On March 30, the company's shares reached daily limit soon after the stock exchange opened. As the largest supplier of 220kV EHV cables to the State Grid, Hanban shares the trump card of “superconducting technologyâ€. In the future, it can gain a share in the smart grid investment of RMB 100 billion. Therefore, it is favored by the long-term market line.
"The development of large-capacity, high-efficiency, long-distance advanced transmission technologies such as the development of the UHV exhibition" is included in the national "Twelfth Five-Year Plan". This also means, in a certain sense, that the dust, safety, technical and economic issues surrounding the UHV have settled. Liu Zhenya, general manager of State Grid, pointed out on March 17 that this marked that the construction of UHV and smart grids had been fully integrated into the national development strategy and had become the national will. On March 26th, Vice Minister of Ministry of Industry and Information Su Bo also stated for the first time that to achieve the green development of energy equipment, it is necessary to develop advanced transmission technology and equipment and vigorously develop UHV and smart grids. The strong smart grid reference in 2009 was split into UHV and smart grids, and the associated industries that UHV and smart grid investment would be conducive to reignited.
Huge market cake
The cable industry is only the tip of the iceberg. How big is the cake? Yu Jiaming, Senior Economist, State Grid Energy Research Institute, reports to China Energy News
According to preliminary calculations, if measures such as electrification of railways, electrification of public transport, accelerating the development of electric vehicles, and encouraging electric bicycles are used to replace electricity with electricity, by 2020, 620 billion kwh electricity input by UHV smart grid will be used instead of imports. With 100 million tons of oil, the national energy efficiency will increase by 2.73 percentage points, which will greatly reduce China's dependence on imported oil. According to another estimate, from 2011 to 2020, the smart grid construction will boost the related industry output of the whole society by about 2 trillion yuan.
The large-scale development of the smart grid will directly promote the upgrading of the power equipment industry. The secondary equipment of the grid includes measuring instruments, relays, operating switches, buttons, automatic control equipment, computers, signal equipment, control cables, and some Power Supply devices that provide energy for these devices. Large-scale upgrading will be implemented, and the primary equipment of the grid, including transformers, circuit breakers, disconnectors, busbars, power cables and transmission lines, will also be significantly improved. The resulting procurement costs will promote the scale of these industries.
A national energy consultant once told reporters that to develop a smart grid, first home appliances such as refrigerators should be "smart." In this regard, Yu Jiaming, a senior economist at the State Grid Energy Research Institute, agrees. He said that at present, China's home appliance industry has an annual output value of more than 700 billion yuan, and exports more than 30 billion US dollars annually, accounting for about 2.5% of the country's total exports. Smart grid construction will lead to the growth of related industries such as smart home appliances, and promote related industries such as electronics, home appliances, information and communications, and control to create leap-forward development opportunities, resulting in a huge "multiplier effect." With the development of smart grids, the scenes that appeared in science fiction novels in the past, such as home refrigerators, air conditioners, water heaters, etc., can be controlled at home, is no longer a dream, but only the primary application of the smart grid on the user side. Smart grid will undoubtedly give birth to the emergence of "smart appliances" industry, helping the home appliance industry produce higher value-added products.
Estimating problems
“The externality of public goods decides to calculate a large social benefit account.†A senior manager of Credit Suisse said, “Similar to high-speed rail, if only calculating the project's own investment and earnings are biased, ecological accounts, and the entire social economy. Pulling must be taken into account, and the book data on the smart grid is not transparent, so it is not easy to calculate the specific value of the related industries.â€
Yu Jiaming said that because the market is wide-ranging and its algorithms are different, it is difficult to calculate the pulling data of various related industries. Now, the various industries that are circulated now can't withstand scrutiny.
Both domestic and international smart grids are in their infancy. In September 2008, Google and GE jointly announced that they are jointly developing clean energy business. The core is to build a national smart grid for the United States. On May 18th, 2009, US Secretary of Commerce Gary Locke and Minister of Energy Zhu Xiwen jointly announced the first standards for smart grid construction in the United States. Yu Jiaming said: “The US smart grid emphasizes the distribution and use of electricity, but also includes transmission, operation, dispatch, etc. And the State Grid Corporation of China puts forward the concept of a strong smart grid, emphasizing the realization of a high degree of integration of strong grids and intelligence. Basic, intelligence is the key."
In June 2009, the State Grid Corporation of China released the “smart grid†development plan with the goal of accelerating the construction of ultra-high voltage power grids as backbone grids, coordinated development of all levels of power grids, and being characterized by information, digitization, automation, and interaction. Unified strong smart grid. In 2010, local governments such as Jiangsu and Shanghai successively issued the "Smart Grid Industry Planning."
According to the public information of the State Grid, the construction of smart grids is planned for the pilot phase from 2009 to 2010; the comprehensive construction phase of 2011-2015 will initially form a smart grid operation control and interactive service system, and key technologies and equipment will achieve major breakthroughs and widespread applications; 2016 - In 2020, to lead the promotion phase, a unified and strong smart grid will be fully established, and the technology and equipment will fully reach the international advanced level. “At present, the funds and approvals for the UHV smart grid are not completely in place. The UHV and smart grid construction will also bring about the reintegration of the internal organs of the State Grid and the personnel adjustments.†A state-owned network’s reporter from the “China Energy News†disclose.
"The development of large-capacity, high-efficiency, long-distance advanced transmission technologies such as the development of the UHV exhibition" is included in the national "Twelfth Five-Year Plan". This also means, in a certain sense, that the dust, safety, technical and economic issues surrounding the UHV have settled. Liu Zhenya, general manager of State Grid, pointed out on March 17 that this marked that the construction of UHV and smart grids had been fully integrated into the national development strategy and had become the national will. On March 26th, Vice Minister of Ministry of Industry and Information Su Bo also stated for the first time that to achieve the green development of energy equipment, it is necessary to develop advanced transmission technology and equipment and vigorously develop UHV and smart grids. The strong smart grid reference in 2009 was split into UHV and smart grids, and the associated industries that UHV and smart grid investment would be conducive to reignited.
Huge market cake
The cable industry is only the tip of the iceberg. How big is the cake? Yu Jiaming, Senior Economist, State Grid Energy Research Institute, reports to China Energy News
According to preliminary calculations, if measures such as electrification of railways, electrification of public transport, accelerating the development of electric vehicles, and encouraging electric bicycles are used to replace electricity with electricity, by 2020, 620 billion kwh electricity input by UHV smart grid will be used instead of imports. With 100 million tons of oil, the national energy efficiency will increase by 2.73 percentage points, which will greatly reduce China's dependence on imported oil. According to another estimate, from 2011 to 2020, the smart grid construction will boost the related industry output of the whole society by about 2 trillion yuan.
The large-scale development of the smart grid will directly promote the upgrading of the power equipment industry. The secondary equipment of the grid includes measuring instruments, relays, operating switches, buttons, automatic control equipment, computers, signal equipment, control cables, and some Power Supply devices that provide energy for these devices. Large-scale upgrading will be implemented, and the primary equipment of the grid, including transformers, circuit breakers, disconnectors, busbars, power cables and transmission lines, will also be significantly improved. The resulting procurement costs will promote the scale of these industries.
A national energy consultant once told reporters that to develop a smart grid, first home appliances such as refrigerators should be "smart." In this regard, Yu Jiaming, a senior economist at the State Grid Energy Research Institute, agrees. He said that at present, China's home appliance industry has an annual output value of more than 700 billion yuan, and exports more than 30 billion US dollars annually, accounting for about 2.5% of the country's total exports. Smart grid construction will lead to the growth of related industries such as smart home appliances, and promote related industries such as electronics, home appliances, information and communications, and control to create leap-forward development opportunities, resulting in a huge "multiplier effect." With the development of smart grids, the scenes that appeared in science fiction novels in the past, such as home refrigerators, air conditioners, water heaters, etc., can be controlled at home, is no longer a dream, but only the primary application of the smart grid on the user side. Smart grid will undoubtedly give birth to the emergence of "smart appliances" industry, helping the home appliance industry produce higher value-added products.
Estimating problems
“The externality of public goods decides to calculate a large social benefit account.†A senior manager of Credit Suisse said, “Similar to high-speed rail, if only calculating the project's own investment and earnings are biased, ecological accounts, and the entire social economy. Pulling must be taken into account, and the book data on the smart grid is not transparent, so it is not easy to calculate the specific value of the related industries.â€
Yu Jiaming said that because the market is wide-ranging and its algorithms are different, it is difficult to calculate the pulling data of various related industries. Now, the various industries that are circulated now can't withstand scrutiny.
Both domestic and international smart grids are in their infancy. In September 2008, Google and GE jointly announced that they are jointly developing clean energy business. The core is to build a national smart grid for the United States. On May 18th, 2009, US Secretary of Commerce Gary Locke and Minister of Energy Zhu Xiwen jointly announced the first standards for smart grid construction in the United States. Yu Jiaming said: “The US smart grid emphasizes the distribution and use of electricity, but also includes transmission, operation, dispatch, etc. And the State Grid Corporation of China puts forward the concept of a strong smart grid, emphasizing the realization of a high degree of integration of strong grids and intelligence. Basic, intelligence is the key."
In June 2009, the State Grid Corporation of China released the “smart grid†development plan with the goal of accelerating the construction of ultra-high voltage power grids as backbone grids, coordinated development of all levels of power grids, and being characterized by information, digitization, automation, and interaction. Unified strong smart grid. In 2010, local governments such as Jiangsu and Shanghai successively issued the "Smart Grid Industry Planning."
According to the public information of the State Grid, the construction of smart grids is planned for the pilot phase from 2009 to 2010; the comprehensive construction phase of 2011-2015 will initially form a smart grid operation control and interactive service system, and key technologies and equipment will achieve major breakthroughs and widespread applications; 2016 - In 2020, to lead the promotion phase, a unified and strong smart grid will be fully established, and the technology and equipment will fully reach the international advanced level. “At present, the funds and approvals for the UHV smart grid are not completely in place. The UHV and smart grid construction will also bring about the reintegration of the internal organs of the State Grid and the personnel adjustments.†A state-owned network’s reporter from the “China Energy News†disclose.
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