International energy cooperation of Inner Mongolia … 2-4...Thermal 41700 63.3 Hydro 1860 2.8 Wind...
Transcript of International energy cooperation of Inner Mongolia … 2-4...Thermal 41700 63.3 Hydro 1860 2.8 Wind...
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International energy cooperation of Inner Mongolia power company
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CONTENTS
Part1 introduction of Inner Mongolia grid
Part2International energy cooperation
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CONTENTS
Part1 Inner Mongolia grid
1.1
1.2
Clean energy(wind and solar)1.3
Structure of the grid
Structure of the power source
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CONTENTS
Structure of the grid1.1
Part1 Inner Mongolia grid
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Inner Mongolia power company(IMPC) is a special large-
sized state-owned enterprise, operating the central and western
grid of China's Inner Mongolia Autonomous Region(usually call west Inner Mongolia grid).The
power supply area covers 720,000 square kilometers. Inner Mongolia
power company at No. 252 of Fortune China 500.
In 2017, IMPC completed 167.887 billion kilowatt
hours of electricity sold, up 14.63 percent year-on-year
1.1 Structure of the grid—power supply area
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Ø500kV Substations:26 Capacity : 51000MVA
Ø 220kV Substations: 139 Capacity : 52929MVA
Ø 500kV Power lines:6280km
Ø 220kV Power lines:20043km
1.1 Structure of the grid—scale (By the end of 2017)
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TO North China Grid
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1.1 Structure of the grid—500kV grid structure (By the end of 2017)
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500kV Grid 2020
WHQ
WZQ DM
XX
AQ
TL
BLG
1
23
4 5
1
2
4
West Inner Mongolia
Ø By 2020, Inner Mongolia
grid will form “4 lengthwise
and 5 transverse “500kV
main grid.
3
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CONTENTS
Part1 Inner Mongolia grid
1.2 Structure of the power source
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火电
火电35181
添加文字
添加文字
Biomass 140 MW
Hydro 1860 MW
Wind&Solar2,2300 MW
Thermal 41700 MW
1.2 Structure of the power source—installed capacity(66,000MW)
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70%
9%
3%
63%
25%
Solar Power
Hydro and other
Thermal power
Wind power
1.2 Structure of the power source—Proportion
Capacity(MW) (%)
Total 66000 Thermal 41700 63.3 Hydro 1860 2.8 Wind 16500 25.0 Solar 5800 8.7 Biomass 140 0.2
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CONTENTS
2.1 current situation
2.2 The research of grids interconnection
Part2 International energy cooperation
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CONTENTS
2.1 current situation
2.2 The research of grids interconnection
Part2 International energy cooperation
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2.1 current situation Power transmission project to Mongolia(by the end of 2017)
Area Xilin Gol Bayan Nur Alxa Baotou
Border portZhuengada
buqi Erenhot Ganqimaodao(GuoHe) Ceke Mandula
Power line 1 1 2 1 1 1
Voltage class(kV) 35 10 220 10 35 10
GuoHeMandula
Erenhot Ceke port
Zhuengadabuqi
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The project has already supply power to OT mine more than 6 billion kilowatt hours since November 2012.IMPC and relevant Mongolian enterprises have organized several exchanged visits in recent years and the two sides established the strategic cooperative partnership, marking a new stage of development for the corporation . with the deepening of the cooperation, in May and June 2017,IMPC,Mongolia national grid and OT company signed the 4 + 2 years Electricity Purchase Contracts.
2.1 current situation
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CONTENTS
2.1 current situation
2.2 The research of grids interconnection
Part2 International energy cooperation
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Analyze natural
resources of the 3 areas
Estimate cooperation
direction
Provide the near-term and mid-term grids
interconnection plans, envision
the long-term plan
Analyze current grid and grid planning of the 3 areas
Estimate the time of power
systems interconnection
Analyze different ways
of grids interconnection
Select suitable grids
interconnection way
Research idea
Planning year
2.2.1 Introduction
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2020 Near-termSupply power for southern
Mongolia from Inner Mongolia grid
2030 Mid-term
Come up with the grid interconnection plans between China and Mongolia,basing on the connection of Mongolia central grid and southern grid.
2050 Long-termEnvision the long-term power
systems interconnection plan among
China,Russia and Mongolia
2.2.1Introduction
Research idea
Planning year
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2.2.2 Analysis of necessity
Mid-term&Long-term
The southern region of Mongolia is planning to develop several mines and the saynshand development zone. Mongolia power supply capacity is insufficient; its southern grid is weak and remote from Mongolia central grid, unable to meet the needs of the region’s power load. Supply power from Inner Mongolia grid could satisfy the needs of new load in the near future.
(1) Supply power for South Mongolia mining enterprises
The China-Mongolia borderline in Inner Mongolia is 3103 km. In west
Inner Mongolia, there are existing 7 ports open to Mongolia. The
continuing growth of bilateral trade scale will lead considerable
growth of power.
(2) Supply power for port regions
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By strengthening the power grids connection between China and
Mongolia, it will improve the reliability of Mongolia grid.
(3) Improve the reliability of Mongolia grid
Enhance the grids interconnection will promote the Belt and Road
Initiative.
(1)Promote the Belt and Road Initiative
Through the interconnection of the power grids, it will realize
resource complementation and in line with common expectation of
China,Russia and Mongolia.
(2)Realize complementary advantages
2.2.2 Analysis of necessity
Mid-term&Long-term
Near-term
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2.2.3Interconnection plans —Inner Mongolia grid and Mongolia grid
Plan2:Single 500kV power delivery channel
Plan1:Several 220kV power delivery channels Mid-term
Near-term
Long-term
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Grid plan
Plan 1
2.2.3 Interconnection plans —Inner Mongolia grid and Mongolia grid
Mid-term
Near-term
Long-termOT Mine
TT Plant
TT Mine
Mark Mine
Hanji Port
Mandula Port
GuoHe
Yulong
Saynshand1
Saynshand2
200kV power lines
200kV power lines
200kV power lines
YuLong
East Gobi plant
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Plan 2
Grid plan
2.2.3Interconnection plans —Inner Mongolia grid and Mongolia grid
Mid-term
Near-term
Long-termOT Mine
TT Plant
TT Mine
Mark Mine
Saynshand1
Saynshand2
Yulong
East Gobi plant
Hanji Port
Mandula Port
GuoHe
YuLong
WuZhongQi
500kV power lines
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Ø Through detailed demonstration, the two types of grids interconnection meet the demand for power system stability analysis.
Grid plan
2.2.3 Interconnection plans —Inner Mongolia grid and Mongolia grid
Mid-term
Near-term
Long-term
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investment estimation
nPlan 1:Gross investment: 3 billion ¥
nPlan 2: Gross investment: 3.3 billion ¥
Grid plan
2.2.3 Interconnection plans —Inner Mongolia grid and Mongolia grid
Mid-term
Near-term
Long-term
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Plan2Plan1
Three types of power system interconnection
Ø AC synchronous interconnection: form a larger synchronous
grid.
Ø DC asynchronous interconnection: form an asynchronous grid,
including grids with different frequency.
Ø synchronized AC/ DC hybrid system: form a smart
synchronous grid which takes advantages of the high flexibility
of DC power system.
Grid plan
2.2.3 Interconnection plans —Inner Mongolia grid and Mongolia grid
Mid-term
Near-term
Long-term
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Case 1
360km 360km240km400km
Plan2Plan1Grid plan
2.2.3 Interconnection plans —Inner Mongolia grid and Mongolia grid
Mid-term
Long-term
Mid-term
Long-term
Near-term
Case 2
Mongolia main grid
Mongolia south grid
Inner Mongolia grid
Mongolia main grid
Mongolia south grid
Inner Mongolia grid
Plan1Grid plan Plan2Plan1Grid plan Plan2Plan1Grid plan Plan2Plan1Grid plan
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Case3
420km
2.2.3Interconnection plans —Inner Mongolia grid and Mongolia grid
Grid plan
Mid-term
Long-term
Near-term
Mid-term
Long-termMongolia
main grid
Mongolia south grid
Inner Mongolia grid
Plan2Plan1
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Plan2Plan1Grid plan
Long-term
2.2.3 Interconnection plans —Inner Mongolia grid and Mongolia grid
Mid-term
Long-term
Near-termAC/ DC hybrid system
BTB converter
station
Mongolia main grid
Mongolia south grid
Inner Mongolia grid
Case1
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Case2 Case3
360km240km400km 360km
Plan2Plan1Grid plan
2.2.3Interconnection plans —Inner Mongolia grid and Mongolia grid
Mid-term
Long-term
Near-termMongolia main
grid
Mongolia south grid
Inner Mongolia grid
Mongolia main grid
Mongolia south grid
Inner Mongolia grid
BTB converter
station
BTB converter
station
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The future orientation of Inner Mongolia grid:power distribution center among China, Russia, Mongolia,Power delivery hub of China, Russia, Mongolia
2.2.4 Interconnection plans —long-term
Mid-term
Long-term
Near-term
China’s power
consumption
center
Russia’s
hydro power
Mongolia’s
thermal power
Inner
Mongolia’s
new energy
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Ø Policy:Each country has its own policy and law, how to coordinate
with each other is a big challenge.
Ø Security:How to keep security and stability after the interconnection
and the problems of operation and dispatching need to be further
studied.
Ø Economy:Grids interconnection is a huge project,how to ensure
investment economy and achieve mutual benefits need our joint
effort.
Question and Challenge
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Strong Grid
Excellent Service
Lean Manage-ment
Splendid Culture
Scientific Manage-
ment
Thank you!