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Germany
40.5
GW
205
MT
Coal plants in
Germany
Additional profit over 30 years
616.5
Bn. $
% Profitable
100
%
Annual CO2 emissions saved
205
MT / year
Total W-S-B investment need
106.3
Bn. $
Investment Potential
31
n.a.
%
of this country’s annual energy-related CO2 emissions could be eliminated by SwitchCoal.
Investment breakdown
106.3
Bn. $
Initial Investment for Conversion to Wind and Solar Power Plant
616.5
Bn. $
Additional profit from switch over 30 years (Source: IEA World Energy Outlook 2022)
Solar
24,082
M. $
Wind
77,817
M. $
Battery
4,394
M. $
Production costs
13.5
ct/kWh
Mean OPEX of the coal plants within this country (Source: IEA World Energy Outlook 2022)
4.4
ct/kWh
Production cost of renewable energy
Dive deeper into the data
0
Regions
0
Power plants
Sort by
CO2 emissions saved (high-low)
CO2 emissions saved (low-high)
Total W-S-B inv. need (high-low)
Total W-S-B inv. need (low-high)
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Region
CO2 emissions saved
Total W-S-B inv. need
% Profitable plants
North Rhine-Westphalia
CO2 emissions saved
76.4
MT/y
Total W-S-B inv. need
37.2
Bn. $
% Profitable plants
100
%
Baden-Wuerttemberg
CO2 emissions saved
27.8
MT/y
Total W-S-B inv. need
17.4
Bn. $
% Profitable plants
100
%
Brandenburg
CO2 emissions saved
25.4
MT/y
Total W-S-B inv. need
12.2
Bn. $
% Profitable plants
100
%
Saxony
CO2 emissions saved
23.3
MT/y
Total W-S-B inv. need
11.0
Bn. $
% Profitable plants
100
%
Lower Saxony
CO2 emissions saved
14.3
MT/y
Total W-S-B inv. need
7.5
Bn. $
% Profitable plants
100
%
Saarland
CO2 emissions saved
10.6
MT/y
Total W-S-B inv. need
6.2
Bn. $
% Profitable plants
100
%
Saxony-Anhalt
CO2 emissions saved
5.2
MT/y
Total W-S-B inv. need
2.5
Bn. $
% Profitable plants
100
%
Hessen
CO2 emissions saved
4.7
MT/y
Total W-S-B inv. need
2.8
Bn. $
% Profitable plants
100
%
Bayern
CO2 emissions saved
4.3
MT/y
Total W-S-B inv. need
2.8
Bn. $
% Profitable plants
100
%
Berlin
CO2 emissions saved
3.8
MT/y
Total W-S-B inv. need
2.1
Bn. $
% Profitable plants
100
%
Bremen
CO2 emissions saved
2.8
MT/y
Total W-S-B inv. need
1.4
Bn. $
% Profitable plants
100
%
Mecklenburg-Vorpommern
CO2 emissions saved
2.6
MT/y
Total W-S-B inv. need
1.4
Bn. $
% Profitable plants
100
%
Schleswig-Holstein
CO2 emissions saved
2.3
MT/y
Total W-S-B inv. need
1.1
Bn. $
% Profitable plants
100
%
Hamburg
CO2 emissions saved
1.2
MT/y
Total W-S-B inv. need
0.6
Bn. $
% Profitable plants
100
%
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Sort by
CO2 emissions (high-low)
CO2 emissions (low-high)
Investment need (high-low)
Investment need (low-high)
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Plant
CO2 emissions
Investment need
Profitable?
Neurath power station
CO2 emissions
18.6
MT/y
Investment need
8.5
Bn. $
Profitable?
Yes
No
Janschwalde power station
CO2 emissions
17.4
MT/y
Investment need
8.5
Bn. $
Profitable?
Yes
No
Niederaussem power station
CO2 emissions
15.5
MT/y
Investment need
7.1
Bn. $
Profitable?
Yes
No
Boxberg power station
CO2 emissions
12.9
MT/y
Investment need
5.9
Bn. $
Profitable?
Yes
No
GKM (Mannheim) power station
CO2 emissions
9.7
MT/y
Investment need
6.0
Bn. $
Profitable?
Yes
No
Lippendorf power station
CO2 emissions
9.4
MT/y
Investment need
4.6
Bn. $
Profitable?
Yes
No
Weisweiler power station
CO2 emissions
8.8
MT/y
Investment need
3.9
Bn. $
Profitable?
Yes
No
Schwarze Pumpe power station
CO2 emissions
8.0
MT/y
Investment need
3.7
Bn. $
Profitable?
Yes
No
RDK (Karlsruhe) power station
CO2 emissions
6.3
MT/y
Investment need
4.0
Bn. $
Profitable?
Yes
No
Heilbronn power station
CO2 emissions
5.5
MT/y
Investment need
3.4
Bn. $
Profitable?
Yes
No
Schkopau power station
CO2 emissions
5.0
MT/y
Investment need
2.4
Bn. $
Profitable?
Yes
No
Heyden power station
CO2 emissions
4.7
MT/y
Investment need
2.5
Bn. $
Profitable?
Yes
No
Altbach power station
CO2 emissions
4.2
MT/y
Investment need
2.6
Bn. $
Profitable?
Yes
No
Datteln power station
CO2 emissions
4.2
MT/y
Investment need
2.3
Bn. $
Profitable?
Yes
No
Scholven power station
CO2 emissions
4.0
MT/y
Investment need
2.2
Bn. $
Profitable?
Yes
No
Bergkamen power station
CO2 emissions
3.9
MT/y
Investment need
2.2
Bn. $
Profitable?
Yes
No
Bexbach-C power station
CO2 emissions
3.9
MT/y
Investment need
2.3
Bn. $
Profitable?
Yes
No
Mehrum power station
CO2 emissions
3.8
MT/y
Investment need
2.1
Bn. $
Profitable?
Yes
No
Frimmersdorf power station
CO2 emissions
3.7
MT/y
Investment need
1.7
Bn. $
Profitable?
Yes
No
Weiher power station
CO2 emissions
3.6
MT/y
Investment need
2.1
Bn. $
Profitable?
Yes
No
Berlin-Reuter-West power station
CO2 emissions
3.2
MT/y
Investment need
1.8
Bn. $
Profitable?
Yes
No
Wilhelmshaven Engie power station
CO2 emissions
3.2
MT/y
Investment need
1.7
Bn. $
Profitable?
Yes
No
Luenen-Stummhafen power station
CO2 emissions
3.1
MT/y
Investment need
1.7
Bn. $
Profitable?
Yes
No
Duisburg-Walsum power station
CO2 emissions
3.0
MT/y
Investment need
1.6
Bn. $
Profitable?
Yes
No
Völklingen-Fenne power station
CO2 emissions
2.8
MT/y
Investment need
1.6
Bn. $
Profitable?
Yes
No
Staudinger power station
CO2 emissions
2.7
MT/y
Investment need
1.6
Bn. $
Profitable?
Yes
No
Rostock power station
CO2 emissions
2.6
MT/y
Investment need
1.4
Bn. $
Profitable?
Yes
No
Buschhaus power station
CO2 emissions
2.4
MT/y
Investment need
1.1
Bn. $
Profitable?
Yes
No
Herne power station
CO2 emissions
2.4
MT/y
Investment need
1.3
Bn. $
Profitable?
Yes
No
Zolling power station
CO2 emissions
2.3
MT/y
Investment need
1.5
Bn. $
Profitable?
Yes
No
Bremen-Farge power station
CO2 emissions
2.0
MT/y
Investment need
1.0
Bn. $
Profitable?
Yes
No
München Nord power station
CO2 emissions
2.0
MT/y
Investment need
1.3
Bn. $
Profitable?
Yes
No
GKH Hannover power station
CO2 emissions
1.8
MT/y
Investment need
1.0
Bn. $
Profitable?
Yes
No
Wolfsburg West power station
CO2 emissions
1.8
MT/y
Investment need
1.0
Bn. $
Profitable?
Yes
No
Wedel power station
CO2 emissions
1.7
MT/y
Investment need
0.9
Bn. $
Profitable?
Yes
No
Walheim power station
CO2 emissions
1.5
MT/y
Investment need
0.9
Bn. $
Profitable?
Yes
No
Tiefstack power station
CO2 emissions
1.2
MT/y
Investment need
0.6
Bn. $
Profitable?
Yes
No
Chemnitz Nord power station
CO2 emissions
1.0
MT/y
Investment need
0.5
Bn. $
Profitable?
Yes
No
Merkenich (Nord) power station
CO2 emissions
0.9
MT/y
Investment need
0.4
Bn. $
Profitable?
Yes
No
Chemiepark Marl power station
CO2 emissions
0.8
MT/y
Investment need
0.4
Bn. $
Profitable?
Yes
No
Hastedt power station
CO2 emissions
0.8
MT/y
Investment need
0.4
Bn. $
Profitable?
Yes
No
Mainova West power station
CO2 emissions
0.8
MT/y
Investment need
0.5
Bn. $
Profitable?
Yes
No
Wolfsburg North power station
CO2 emissions
0.8
MT/y
Investment need
0.4
Bn. $
Profitable?
Yes
No
Chempark Leverkusen power station
CO2 emissions
0.7
MT/y
Investment need
0.3
Bn. $
Profitable?
Yes
No
Krefeld-Uerdingen power station
CO2 emissions
0.7
MT/y
Investment need
0.3
Bn. $
Profitable?
Yes
No
Berlin-Moabit power station
CO2 emissions
0.6
MT/y
Investment need
0.3
Bn. $
Profitable?
Yes
No
Flensburg power station
CO2 emissions
0.6
MT/y
Investment need
0.3
Bn. $
Profitable?
Yes
No
Stuttgart-Muenster power station
CO2 emissions
0.6
MT/y
Investment need
0.4
Bn. $
Profitable?
Yes
No
Braunschweig Mitte power station
CO2 emissions
0.5
MT/y
Investment need
0.3
Bn. $
Profitable?
Yes
No
Buer power station
CO2 emissions
0.5
MT/y
Investment need
0.2
Bn. $
Profitable?
Yes
No
Goldenberg power station
CO2 emissions
0.5
MT/y
Investment need
0.2
Bn. $
Profitable?
Yes
No
Hkw Offenbach power station
CO2 emissions
0.4
MT/y
Investment need
0.2
Bn. $
Profitable?
Yes
No
Huerth Ville - Berrenrath power station
CO2 emissions
0.4
MT/y
Investment need
0.2
Bn. $
Profitable?
Yes
No
Frankfurt Oder power station
CO2 emissions
0.3
MT/y
Investment need
0.1
Bn. $
Profitable?
Yes
No
Offenbach power station
CO2 emissions
0.3
MT/y
Investment need
0.2
Bn. $
Profitable?
Yes
No
Romerbrucke power station
CO2 emissions
0.3
MT/y
Investment need
0.2
Bn. $
Profitable?
Yes
No
Kassel Kombi power station
CO2 emissions
0.2
MT/y
Investment need
0.1
Bn. $
Profitable?
Yes
No
Waehlitz power station
CO2 emissions
0.2
MT/y
Investment need
0.1
Bn. $
Profitable?
Yes
No
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Zimbabwe
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United Kingdom
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Sri Lanka
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China
Chile
Cambodia
Canada
Bulgaria
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Botswana
Australia
Argentina
Bangladesh
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Mon
Miyagi
Montana
Missouri
Minnesota
Mississippi
Michigan
Midtjylland
Miaoli
Mecklenburg-Vorpommern
Mazowieckie
Matabeleland North
Maranhão
Manisa
Maryland
Maluku
Małopolskie
Madhya Pradesh
Mallorca
Maharashtra
Lviv
Lubuskie
Luhansk
Lubelskie
Louisiana
Lower Saxony
Loire-Atlantique
Ljubljana
Lodzkie
Limpopo
Lang Son
Liaoning
Lampung
Kyustendil
Lampang
Lam Dong
Kyūshū
Kyiv
KwaZulu-Natal
Kujawsko-Pomorskie
Kütahya
Královéhradecký
Krasnoyarsk
Kostanay
Konya
Košice
Kosovo
Kogi
Kirov
Kocaeli
Kicevo
Khulna
Kharkiv
Khomas
Khorasan
Khanh Hoa
Khakassia
Khabarovsk
Kentucky
Kemerovo
Kayin
Karnataka
Karlovarský
Karaganda
Kaohsiung
Kantō
Kansas
Kanchanaburi
Kansai
Johor
Kahramanmaraş
Kaliningrad
Jilin
Jihomoravský
Jiangxi
Jiangsu
Jharkhand
Jambi
İzmir
Ivano-Frankivsk
Istra
Irkutsk
Iowa
Indiana
Inner Mongolia
Incheon
Illinois
Ilocos
Hunan
Iaşi
Hubei
Hunedoara
Hualien
Hong Kong
Hokkaido
Hessen
Heilongjiang
Henan
Hamburg
Hau Giang
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