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Added value of hydro energy operation and maintenance industry China 2017-2050
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Added value of hydro energy operation and maintenance industry China 2017-2050
Added value of hydro power operation and maintenance industry forecast in China from 2017 to 2050 (in billion yuan)
by Statista Research Department,
last edited
Mar 6, 2019
This graph displays the value added of hydro energy operation and maintenance industry in China in 2017 and a forecast up to 2050. By 2050, the value added of the hydropower operation and maintenance industry sector was forecasted to amount to around 31.5 billion yuan.
Added value of hydro power operation and maintenance industry forecast in China from 2017 to 2050 (in billion yuan)
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by Statista Research Department,
last edited
Mar 6, 2019
This graph displays the value added of hydro energy operation and maintenance industry in China in 2017 and a forecast up to 2050. By 2050, the value added of the hydropower operation and maintenance industry sector was forecasted to amount to around 31.5 billion yuan.
- Show sources information
- As a Premium user you get access to the detailed source references and background information about this statistic.
- Show publisher information
- Release date
- March 2019
- Region
- China
- Survey time period
- 2017
- Supplementary notes
-
Note: 1 yuan equals approximately 0.15 U.S. dollars and 0.13 euros (as of March 2019).
The forecast was based on a below two degree Celsius scenario with the following boundaries and assumptions:
Scenario boundaries
The boundaries for the long‐term energy and economic development are constraints to the deployment of various energy technologies:
Renewable energy resources are constrained at provincial level, and wind and solar are divided into categories of costs, type and quality.
Hydro power plants are limited to deployment of 532 GW, based on existing capacity and environmentally sustainable build out opportunities.
Nuclear capacity is limited to 120 GW along coastal regions.
CCS is nottaken into account as a technology option, since no clear data on technology costs and performance is available.
Scenario assumptions
The scenarios are based on the following main assumptions:
Both scenarios assume full and vigorous implementation of the current and stated policies for the energy sector as expressed in the 13th Five‐Year Plan and the 19th Party Congress. This includes a power market reform and a national CO2 emission trading scheme.
Economic development objectives must increase GDP by a factor of 4 in real terms, from RMB 82 trillion in 2017 to RMB 324 trillion by 2050.
Both scenarios actively support the new economic development by creating markets for strategic emerging industries like electric vehicles, data centres and IT services with high consumption of electricity and clean energy technologies. Population is expected to be on today’s level at 1.38 billion in 2050.
The short‐term goals in the 13th Five‐Year Plan on energy will be fulfilled in 2020, as well as the targets in the Three‐Year Action Blue Sky Protection Plan, the 13th FYP for Environment Protection and the North China Clean heating plan. Energy efficiency vigorously reduces final energy consumption, e.g. in the Below 2 °C scenario is thereby 56% of a no improvement situation by 2050 and slightly higher in the Stated Policies scenario.
Strong electrification of the final energy consumption, aiming at around 60% electricity in the end‐use sectors.
Focus on security of supply including strong efforts in reducing dependency of imported oil and natural gas.
China achieves the goal of 10% of natural gas in total primary energy consumption by 2020 and in the Stated Policies scenario, natural gas consumption will increase to 15%. The Below 2 °C scenario does not require the share to increase after 2020.
The 50% non‐fossil electricity generation target of the Energy Consumption Revolution strategy is attained, and in practice exceeded in the scenarios.
The Stated Policies scenario has the carbon intensity reduction target of 40‐45% by 2020 and 60‐65% by 2030, though this is not binding. CO2 prices in the in the power sector rise linearly from RMB 50/tonne in 2020 to RMB 100/tonne in 2040.
The Below 2°C scenario, the accumulated energy sector emissions from 2017‐2050 is kept below 230 billion tons. This is based on several different simulations from the IPCC AR5 database with a greater than 66% chance of staying Below 2°C.
Technology costs are assumed to have declining installation and operational costs per MW as well as quality improvements of RE technologies. Grid parity is achieved for most wind and solar installations in the 2020s on LCOE basis, and most mainstream RE is significantly less costly than fossil generation by 2050. Coal and natural gas prices follow the indexed development of the IEA World Energy Outlook 2017 New Policies scenario in the Stated Policies scenario, and the IEA’s Sustainable Development scenario in the Below 2 °C.
Coal is constrained to 1 billion tons by 2050
Source
- Show sources information
- As a Premium user you get access to the detailed source references and background information about this statistic.
- Show publisher information
- Release date
- March 2019
More information
- Region
- China
- Survey time period
- 2017
- Supplementary notes
-
Note: 1 yuan equals approximately 0.15 U.S. dollars and 0.13 euros (as of March 2019).
The forecast was based on a below two degree Celsius scenario with the following boundaries and assumptions:
Scenario boundaries
The boundaries for the long‐term energy and economic development are constraints to the deployment of various energy technologies:
Renewable energy resources are constrained at provincial level, and wind and solar are divided into categories of costs, type and quality.
Hydro power plants are limited to deployment of 532 GW, based on existing capacity and environmentally sustainable build out opportunities.
Nuclear capacity is limited to 120 GW along coastal regions.
CCS is nottaken into account as a technology option, since no clear data on technology costs and performance is available.
Scenario assumptions
The scenarios are based on the following main assumptions:
Both scenarios assume full and vigorous implementation of the current and stated policies for the energy sector as expressed in the 13th Five‐Year Plan and the 19th Party Congress. This includes a power market reform and a national CO2 emission trading scheme.
Economic development objectives must increase GDP by a factor of 4 in real terms, from RMB 82 trillion in 2017 to RMB 324 trillion by 2050.
Both scenarios actively support the new economic development by creating markets for strategic emerging industries like electric vehicles, data centres and IT services with high consumption of electricity and clean energy technologies. Population is expected to be on today’s level at 1.38 billion in 2050.
The short‐term goals in the 13th Five‐Year Plan on energy will be fulfilled in 2020, as well as the targets in the Three‐Year Action Blue Sky Protection Plan, the 13th FYP for Environment Protection and the North China Clean heating plan. Energy efficiency vigorously reduces final energy consumption, e.g. in the Below 2 °C scenario is thereby 56% of a no improvement situation by 2050 and slightly higher in the Stated Policies scenario.
Strong electrification of the final energy consumption, aiming at around 60% electricity in the end‐use sectors.
Focus on security of supply including strong efforts in reducing dependency of imported oil and natural gas.
China achieves the goal of 10% of natural gas in total primary energy consumption by 2020 and in the Stated Policies scenario, natural gas consumption will increase to 15%. The Below 2 °C scenario does not require the share to increase after 2020.
The 50% non‐fossil electricity generation target of the Energy Consumption Revolution strategy is attained, and in practice exceeded in the scenarios.
The Stated Policies scenario has the carbon intensity reduction target of 40‐45% by 2020 and 60‐65% by 2030, though this is not binding. CO2 prices in the in the power sector rise linearly from RMB 50/tonne in 2020 to RMB 100/tonne in 2040.
The Below 2°C scenario, the accumulated energy sector emissions from 2017‐2050 is kept below 230 billion tons. This is based on several different simulations from the IPCC AR5 database with a greater than 66% chance of staying Below 2°C.
Technology costs are assumed to have declining installation and operational costs per MW as well as quality improvements of RE technologies. Grid parity is achieved for most wind and solar installations in the 2020s on LCOE basis, and most mainstream RE is significantly less costly than fossil generation by 2050. Coal and natural gas prices follow the indexed development of the IEA World Energy Outlook 2017 New Policies scenario in the Stated Policies scenario, and the IEA’s Sustainable Development scenario in the Below 2 °C.
Coal is constrained to 1 billion tons by 2050
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Statistics on "Renewable energy in China"
- Growing demand of energy in China
The most important statistics
- Total population of China from 2001 to 2024 (in millions)Total population of China 2001-2024
- Share of energy production in China in 2017, by sourceShare of energy production in China in 2017, by source
- Coal consumption in China 1998 to 2018 (in million metric tons oil equivalent)China - coal consumption in oil equivalent 1998-2018
- Energy requirements in China between 1990 and 2040 (in quadrillion BTU)Energy requirements in China 2040
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- Accumulated installed capacity of offshore wind power in China from 2014 to September 2018 (in gigawatts)Accumulated installed offshore wind power capacity in China 2014-2018
- Status quo for hydro power
The most important statistics
- Share of hydroelectric power in total installed output in China in 2010 2015 and 2020Share of hydroelectric power in total installed output in China by 2020
- Cumulative installed hydropower capacity in China in 2010 with projections through 2020 (in gigawatts)Cumulative installed hydropower capacity in China through 2020
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- Capacity of newly installed renewable energy power generators in China in 2017, by source (in gigawatts)Newly installed clean energy generator capacity in China 2017, by source
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Further Content: Statistics, Studies, and Topic Pages
Statistics
- Added value of hydro energy generation industry forecast in China 2017-2050
- Added value of hydro energy manufacturing industry forecast in China 2017-2050
- Added value of hydro energy construction industry forecast in China 2017-2050
- Forecasted employment scale of hydro energy industry in China 2020-2050
- U.S. hydropower facilities by operating mode 2015
- U.S. pumped storage hydropower cumulative capacity by major state 2016
- U.S. electricity - generation of conventional hydropower 2010-2040
- Global hydropower plants under construction by expected capacity 2015
- Number of hydropower dams in the U.S. by additional purpose 2014
- U.S. electricity - capacity of conventional hydropower
- Public and private U.S. hydropower plants by ownership 2014
- Ontario's hydropower energy supply 2008-2014
- Public and private U.S. hydropower plant capacity by ownership 2014
- Share of hydropower: U.S. energy generation by major state 2014-2016
- U.S. hydroelectric power industry - revenue 2007-2017
- Hydropower - global production 2017
- Share of hydro and wind power in total energy consumption in Finland 2007-2017
- Global installed pumped storage hydropower capacity by region 2018
- U.S. employment in hydropower operations by occupation 2013
Studies
- Renewable energy in China
- 2017 Hydropower Market Report
- World Small Hydropower Development Report 2016
- Renewable Energy in Europe
- World Small Hydropower Development Report 2013
- Renewable energy in the United Kingdom (UK)
- Renewable energy in Germany
- Renewable energy in Turkey
- 2017 Renewable Energy Data Book
- 2016 Renewable Energy Data Book
- 2014 Renewable Energy Data Book
- 2015 Renewable Energy Data Book
- IRENA - Renewable Power Generation Costs in 2018
- IRENA - Renewable Power Generation Costs in 2017
- WEC - World Energy Resources 2016
Statistics on "Renewable energy in China"
- Total population of China from 2001 to 2024 (in millions)
- Share of energy production in China in 2017, by source
- Coal consumption in China 1998 to 2018 (in million metric tons oil equivalent)
- Energy requirements in China between 1990 and 2040 (in quadrillion BTU)
- Largest producers of territorial fossil fuel CO2 emissions worldwide in 2017, based on their share of global CO2 emissions
- Teritorial carbon dioxide emissions in China from 2001 to 2017 (in megatonne CO2)
- Number of environmental incidents in China in 2017, by region*
- Accumulated installed capacity of distributed photovoltaic systems in China from 2014 to September 2018 (in gigawatts)
- Capacity of newly installed distributed photovoltaic systems in China from 2014 to September 2018 (in gigawatts)
- Annual power generation from solar power in China from 2013 to 2018 (in terawatt hours)
- Accumulated installed capacity of wind power in China from 2014 to September 2018 (in gigawatts)
- Accumulated installed capacity of offshore wind power in China from 2014 to September 2018 (in gigawatts)
- Share of hydroelectric power in total installed output in China in 2010 2015 and 2020
- Cumulative installed hydropower capacity in China in 2010 with projections through 2020 (in gigawatts)
- Consumption of renewable energy in China from 2002 to 2017 (in million metric tons of oil equivalent)
- Capacity of green energy power in China from 2008 to 2018 (in gigawatts)
- Capacity of newly installed renewable energy power generators in China in 2017, by source (in gigawatts)
- Renewables as a share of final energy consumption worldwide in 2017 and 2023, by select region
- Added value of hydro power production sector forecast in China 2017-2050 (in billion yuan)
- Added value of hydro power manufacture industry forecast in China from 2017 to 2050 (in billion yuan)
- Added value of hydro power construction sector forecast in China from 2017 to 2050 (in billion yuan)
- Number of jobs forecasted per year in hydropower sector in China 2020, 2030, 2040 and 2050 (in millions)
- Distribution of hydropower facilities in the United States in 2015, by operating mode
- Cumulative capacity of pumped storage hydropower plants in the United States in 2016, by select state (in megawatts)
- Projected generation of conventional hydropower in the U.S. from 2010 to 2040 (in billion kilowatt hours)*
- Hydropower plants under construction globally as of 2015, by expected capacity (in megawatts)
- Number of hydropower plants with dams in the U.S. in 2014, by additional purpose
- Net summer capacity of conventional hydropower in the U.S. electric power sector* from 2009 with projections to 2035 (in gigawatts)
- Number of public and private hydropower plants in the U.S. in 2014, by owner
- Energy generation from hydropower in Ontario from 2008 to 2014 (in terawatt hours)
- Capacity of public and private hydropower plants in the U.S. in 2014, by owner (in megawatts)
- Average hydropower share of in-state energy generation in the United States between 2014 and 2016, by leading state
- Revenue of the hydroelectric power industry in the United States from 2007 to 2017 (in million U.S. dollars)
- Hydroelectric production worldwide in 2017, by region (in gigawatt hours)
- Share of hydro and wing power of total energy consumption in Finland from 2007 to 2017
- Installed pumped storage hydropower capacity worldwide in 2018, by region (in megawatts)
- Number of employees in hydropower operations and maintenance in the United States in 2013, by occupation
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