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Market-driven Energy Pricing Necessary to Ensure China’s Power Supply

Abstract China’s rapid economic growth has strained its power supply, as manifested for instance by the widespread 2008 power shortage. The cause for this shortage is thought to be the current Chinese energy pricing system, which is mainly government rather than market controlled. Government- regulated price-caps for coal have seriously affected coal supply. At the same time price-caps for electricity supply have caused suspension of power plant operation. As a result, the average operating time of coal-fired power plants declined 50 h annually across the nation in the first half of 2008 compared to the previous year, despite clear power shortages. Here, it will be suggested that energy pricing, set by supply and demand may effectively discourage excessive growth in heavy industry, substantially encourage energy conservation and efficiency, and curb the rapid electricity demand in China. It will be argued that a market-oriented electricity pricing mechanism is required for China to secure its future power supply.
Date 2009
Author Qiang Wang
Publisher
Link http://ideas.repec.org/a/eee/enepol/v37y2009i7p2498-2504.html
Series Energy Policy, Issue 37
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1.1.1 Chinese Sources – Official Chinese Governmental and Academic Research, Uncategorized

Debate over excess capacity blows up in China’s wind power sector

Date 2009 11 23
Author
Publisher Xinhua
Link http://china-wire.org/?p=4208
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6.2.12 Some Recent Articles on Wind Energy, Uncategorized

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A Review of Emerging Energy-efficiency and CO2 Emission-reduction Technologies for Cement and Concrete Production

Abstract Globally, the cement industry accounts for approximately 5 percent of current man-made carbon dioxide (CO2) emissions. Development of new energy-efficiency and CO2 emission-reduction technologies and their deployment in the market will be key for the cement industry’s mid- and long-term climate change mitigation strategies. This paper is an initial effort to compile the available information on process description, energy savings, environmental and other benefits, costs, commercialization status, and references for emerging technologies to reduce the cement industry’s energy use and CO2 emissions. This paper consolidates available information on eighteen emerging technologies for the cement industry, with the goal of providing engineers, researchers, investors, cement companies, policy makers, and other interested parties with easy access to a well-structured database of information on these technologies.
Date 2012
Author Hasanbeigi, Ali
Publisher Lawrence Berkeley National Laboratory
Link http://china.lbl.gov/sites/all/files/lbl-5745e-cement-ee-techjune-2012.pdf
Series LBNL Report 5745E
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8 Energy Intensive Industries, 8.3 Energy Efficiency Measures in Key Industrial Sectors, 8.3.3 Cement and Concrete, Uncategorized

Energy Intensive Industries, Energy Efficiency and Workers

Abstract China has many energy intensive industries.  These industries play an important part in China’s economy, contribute significantly to China’s overall energy consumption, and also to China’s CO2 emissions.  Important industries and sectors in this respect include: mining, metallurgy, cement, air conditioning, buildings, manufacturing and transport.  However, recent years have also seen major and extremely impressive, reductions in the energy intensity of the economy, and also the introduction of important energy efficiency measures. Although energy intensity per unit of GDP has been substantially reduced, the overall energy production and consumption continues to rise rapidly. The demand for energy intensive industries, such as steel or cement, continually rises. This is a big contradiction.

Historically, many of China’s industries have quite an inefficient use of energy in production. This means that for questions of economic profitability as well as for international/national climate change commitments, there is a great motivation to increase energy efficiency and reduce energy consumption. Consequently, this is major component of the government’s long term industrial, energy, and climate strategy. Important gains have been made through the targeting of specific industrial sectors which are energy intensive. In particular, this includes, coal mining and power plants, steel, construction, cement and concrete, as well as domestic appliances such as air conditioners. There have also been important efforts within the transport sector. Within these sectors, the most energy consuming enterprises have been specifically targeted for reduction. In particular, the 1000 biggest energy consumers and emitters have been identified and targeted. Interventions are guided by overall policies from central government, whose implementation is then negotiated between local governments and the companies. While most of the efforts to reduce energy consumption has been to focus on reducing consumption in industry, domestic energy consumption has also been targeted. An important issue here is that in order to meet ambitious targets, there have been planned and regulated limited duration shut-offs of domestic electricity supply.

The implementation of has been different in the different sectors. For instance, in construction there are initial discussions of “energy efficient buildings”, while in relation to coal small thermal generation plants have been closed. Varying degrees of success have been met in different industries and in different geographical locations. A common feature across the different sectors is that frequently implementation has involved closing down many of the smaller companies,  allowing consolidation into larger ones (both state owned enterprises and private, depending on the sector), as the larger companies are able to produce more efficiently. In addition to increasing efficiency, there has been concentration in the sector.

The energy intensive industries are also large employers of workers. There is an important relation between energy consumption and human labour, as mechanization and automation replace human labour with external energy inputs. Historically, in many countries, such as the UK, USA, and South Africa, the rising cost of labour as well as worker struggles, have been important factors in increasing levels of energy consumption in industry. It is important, though perhaps difficult, to consider the linkages between industrial energy consumption in China and the regulation of its workforce.  Importantly, in recent years there have also been some significant conflicts involving workers in energy intensive sectors.

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Zhangbei Wind Park- Environmental Impact Assessment Summary

Abstract The China Energy Conservation Investment Corporation (CECIC) won through a national competitive bidding process organized by the National Development and Reform Commission (NDRC) the concession rights for 25 years to develop a wind power project of 100.5 megawatts (MW) on a build-operate-own basis at Lünaobao in Zhangbei County, Zhangjiakou Municipality, Hebei Province. The Zhangbei Wind Power Project (the Project) will be implemented by a special purpose vehicle in the form of a Sino–foreign joint venture indirectly 70% owned by CECIC and indirectly 30% owned by the HKC (Holdings), Ltd., (HKC). The total project cost is estimated to be CNY932.0 million, 34% of which will be financed by equity from two sponsors and 66% by long-term debts provided through a proposed Asian Development Bank (ADB) loan. Special funds have been allocated for environmental protection and conservation of water and soil in the project area.The Project will install 67 wind turbine generators (WTGs), each with a rated output of 1.5 MW, on ridges ascending from northwest to southeast, perpendicular to the prevailing wind direction from the north. The Project is the sixth wind power project developed by CECIC in Zhangbei and planned to be fully commissioned by early 2010. The Project’s capacity factor is projected to be 28.5%, providing 2,497 hours (h) of operation at full-capacity equivalent and supplying 250.9 gigawatt-hours of clean electricity from renewable wind resources per annum to mitigate chronic shortage on the North China Power Grid (NCPG). The environmental impact assessment (EIA) for the Project was conducted by the Hebei Provincial Academy of Environmental Sciences. It was approved by the Hebei Provincial Environment Protection Bureau in November 2007. The Hebei Water Conservation Bureau approved the water and soil conservation plan for the Project, and the Ministry of Land and Resources approved the land use plan in January 2008.
Author Asian Development Bank, February 2009
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