demography is another advantage: China may be ageing rapidly, but South-East Asia’s workforce is largely below the global median age of 29.7.

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The region’s biggest advantage over the rest of the world as production leaves China is simple: it is nearby. For all the benefits of telecommuting, geography matters, both to ensure quick shipment of goods and to let managers hop back and forth between factories. Rising Chinese consumption is particularly helpful to manufacturers located in its environs. As the purchasing power of Chinese buyers grows, the average distance travelled by consumer-goods exports is changing, depending on whether they are shipped from Asia, Europe or North America. From 2008 to 2012, the average journey length for Asian exports fell by 4.5%, while those from Europe and North America rose by 25.9% and 13.7%, respectively. That makes transportation costs cheaper for Asian factories.

Garments are a natural first step in the spread of production out of China: they are low-skill, low-cost and highly transportable. For countries just starting to industrialise, such as Myanmar, they offer an early test of potential. Myanmar’s clothing exports jumped from $700m to $1.7 billion between 2011 and 2014. H&M, a European retailer, recently shifted sweater production from China to the Myanmar Century Liaoyuan Knitted Wear factory, a Chinese-run facility in outer Yangon. Parts of it look surprisingly like black-and-white pictures of old garment factories: women sit at sewing machines stitching sweater arms to bodies and attaching labels to necklines. Steven Shen, the production manager, says staffing such factories in China has grown difficult: Chinese workers now have “other, better jobs”. His factory runs 24 hours a day. He plans to open a similar facility in Bago, north-east of Yangon, later this year.

Advanced manufacturing, too, is starting to trickle out of China: Vietnam, Thailand and Indonesia are picking up electronics work. Indonesia’s new president, Joko Widodo, has made no secret of his desire to see his country capture higher-value activities. He has vowed to use money freed by subsidy cuts for infrastructure improvements, and has been wooing investors for his country’s port system.

No one country will replace China’s role in Factory Asia—the ten-country ASEAN (Association of South-East Asian Nations) region is home to 630m people, less than half China’s population—but neither does any single country need to. Advances in communications technology mean that manufacturing can be sliced and diced more easily than in the past.

But the region will have to grow better integrated. ASEAN countries have made progress in removing tariffs, especially on goods, but non-tariff barriers on consumer goods, electronics and the car industry remain high, as do restrictions on services, investment and labour mobility, as well as customs regulations. According to the McKinsey Global Institute, import/export costs (clearing customs, port fees, inland transportation, and so on) are 24% higher in ASEAN than in China, and the region’s customs procedures take 66% longer than the OECD average. Its workers also tend to be less productive. Across the region, countries will have to invest more in education. The mediocrity of infrastructure—compared with China—adds costs.

Trade more, not war war

Politics could yet complicate matters, too. Long-simmering tensions between China and Japan have pushed Japanese firms toward ASEAN; in 2013 Japanese investment doubled in South-East Asia and shrank by 40% in China. Chinese maritime claims have angered neighbours, particularly the Philippines. Some 15 foreign-owned factories were set alight during anti-Chinese protests in Vietnam last year.

But the success of Factory Asia over the past two decades is a sign that Asian countries have been able to put business ties above political disputes. Commerce has brought them closer together. ASEAN nations have a free-trade agreement with China. Japan, China and South Korea are negotiating a deal among themselves. There are also talks, still early, about a broader pact that would tie all countries in the region together, including India. America has left China out of talks to create a pan-Pacific trade zone for now, but its eventual inclusion seems inevitable.

One of the first lessons in Economics 101 is the concept of comparative advantage. Countries with lots of cheap workers should produce labour-intensive goods; rich countries should focus on those requiring plenty of capital. Richard Baldwin, an economist, argues that simply comparing national advantages is outdated. As supply chains spread across borders, regional comparative advantage matters even more. With its bounty of both labour and capital, Asia has already built up a huge lead in manufacturing. It only stands to grow.
 
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It now has large plants in Henan and Sichuan provinces, and is building a facility in Guiyang, one of China’s poorest regions.
True. Zhengzhou is in Central China, everyday cargo planes are full of apple products.
Salary is at least $500 plus insurance and pension for non-skilled workers there, much lower than their counterparts in Shenzhen and Dongguan.

Guiyang city, the capital of Guizhou Province, China's poorest province (GDP per capita less than $5000 in 2015), has Foxconn's cloud technology base and many high-tech factories.


Guizhou Province now has one of the best expressway networks in the world.
Currently 5128km expressways, 8th in China, the first province in Western China achieves the goal of every county linking to the expressway network.

At the end of 13th 5-year plan (2016-2020)
The mileage of expressways in Guizhou Province will reach around 10,000km, covering 80% villages and townships.

With such developed infra and investment from high-tech companies, there is no reason Guizhou will continue drag behind compared to the rest of China.

https://defence.pk/threads/china-ex...-news-and-updates.435098/page-17#post-8608661
 
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In the Chinese city of Shenzhen alone, the local government is handing out $150 billion of subsidies in the next three years to encourage companies to switch to robots:



The world's first "Dark Factory" has been built in China recently:




India will be devastated by the tide of industrial automation. Mass unemployment awaits young Indians. I foresee social instability, mass unrest, and possibly the breaking up of the country, unless a solution is found quickly. Make in India alone cannot forestall the coming collapse. Something much more drastic is needed.
 
Is he? I will send him the videos because it doesn't appear he understands the gravity of the situation.
To @Bussard Ramjet and many others, it seems that such revolution which we are talking about everyday here is of little importance....And @Bussard Ramjet is trying everything he can to downplay such trend and has no insight towards the future.

In the bank

textile automation expo
 
To @Bussard Ramjet and many others, it seems that such revolution which we are talking about everyday here is of little importance....And @Bussard Ramjet is trying everything he can to downplay such trend and has no insight towards the future.

In the bank

textile automation expo

You know what, I am changing my field to computer science, specially artificial intelligence. I have always been enamored by Cognitive Sciences.

Anyways, I know perfectly well the status of all advances. Far more than almost anyone here. And the things that you are showing are really just display items, they aren't creating real large term impact.

So, don't be impressed by one or two fancy demonstrations. Look at impact, present and future.

Textile remains one of the most labor intensive jobs.

Look at numbers and you can see this. China's textile exports are right now dropping by 5-6% yoy, while that of Vietnam and Bangladesh are increasing at almost double digits.

Why would China's textile exports drop if automation was solving issues? Why is that textile jobs are fleeing China?

Similarly, in banking, there has been huge use of IT, but it is to boost productivity, not replace people.

Finally as I have said all along, all humans are capable of equal productivity in the long run. It all boils down to the amount of people you have in the end.
 
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