Pumped storage power station tourism planning pumped storage power station project

1. Pumped storage power station project

Pumped storage power station can play the role of peak regulation, valley filling, emergency backup and new energy consumption in the power grid. Generally, they are national key projects.

From 2010 to 2015, large-scale pumped storage projects in Hubei Province include Luotian Plain, Tongshan Damushan, Huangmei, Yuan'an Baohua Temple, Changyang Qingjiang, Wufeng Taiping, Nanzhang Zhangjiaping, Songzi Jiangxi Guan, Chongyang Earth Bridge, Qichun Garden, Zhangwan Huanglong Pond.

Small and medium-sized pumped storage projects include Enshi Dalongyuan, Zhushan Pankou, Dawu Heigou, Tuanfeng Weijiachong, Macheng Heishicun, Zaoyang Xincheng, Zhongxiang Beishan, Wuxue Zhujing, and Gucheng .

From 010 to 1010, there is no need to install an auxiliary battery when using the car refrigerator. Car refrigerators have their own convenience and scope of use. For example, the car refrigerator in an RV has different uses and needs. RVs often play outside for a long time, so they are more useful. Therefore, it is registered for use when it is used, and Fuping has enough power to ensure its use. It is best to have this kind of energy storage battery, such as for daily use in commuter cars.

:2. Zhangjiaping Pumped Storage Power Station Project

1. The construction process of the pumped storage power station is mainly divided into three stages: pre-construction, construction and completion acceptance.

2. The preliminary work of construction mainly includes power station planning, feasibility study report, preliminary design and various approval and filing procedures; the construction stage mainly includes the construction of power station, including cost control, quality control and safety management. , progress control, etc. The completion stage mainly includes the completion acceptance of the power station, settlement review and related procedures for grid connection and power generation.

3. After the construction of a pumped storage power station is completed, a good operation and management model is the basis for making money.

3. Fuping Pumped Storage Power Station Project

The company is a high-tech enterprise specializing in the production of negative electrode materials for sodium-ion batteries for new generation energy storage systems. The company is located in the Taiyuan Comprehensive Reform Demonstration Zone. It is jointly funded by Shanxi Xinyang Clean Energy Co., Ltd. and Beijing Zhongke Haina Technology Co., Ltd. It was established on April 20, 2021, with a registered capital of 10 million yuan.

In recent years, under the global trend of building a clean, low-carbon, safe and efficient modern energy system, the company has rapidly achieved mass production and has broad market prospects.

4. Feasibility Study Report on Pumped Storage Power Station Project

Population of Fuping County: 810,000 (statistics in 2013). It currently governs 17 towns: Chengguan Town, Lizhuang Town, Zhangqiao Town, Meiyuan Town, Liuqu Town, Shancun Town, Liaowang Town, Liugu Town, Laomiao Town, Xue Town, Daoxian Town, Caocun Town, Gongli Town, Meijiaping Town, Liuji Town, Xiaohui Town, Qicun Town. Fuxian County is located in the central part of Shaanxi Province, in the transition zone between the Guanzhong Plain and the Northern Shaanxi Plateau. It is under the jurisdiction of Weinan City. Named after the meaning of "Prosperity and Peace", with a total area of ??1,241 square kilometers and a total population of 810,000, it is the most populous county in Shaanxi. It has excellent transportation, rich products and numerous cultural relics. The county is 47 kilometers long from north to south and 34 kilometers wide from east to west. It borders Pucheng and Weinan City to the east, Lintong District and Yanliang District of Xi'an to the west, An to the south, Yaozhou District and Sanyuan County to the west, and Tongchuan City to the north.

: Within 15 working days 5. Shanxi Pumped Storage Power Station Project

First, organize relevant departments and townships (towns) to investigate the water damage losses of residents in the jurisdiction.

2. The relevant township (town) people's government should organize administrative villages and villagers to investigate and register residents' groups to seize the property losses of villagers as a unit, fill in the "Property Loss Verification Form for Residents in Flood Storage and Detention Areas", and cooperate with The village committee will announce the actual number of groups verifying the losses among the villagers (first publicity).

3. Township (town) residents and governments should fill out the "Property Loss Verification Summary Form for Residents in Flood Storage and Detention Areas" and report it to the county government. After verification, the county government will make a public announcement (the second announcement), fill in the "Verification Summary Form for Property Loss of Residents in Flood Storage and Detention Areas", calculate the compensation amount based on the determined compensation standards, and fill in the "Summary Statement of Compensation for Property Loss of Residents in Flood Storage and Detention Areas". Formulate a county-level compensation plan and submit it to the municipal government.

Fourth, compensation funds should be allocated by the people to the county-level government where the flood occurred

Water source security is the basis and prerequisite for the construction of pumped storage power stations. During the normal operation of a pumped storage power station, there are various forms of water loss, such as water evaporation, leakage, freezing, etc. When natural runoff enters the reservoir and cannot meet the water replenishment requirements of the power station, water replenishment measures must be considered. Therefore, in the early stage of site selection for pumped storage power stations, areas with larger reservoir catchment areas or better nearby water sources are generally selected, which can meet initial water storage and water loss during operation.

2. Choose a moderate water head.

The so-called water head refers to the height difference between the upper and lower reservoirs. At present, it is generally believed that the economic head of a pumped storage power station is 330 to 600 meters, with a maximum of no more than 700 meters. Because an excessively high water head will increase the complexity of the power station equipment, thereby increasing the cost of the power station. If the water head is too low, in order to ensure a certain installed capacity, the power generation flow of the power station will be larger, and the unit cost of the power station's installed capacity will also become larger. Therefore, the water head of a pumped storage power station should be moderate and not too high or too low.

3. Requirements for the ratio of the maximum head to the minimum head

The ratio of the maximum head to the minimum head of a pumped storage power station should be controlled below 1.25.

In addition, when selecting the water head of the reservoir, it should be considered that the water level of the reservoir is generally within 8%-12%.

4. Reservoir dams should not be too high.

The upper and lower reservoirs of pumped storage power stations generally need to be dammed. The lower reservoir is the main water source reservoir. Its inflow volume and water surface are generally larger, so the dam body is correspondingly lower. The upper reservoir is mainly excavated and dammed from mountain valleys or mountains, and the reservoir basin is relatively small. Under the conditions of meeting a certain amount of water, a higher dam body is generally required. As the dam is raised, investment in the power station will also increase. When the dam reaches a certain height, the proportion of investment growth will increase or even multiply. Generally speaking, it is recommended that the dam height should not exceed 100m.

5. Requirements for distance-to-height ratio

The distance-to-height ratio (L/H) is the ratio of the horizontal distance L between the upper and lower reservoir inlets to the average water head H of the power station . When the average water head is constant, the smaller the distance-to-height ratio, the shorter the water transmission system line, the corresponding system head loss is smaller, the higher the power station efficiency, and the smaller the power station investment. If the distance-to-height ratio is too small, it will be difficult to arrange the water delivery system and power generation system, which will increase the difficulty of construction. According to domestic and foreign experience, the distance-to-height ratio of a power station should be less than 10.

6. Selection of geographical location

The geographical location of the power station should be selected at or near the load center of the power grid to ensure that the power station has convenient connection and transmission conditions. In addition, the good traffic conditions in the station area will also lay a good external foundation for the construction of the power station.

7. Geological conditions requirements

The factory site should be selected in an area with good engineering geological conditions. Geological conditions determine the difficulty, project volume and cost of hydraulic structures. In addition, special attention should be paid to issues such as reservoir leakage.

6. Laomiao Town Pumped Storage Power Station Project in Fuping County

In order to guide energy standardization technical organizations and relevant units to prepare the 2021 energy industry standard plan (including formulation and revision) , build a standard system that supports and leads the high-quality development of energy, in accordance with the requirements of continuously deepening the reform of energy standardization work, and in accordance with the "Standardization Law", "Energy Standardization Management Measures" (Guoneng Fa Science and Technology [2019] No. 38) and 0755,

1. General requirements

Adhere to demand orientation. Focusing on the needs of implementing the "Eleventh Five-Year Plan" new energy security strategy, Four Revolutions and One Cooperation, we will build a clean, low-carbon, safe and efficient energy system and promote the modernization of energy governance systems and capabilities in accordance with the work needs of the National Energy Administration and relevant departments. Promote high-quality development of energy and highlight key areas

Highlight the public welfare attribute. Deeply implement the spirit of national standardization reform, highlight the public welfare nature of energy industry standards, and propose an energy industry standard plan for the technical requirements and industry management requirements of important products, engineering technologies, and services that need to be unified within the energy industry that does not have national standards. It is a competitive and general technical requirement and in principle cannot be used as an energy industry standard to formulate plans. Especially in the fields of smart energy, new energy and other fields, it is necessary to implement the requirements of taking the lead in building a new standard system, actively cultivate and develop group standards, and prudently propose energy industry standard revision plans.

Improving standard quality. The energy industry standard plan should adhere to the principle of consensus, have a good technical foundation and working foundation, and the draft plan is relatively mature. The energy industry standardization management agency shall submit the report after review by the energy industry standardization technical committee or expert group. Compared with 2020, the number of energy industry standard plans in the same field will in principle only decrease but not increase.

2. Project Focus

(1) Industry Standard Plan

1. Priority areas.

Industry standard plans supporting the implementation of relevant national standards; involving the protection of personal health and safety of life and property, national security, energy conservation, water conservation, comprehensive utilization of resources, environmental and ecological protection, and green development in the energy field Industry standard planning; an industry standard plan that significantly improves the overall technical level and product and service quality of the energy industry; an industry standard plan that matches advanced foreign and international standards and is conducive to enhancing the international credibility and influence of Chinese standards.

2. Key directions in each professional field.

And electrical equipment. Standardization of power production, power safety supervision, power emergency management, power reliability management, operation and maintenance of high-voltage power facilities, local grid interconnection, incremental distribution network and interconnection between microgrids and large grids, and flexible DC power transmission.

Coal. Technical guidelines for the division of coal mining areas (wells) and well fields, intelligent coal mine acceptance, non-metallic well completion, magnetically guided drilling, leakage prevention and plugging using chemical agents and plugging tools, and low-concentration gas (ventilation) utilization.

Oil and natural gas. Fair and open supporting standards for oil and gas infrastructure such as energy measurement, oil and gas exploration and development, and green development.

New and renewable energy.

Hydropower project informatization, hydropower project post-evaluation and management, high-altitude hydropower project construction and operation and maintenance, hydropower project equipment transformation, impact hydroelectric generating units, pumped storage units; multi-energy complementation and comprehensive energy utilization, offshore wind power, wind farms Intelligentization and engineering quality control; photovoltaic system design and performance improvement, household system design and application technology; solar thermal power generation project construction specifications and operation optimization standards; geothermal energy exploration, development and utilization engineering construction specifications; bio-natural gas engineering design, testing and certification , biomass energy engineering construction specifications and energy conservation and emission reduction, biomass power plant safety operation specifications; charging infrastructure; energy storage facilities on the power generation side and grid side.

(2) Translation Plan for Foreign Language Versions of Industry Standards

On the basis of strengthening the research on the foreign language version system of complete sets of standards required for foreign trade, services and contracting projects in the energy field, we encourage the application of industry standards Foreign language edition plan. It is advocated that translation plans for standard foreign languages ??should be established, developed and published simultaneously with standards plans.

Three. Application requirements

(1) The division of labor mechanism and professional fields are managed according to existing standards, and the application plan is determined after sufficient research, technical demonstration and preliminary screening.

(2) The declaration plan should be consistent with the current standard system.

(3) In the field

1. The project plan summary should be complete and accurate. The scope of application and main technical content will be the main basis for subsequent comments.

2. The project proposal should be complete and detailed. Please describe the purpose and reasons for the standard program project.

3. The draft standard should clearly state the main chapters and the main technical content stipulated in each chapter, and the content basically covers the scope of application and main technical content. Modifications should focus on the main content and reasons for the proposed modifications.

(2) Foreign language version of the standard plan

Submit relevant materials for the official letter, including a summary of the English version of the industry standard plan (paper version, Excel document) and industry standard project mission statement (Word document) , stamped PDF).

Verb (abbreviation of verb) project management

(1) Technical committees with too many research projects should take the initiative to reduce applications for new projects and complete the issued plans as soon as possible.

(2) After the project is released, all relevant units should strengthen the full life cycle management of the standard project, do a good job in supervision and inspection of key aspects such as the progress of standard formulation and revision, use of funds, and public consultation, and effectively improve the quality of standards. .

(3) After the standard project is released, in principle, the project name (scope), completion time and responsible unit shall not be changed at will. If changes are indeed necessary, the technical committee or the responsible unit shall report to the corresponding energy industry standardization management agency for approval, and then report to the Energy Bureau for review and readjustment.

7. Xingtai Pumped Storage Power Station Project

Among them, 70 new projects are planned to be started, 116 are to be continued, and 22 are in preparation. Planned new projects (70)

1. Lanzhou New District Modern Agriculture Mass Entrepreneurship Base Construction Project (Phase II)

2. Liangzhou District Wuying Wugan Reservoir Renovation Project< /p>

3. Comprehensive management and high-quality development project on the north bank of the Liujiaxia Reservoir Area of ??the Yellow River in Yongjing County

4. Zhangye Urban Forest Park Construction Project

5. Ganzhou District Water Resources Ecological environment restoration and management project

6. Phase I project of comprehensive management of the main stream of Jinghe River in Pingliang City, Yellow River Basin

7. Railway from Zhongwei to Pingliang to Qingyang in Liupanshan area (Gansu section)< /p>

8.8. Jinya to Hekou (Zhangjiatai) highway project.

Line G309

9.S03 Tianshui Ring Expressway

10.S44 Kangxian to Lueyang Expressway Wangguan to Baihegou Section Project

1. G312 line Fujiayao to Kushui section highway project

12.S36 Lintao-Lekang-Guanghe Expressway

13.G569 Mandela-Datong highway Wuwei to Xianmi Temple Highway project

14. Yumen East Town to Yumen Old Town to Jinchi Expressway

15. Zhangye Modern Tram S1 Line Project

16. Gansu (Dunhuang) International Airport Construction Project

17. Runze (Lintao) Zhihui Industrial Innovation City Project (Phase I)

18. Wuwei Railway International Container Station Project

19. Longdong to Shandong 800kV DC transmission project

0.2021 Jiuhu DC project supporting wind power project of 2 million kilowatts

21. Qingyang oil and gas production capacity construction project (2021)

22. Lingtai Power Plant Construction Project

23. Zhengning Power Plant Phase II Project

24. Gansu Electric Power Investment Changle Power Plant Peak Shaving Thermal Power Project (3, 4 Unit)

25.755 million kilowatt distributed wind power project

26. Qingbei 750kV power transmission and transformation project

27. Central Gansu 750kV power grid main network Grid reconstruction project

28. Gansu Province 2021 Rural Power Grid Consolidation and Upgrading Project

9. Huining County’s Leading 200,000-Kw Wind Power Project

30. Huan County Maojing Phase II 200,000 kilowatt wind power project

31. Gansu Oriental Titanium Sulfur Phosphorus Iron Titanium Lithium Green Cycle Industry Project

32. Lanzhou Evergrande New Energy Power Battery Project< /p>

30. Clean and efficient gasification gas comprehensive utilization (relocation and transformation) project of Gansu Jingyuan Coal and Electricity Co., Ltd.

34. Xudong Construction Group G6 (G5.5 compatible organic light-emitting diode carrier board project)

35. Qingyang Base Project (Northwest Supercomputing Data Center Cluster), National Digital East West

36. China Mobile (Lanzhou, Gansu) Data Center (Silk Road Northwest Big Data Industrial Park) Phase II Construction Project

37. Qilong Technology Tianshui Intelligent Terminal Manufacturing Industrial Park Project

38. China Telecom Lanzhou New District Big Data Center

39. Tianshui Intelligence

47. Jinchuan Group Company’s nickel refining and pressurization system optimization and upgrading technical transformation

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48. Jingyuan Hongda Mining Co., Ltd. Smelting Slag Comprehensive Utilization Technology Promotion and Industrial Optimization (Phase II) Project

49. Gansu Longdong Regional Medical Center Project

50. Baiyin Central Hospital Relocation Project

51. Lanzhou Second Hospital Third Medical Complex Project

52. Relocation of Jiuquan People Hospital and Infectious Disease Complex Building Construction Project

5. Pingliang Traditional Chinese Medicine Hospital (Integrated Traditional Chinese and Western Medicine Hospital) Construction Project

54. Overall Relocation and Functional Improvement Project of Wuwei Cancer Hospital, Gansu Province

5. Gansu University of Traditional Chinese Medicine Affiliated Hospital Traditional Chinese Medicine Inheritance and Innovation Center Project

56. Lanzhou New District Gannan Experimental Middle School Project

57. Lanzhou University Double First-Class Construction Support Project (Phase II)< /p>

58. Linxia Modern Vocational College Culture and Tourism College Project

59. Jingyuan No. 3 Middle School and Tsinghua Campus Experimental School Project

60. Beijing No. 8 Middle School Lanzhou Branch High School New project

61. Construction project of shantytown reconstruction and education facilities (high school) in Haishiwan South District, Honggu District.

62. Gansu Province Lintao Sports Training Base Phase II Construction Project

63. Tianshui City Rural Revitalization Tourism Infrastructure Project in the North and South Mountainous Areas

64. Diebu County Zagana Ecological Tourism and Healthy Characteristic Town Construction Project

65. Linxia Huayi Brothers Starry Sky Cinema Good Life Complex Project

66. Greenland Global Trade Port Project (Phase I)< /p>

67. Lanzhou Evergrande Cultural Tourism City Phase I and II Project

68. Baiyintangdao Cultural Tourism Ecological City Project

69. Lanzhou New District Green Chemical Industry ( Housing renovation) resettlement housing project

70. Lanzhou New District Chemical Industrial Park cogeneration project

Continuation projects (116)

1. Taoyin water supply The second phase of the backbone project

2. The supporting urban and rural water supply project of the second phase of the Tao diversion project

3. The ecological immigration poverty alleviation and development water supply project in central Gansu

4. Tianshui City Quxi urban and rural water supply project water source and water conveyance tunnel lines

5. Pingliang City Forest and Grass Ecological Poverty Alleviation and Reserve Forest Construction Project in the Yellow River Basin

6. Hongshui River, Suzhou District, Jiuquan City Reservoir Project

7. Gulang County Ecological Immigration and Poverty Alleviation Development Huanghuatan Storage and Water Supply Project

8. Gansu Salt Ring Huang Special Sweet Water Fort Renovation and Water Diversion Project

< p>9. Dong Zhiyuan Water Plant Construction Project

10. Comprehensive Ecological Environment Management Project of the Water System from Anyuangou to Jiajiujie Section of Jiayuguan Taolai River

11. Fujian Shengnong 120 million Feather broiler industry chain project

12. China-Israel (Jiuquan) Green Ecological Industrial Park Construction Project

13. Qingyang Weihe Dairy Co., Ltd. has an annual output of 180,000 tons of functional liquid sheep Dairy product industry chain development project.

14. China High-level Radioactive Waste Geological Disposal Underground Laboratory Construction Project

15. Lanzhou Qilihe Anning Sewage Treatment Plant Renovation and Expansion Project

16. Gansu Industry Waste resource utilization and harmless disposal project

17. Baiyin City Jingle District Environmental Treatment Project

18. Jinta Lighting Environmental Services Co., Ltd. Beihewan Circular Economy Industrial Park Hazardous waste disposal center project

19. New sewage treatment plant project in Yuzhong Ecological Innovation City

20. Xining to Chengdu Railway (Gansu Section)

21. New construction Tianshui to Longnan Railway (including Chenjiagou Coal Mine dedicated line)

22. Newly built Zhongwei to Lanzhou Railway (Gansu Section)

23. Lanzhang 34 Line Zhongchuan Airport to Wuwei Section< /p>

24. Lanzhou to Hehe Railway

25. Jiuquan to Dongfeng Railway Jiuquan to Ejina Upgrading and Renovation Project

26. Lanzhou Zhongchuan International Airport Comprehensive Transportation Hub Loop Railway< /p>

27.G75 Lanzhou-Haikou Expressway Weiyuan-Wudu Section

28. Gansu Tianshuibao (Ningqian Street) via Qingcheng to Yonghe (Qianshan Street).

29.G8513 Pingliang to Mianyang Expressway Pingliang (Huating)-Tianshui Section

30. Pingliang to Mianyang National Expressway (G8513) Wudu to Jiuzhaigou Construction Project

31.S25 Jingning to Tianshui Expressway Zhuanglang to Tianshui Section

32.G312 Line Qingshuiyi to Fujiayao Highway Project

33.G1816 Wuhai to Ma Qinguo Road Line L

47.S10 Shaanxi Fengxian to Hehe Expressway Mawu to Xizhai Section Phase I Project (Baitupo to Xizhai Section)

48.G215 Line Mazong Mountain to Qiaowan Highway Project

49.S104 Line Lanzhou Shenjiapo to Agan Town (Shenjiapo) to Donggang Highway Section

50.S06 Jiuquan plus Guanyu Ring Expressway Project ( Jiayuguan Section)

51. Zhongchuan Airport T3 Terminal Connection Line Project

52. S18 Zhangye-Sunan Highway Zhangye-Lekang Section Project

53 .Lanzhou Rail Transit Line 2 Phase I Project

54. Tianshui Tram Demonstration Line Project (Phase II)

55. Zhangye Danxia Rail Transit Project

< p>56. Lanzhou Zhongchuan International Airport Phase III Expansion Project

57. Gansu (Tianshui) Land Port Infrastructure Construction Project

58. New Loans Lanzhou New District opens a new hub to the west Multimodal transport demonstration project.

59. Zhangye Logistics Industrial Park Construction Project

60. Jinchang Jiangnan Agricultural Products Processing Cold Chain Logistics Park Project

61. CNNC Gansu Nuclear Technology Industrial Park Construction projects

60. Jiuhu DC transmission project supporting 900,000 kilowatt wind power project

3. 2020 1.0804 million kilowatt affordable photovoltaic power generation project

64. Yumen Kai Shanda Ming Solar Thermal and Photovoltaic Power Concentrator Material Production Line and Deep Processing Project

65. Huajialing West Wind Farm Construction Project in Anding District

66. Tongwei Wind Power Base Jianggang Mountain, Sizichuan Wind Farm Construction Project

60. Gansu CSP Aksai 50,000-kilowatt trough solar thermal power generation project

68. Longxi County Panlongshan 200,000-kilowatt wind farm Construction Project

69. Central Gansu 330kV power grid optimization and Zhonglan Electrified Railway Power Supply Group project.

70. Thorium-based molten salt reactor nuclear energy system experimental reactor, experimental platform and supporting projects

71. Jiayuguan Comprehensive Free Zone Construction Project

72. Zhangye Intelligence Manufacturing Industrial Park Project

73. Pingliang Intelligent Terminal Optoelectronic Industrial Park Project

74. Baofang 100,000-ton Ultra-High Power Graphite Electrode Project

75.CRRC Lanzhou Locomotive Co., Ltd.'s overall relocation and process level improvement construction project

76. Polysaccharide protein conjugate vaccine new production workshop project

77. Lanzhou New District Big Data Industrial Park Phase II project

70. Gansu Detongguo Titanium Metal Co., Ltd. 30kt/a rotor grade titanium sponge technology upgrading project

79. Lanzhou Lenovo Technology City Project

80. Lanzhou New District Professional Special Chemical Industrial Park Incubation Base Project (Area B)

81. Gansu Defu New Materials Co., Ltd. 20,000 tons/year high-grade electrolytic copper foil construction project

82. Jinchuan Group Co., Ltd. The company's nickel pyrometallurgical system integrated innovation and transformation project

83. Zhangye cloud computing big data center construction project

84. Gansu Isotope Laboratory Phase I Project

85. Comprehensive medical project for women and children in Gansu Province

86. Off-site construction project of Lanzhou Maternal and Child Health Hospital

87. The first Yuzhong County People's Hospital relocation project to a new location.

88. Northwest Regional Traditional Chinese Medicine Medical Center of Gansu Provincial Hospital of Traditional Chinese Medicine

89. Tianshui Vocational Education Park Construction Project

90. Gansu Mingde Vocational Education College Project< /p>

91. Linxia Vocational and Technical School (Linxia Technical School)

92. Lanzhou University Double First-Class Construction Support Project (Phase I)

93. Northwest Normal University Comprehensive Experiment Training center and student apartment construction project

94. Lanzhou Olympic Sports Center project

95. Lanzhou Zoo relocation and construction project

96. Pingliang Sports Park construction project

97. Qilihe Stadium Construction Project

98. One Museum and Two Center Projects in Jiayuguan City

99. Gansu Slip Museum Project

10. Readers’ impressions of boutique neighborhood projects