In order to comprehensively introduce the achievements, significance, prospects and resource characteristics of China's solar thermal energy utilization industry to the community, the China Rural Energy Industry Association’s Solar Thermal Expert Committee has specially launched a series of interviews with China’s solar thermal energy industry for the development of China’s solar thermal utilization industry. The media has spread a lot and hopes to let more people understand the development of China's solar thermal utilization industry.
Reporter: As a new renewable energy industry, solar thermal utilization industry has played a major role in China's energy conservation and emission reduction efforts.
Association: China's solar thermal utilization industry was born in the late 1970s and early 1980s. After 1990, China has become a major country in the production and application of solar thermal products, and is moving toward a big country of innovation. In the past 10 years, the energy-saving and emission-reducing effects of solar heat utilization in China have been very significant. Table 1 shows the energy conservation and emission reductions over the years.
Table 1 China's Solar Thermal Energy Conservation and Emission Reductions from 2001 to 2011
In 2011, the output reached 57.60 million square meters, an increase of 17.6%. The value of energy saving and emission reduction has further increased. It is estimated that the annual output of solar thermal energy in China will reach 100 million to 120 million square meters in 2015, and the total amount will reach 400 million square meters, equivalent to an annual saving of 280,000 MWth. It can replace 60 million tons of standard coal, and can reduce CO 21.9 billion annually. t. These figures are sufficient to illustrate the important contribution of the solar thermal energy utilization industry to the overall goal of energy conservation and emission reduction in China. According to the current scale and speed of development, it is predicted that during the “12th Five-Year Plan†period, the energy contribution rate of the solar thermal energy industry will account for 90% of the solar energy industry and 10% of the renewable energy including water energy. In 2015, total national energy consumption was calculated at 4 billion tons of standard coal, and solar thermal energy utilization accounted for about 1.1% of total energy. The Table 12 shows the share of China's solar energy conservation in the "Twelfth Five-Year Plan".
Table 2 Energy Saving Ratio of Solar Thermal Utilization Plan in the "Twelfth Five-Year Plan"
4.6 billion tons of standard coal accounted for 1.1% of the total energy consumption In 2015, the total energy consumption was about 4 billion tons. The standard coal accounted for 90% of the total solar energy contribution. The “Twelfth Five-Year Plan†used energy for solar energy 50 million tons.
In addition, at the current stage, the technological level of China's solar thermal utilization industry has also greatly increased. It expands to engineering on the basis of household type, expands to medium and high temperature on the basis of low temperature utilization, and expands to industrial and agricultural applications on the basis of civil use. Heating and air conditioning extensions. In particular, the combination of solar energy and buildings, and the use of extensive energy-saving benefits in space, have become the mainstream architectural energy-saving models advocated and strongly advocated by the government and the community. We will see that with the further expansion of the application of solar thermal applications, energy-saving benefits will be more significant.
4.6 billion tons of standard coal accounted for 1.1% of the total energy consumption In 2015, the total energy consumption was about 4 billion tons. The standard coal accounted for 90% of the total solar energy contribution. The “Twelfth Five-Year Plan†used energy for solar energy 50 million tons.
In addition, at the current stage, the technological level of China's solar thermal utilization industry has also greatly increased. It expands to engineering on the basis of household type, expands to medium and high temperature on the basis of low temperature utilization, and expands to industrial and agricultural applications on the basis of civil use. Heating and air conditioning extensions. In particular, the combination of solar energy and buildings, and the use of extensive energy-saving benefits in space, have become the mainstream architectural energy-saving models advocated and strongly advocated by the government and the community. We will see that with the further expansion of the application of solar thermal applications, energy-saving benefits will be more significant.
Reporter: As a new renewable energy industry, solar thermal utilization industry has played a major role in China's energy conservation and emission reduction efforts.
Association: China's solar thermal utilization industry was born in the late 1970s and early 1980s. After 1990, China has become a major country in the production and application of solar thermal products, and is moving toward a big country of innovation. In the past 10 years, the energy-saving and emission-reducing effects of solar heat utilization in China have been very significant. Table 1 shows the energy conservation and emission reductions over the years.
Table 1 China's Solar Thermal Energy Conservation and Emission Reductions from 2001 to 2011
In 2011, the output reached 57.60 million square meters, an increase of 17.6%. The value of energy saving and emission reduction has further increased. It is estimated that the annual output of solar thermal energy in China will reach 100 million to 120 million square meters in 2015, and the total amount will reach 400 million square meters, equivalent to an annual saving of 280,000 MWth. It can replace 60 million tons of standard coal, and can reduce CO 21.9 billion annually. t. These figures are sufficient to illustrate the important contribution of the solar thermal energy utilization industry to the overall goal of energy conservation and emission reduction in China. According to the current scale and speed of development, it is predicted that during the “12th Five-Year Plan†period, the energy contribution rate of the solar thermal energy industry will account for 90% of the solar energy industry and 10% of the renewable energy including water energy. In 2015, total national energy consumption was calculated at 4 billion tons of standard coal, and solar thermal energy utilization accounted for about 1.1% of total energy. The Table 12 shows the share of China's solar energy conservation in the "Twelfth Five-Year Plan".
Table 2 Energy Saving Ratio of Solar Thermal Utilization Plan in the "Twelfth Five-Year Plan"
4.6 billion tons of standard coal accounted for 1.1% of the total energy consumption In 2015, the total energy consumption was about 4 billion tons. The standard coal accounted for 90% of the total solar energy contribution. The “Twelfth Five-Year Plan†used energy for solar energy 50 million tons.
In addition, at the current stage, the technological level of China's solar thermal utilization industry has also greatly increased. It expands to engineering on the basis of household type, expands to medium and high temperature on the basis of low temperature utilization, and expands to industrial and agricultural applications on the basis of civil use. Heating and air conditioning extensions. In particular, the combination of solar energy and buildings, and the use of extensive energy-saving benefits in space, have become the mainstream architectural energy-saving models advocated and strongly advocated by the government and the community. We will see that with the further expansion of the application of solar thermal applications, energy-saving benefits will be more significant.
4.6 billion tons of standard coal accounted for 1.1% of the total energy consumption In 2015, the total energy consumption was about 4 billion tons. The standard coal accounted for 90% of the total solar energy contribution. The “Twelfth Five-Year Plan†used energy for solar energy 50 million tons.
In addition, at the current stage, the technological level of China's solar thermal utilization industry has also greatly increased. It expands to engineering on the basis of household type, expands to medium and high temperature on the basis of low temperature utilization, and expands to industrial and agricultural applications on the basis of civil use. Heating and air conditioning extensions. In particular, the combination of solar energy and buildings, and the use of extensive energy-saving benefits in space, have become the mainstream architectural energy-saving models advocated and strongly advocated by the government and the community. We will see that with the further expansion of the application of solar thermal applications, energy-saving benefits will be more significant.
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