The hottest power gap in Hebei is up to 3million k

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Hebei's power gap is up to 3million kW. Taihang Mountain layout photovoltaic

it is understood that at present, there are plans to build all the wasteland around Taihang mountain into photovoltaic power stations, making contributions to energy conservation and emission reduction in Beijing Tianjin Hebei region. Taihang Mountain is responsible for the layout of photovoltaic or the supply of new energy in Beijing, Tianjin and Hebei. It is understood that at present, there are plans to build photovoltaic power stations in all the wasteland around Taihang Mountain after extruding the pipe orifice, so as to contribute to the energy conservation and emission reduction in Beijing, Tianjin and Hebei

Taihang Mountain layout photovoltaic or undertake the supply of new energy in Beijing, Tianjin and Hebei

the securities learned that at present, there are plans to build all the wasteland around Taihang mountain into photovoltaic power stations to contribute to energy conservation and emission reduction in Beijing, Tianjin and Hebei

in mid June, the peak of summer power consumption arrived as scheduled. Fortunately, the national development and Reform Commission summarized the situation of power supply and demand in this summer as generally loose

of course, there are some exceptions. For example, a few days ago, China Hebei electric power company announced that from mid June to early August, South Hebei is expected to experience two peak loads of 27 million KW and 28.5 million KW respectively. It is estimated that the maximum short-term power supply gap may reach 1.5 million kW to 3 million kW in late June, early July and early August

the reason for the gap is not only the power demand for agricultural irrigation and refrigeration, but also the environmental protection transformation being carried out by power generation enterprises. It is said that during the summer, a total of 14 units in Southern Hebei were transformed for environmental protection, with a capacity of 3.65 million KW

there is a temporary contradiction between Hebei's environmental protection demands and short-term electricity demand. An insider who declined to be named told securities that in fact, it is not just Hebei. In the long run, there is also a contradiction between the environmental protection demands of the entire Beijing Tianjin Hebei region and the existing power pattern and the continuously improving industrial and commercial power demand

Take Hebei as an example. Not long ago (May 15), the action plan for energy conservation, emission reduction and low carbon development 2014-2015 issued by the general office of the State Council requires Hebei Province to complete the task of denitration of 15million kW thermal power in 2014-2015. In addition, there are also the elimination of 22000 steam ton coal-fired boilers, the completion of desulfurization of 11010 square meters of steel sintering machines, and the elimination of 660000 yellow standard cars and old vehicles

in the view of the above-mentioned insiders, In the pattern of the integration of Beijing, Tianjin and Hebei, facing the increasingly severe environmental protection challenges, not only Hebei, but also Beijing and Tianjin have enough momentum to start to increase the proportion of renewable energy and clean energy in the total energy consumption

it will benefit from the internal technical and engineering synergy of Volvo cars and the resulting significant economies of scope. Dr. Lian Rui, senior analyst of Hebei or Beijing Tianjin Hebei

energy supply

Solarbuzz, introduced to securities that based on the environmental protection task of Beijing Tianjin Hebei region, its energy planning should also be considered comprehensively. At present, the scheme recognized by the industry is to mainly adopt the mode of UHV power receiving (receiving external power) and renewable energy power generation

take the data of 2012 as an example, in that year, the proportion of power receiving in Beijing was about 60%; The proportion of electricity receiving in Shijiazhuang, Baoding, Cangzhou, Hengshui, Xingtai and Handan in Hebei Province is about 16.7%, while that in Tangshan, Zhangjiakou, Qinhuangdao, Chengde and Langfang reaches 50%; In addition, the proportion of electricity receiving in Tianjin is about 30%. However, according to the plan, by 2020, Tianjin will receive more than 8.5 million kw of electricity outside the District, accounting for about 40%

in addition, another signal that Beijing Tianjin Hebei region will significantly increase the proportion of electricity is that three of the four UHV Ximeng Shandong, Ximeng Jiangsu, Mengxi Shandong and Mengxi Tianjin proposed to be built in Inner Mongolia in the first phase of China reach Shandong and Tianjin, which is directly related to Beijing Tianjin Hebei and its surrounding areas

when it comes to renewable energy applications, the heavy responsibility will undoubtedly fall on Hebei Province. The reason is very simple. I'm afraid Beijing and Tianjin can only engage in distributed renewable energy applications, while only Hebei has the conditions (land) to develop centralized energy. The above insiders introduced to

in fact, in addition to land, Hebei also has the resources and geography to develop renewable energy applications. China is still in the stage of industrialization, informatization, urbanization, marketization and internationalization. If a centralized power station is established in Hebei, it will be very close to the consumption place (Beijing, Tianjin and themselves), and the transmission loss of power will be much smaller. Lian Rui added

according to the 12th Five Year Plan for new energy industry in Hebei Province, the total reserves of wind energy resources in Hebei Province are 74million kW, with more than 17million kW of onshore technology and more than 4million kW of offshore technology. It is mainly distributed in the Bashang area of Zhangjiakou and Chengde, the coastal areas of Qinhuangdao, Tangshan and Cangzhou, as well as the Taihang and Yanshan Mountains

and solar energy resources are more abundant. The average annual sunshine hours in Zhangjiakou and Chengde in the north are 3000-3200 hours, and 2200-3000 hours in the central and eastern regions, which are respectively class II and class III areas of solar energy resources, and have great development and utilization value

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