Overview
In China's energy security strategy, the development of alternative energy is the top priority of the future strategy. In a larger space-time perspective, this is actually a competition for scientific research, a war that cannot see the smoke. At present, developed countries such as the United States, Germany, and Japan have already made a number of new achievements in researching alternative fuels and promoting new energy sources due to earlier R&D investment. The pursuit of core technology is an important and persistent persistence of China. China is a big country, and it is bound to seek the leading capacity for future national energy security and contribute to the global future energy. After years of hard work, a number of alternative energy technologies with independent intellectual property rights in China have gradually matured, some industrialization demonstration projects are about to be put into use, and alternative fuels such as ethanol gasoline are progressing smoothly, laying a good foundation for further development of alternative energy sources. Under the constraints of energy supply, China faces structural contradictions in energy supply and demand, energy
Irish water street lights are self-sufficient for safety and great environmental pressure.
The development of alternative energy sources and the replacement between traditional energy sources and traditional energy sources and new energy sources are effective ways to solve China's energy supply and demand bottlenecks, structural contradictions between supply and demand, and reduce environmental pressures.
In China's future energy consumption pattern, there are two determinants for determining the application and development prospects of different forms of energy. One is the internal and external costs in the process of energy use, and the second is the subsequent reserves and whether they are renewable. The Outline of the National Medium- and Long-Term Science and Technology Development Plan states that renewable energy will account for 16% of China's energy consumption by 2020.
Water energy
Water energy is a kind of renewable energy. Water energy, or hydropower, is a way to use the potential and kinetic energy of water to convert electricity into electricity. The hydroelectric power plant is called a hydropower plant, or a hydropower plant, or hydropower station. Water energy is mainly used for hydropower generation, which has the advantages of low cost, continuous regeneration, and no
Pollution. The disadvantage is that the distribution is limited by natural conditions such as hydrology, climate and landform. Water is easily polluted and easily affected by many factors such as topography and climate. China's theoretical reserves of hydropower resources are 678 million kilowatts, and the annual power generation is 5.92 trillion kilowatt-hours, ranking first in the world and having a bright future. China's famous hydropower stations are: Three Gorges Hydropower Station, Gezhouba Hydropower Station, Xiaolangdi Hydropower Station. The Three Gorges Hydropower Station is the largest hydropower station in the world.
wind power
Wind power is currently the most cost-effective renewable energy source. Wind power generation costs in areas with better wind resources are already cost competitive compared to fuel or gas power generation. At present, China's wind power installed capacity accounts for only 0.1% of China's available wind resources. Wind power is likely to surpass nuclear power by 2020 and become the third largest form of power generation in China. From 2006 to 2015, the total market capacity of wind turbine equipment reached more than 100 billion yuan. At present, the localization rate of wind turbine equipment in China is only 25%. At present, there is a 70% localization rate requirement for wind farm bidding, and local wind turbine manufacturers face huge market. space.
Solar energy
Solar energy is the most abundant form of renewable energy and is the source of all fossil energy and a variety of renewable energy sources. The impact of rising polysilicon prices on the polysilicon solar cell industry is not completely negative. The cell capacity and component capacity of manufacturers that do not have competitive advantages in the industry become ineffective capacity, avoiding the vicious competition of cell and component prices, and the industry's survival of the fittest can be faster. achieve. Under the pressure of high-priced polysilicon, superior enterprises will also have strong power to cut costs, such as the application of more advanced silicon wafer cutting technology, improve solar cell conversion efficiency, etc., in order to obtain cost advantages and competitiveness. The polysilicon solar industry is very likely to re-enter the gold development period in 2008-09.
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