Sheet B Rules - Use the box on the right to keep track of energy production. - You can build up to four power plants each year. - The power plants have a cost that you pay once. - Running the power plants requires fuel. - You must buy new fuel each year. - The plant cannot produce more energy than its capacity. Example plant
Cost: $80 million Fossil fuel Capacity: 2 GWh
Hints - The cost of fuels changes every year. - Power plants need to be replaced after 35 years. - Build multiple plants to increase your capacity.
1970
Paste a power plant here
Paste a power plant here
$ received: Energy demand: $ spent on: New power plants: Fossil fuel: Nuclear fuel:
Paste a power plant here
Paste a power plant here
Renewables: Total $ spent: Energy produced:
1980 $ received: $ from last year: Paste a power plant here
Paste a power plant here
$ total: Energy demand: $ spent on: New power plants: Fossil fuel: Nuclear fuel:
Paste a power plant here
Paste a power plant here
Renewables: Total $ spent: Energy produced:
1990 $ received: $ from last year: Paste a power plant here
Paste a power plant here
$ total: Energy demand: $ spent on: New power plants: Fossil fuel: Nuclear fuel:
Paste a power plant here
Paste a power plant here
Renewables: Total $ spent: Energy produced:
2010 $ received: $ from last year: Paste a power plant here
Paste a power plant here
$ total: Energy demand: $ spent on: New power plants: Fossil fuel: Nuclear fuel:
Paste a power plant here
Paste a power plant here
Renewables: Total $ spent: Energy produced:
2030 $ received: $ from last year: Paste a power plant here
Paste a power plant here
$ total: Energy demand: $ spent on: New power plants: Fossil fuel: Nuclear fuel:
Paste a power plant here
Paste a power plant here
Renewables: Total $ spent: Energy produced:
Sheet C
-
1970 power plants 1970
Coal plant
Cost: $45 million Fossil fuel Capacity: 1 GWh
Cost: $45 million Fossil fuel Capacity: 1 GWh
Sheet D
-
Coal plant
Cost: $45 million Fossil fuel Capacity: 1 GWh
Coal plant
Nuclear plant
1970
Cost: $180 million Nuclear fuel Capacity: 4 GWh 1970
Cost: $45 million Fossil fuel Capacity: 1 GWh
Windfarm
1970
Cost: $30 million Renewable Capacity: 0.2 GWh
1980 power plants 1980
Cost: $45 million Fossil fuel Capacity: 1 GWh Coal plant
1970
Cost: $45 million Fossil fuel Capacity: 1 GWh 1970
Coal plant
Coal plant
Nuclear plant
1980
Cost: $150 million Nuclear fuel Capacity: 2 GWh 1980
Coal plant
Cost: $45 million Fossil fuel Capacity: 1 GWh
1980
Nuclear plant
1980
Cost: $200 million Nuclear fuel Capacity: 5 GWh Windfarm
1980
Cost: $70 million Renewable Capacity: 0.5 GWh
Sheet E
-
1990 power plants 1990
Coal plant
Cost: $45 million Fossil fuel Capacity: 1 GWh
Cost: $45 million Fossil fuel Capacity: 1 GWh
Sheet F
-
Shale gas plant
Cost: $45 million Fossil fuel Capacity: 1 GWh
Solar plant
1990
Cost: $150 million Renewable Capacity: 1 GWh
Nuclear plant
1990
Cost: $250 million Nuclear fuel Capacity: 6 GWh Windfarm
1990
Cost: $35 million Renewable Capacity: 0.5 GWh
2010 power plants 2010
Cost: $30 million Fossil fuel Capacity: 1 GWh Coal plant
1990
Cost: $100 million Nuclear fuel Capacity: 2 GWh 1990
Coal plant
Nuclear plant
Shale gas plant
2010
Solar plant
Cost: $75 million Renewable Capacity: 1 GWh
2010
Cost: $100 million Nuclear fuel Capacity: 2 GWh
Cost: $30 million Fossil fuel Capacity: 1 GWh 2010
Nuclear plant
2010
Windfarm
Cost: $40 million Renewable Capacity: 1 GWh
2010
Sheet G
-
Shale gas plant
2030 power plants 2030
Cost: $20 million Fossil fuel Capacity: 1 GWh Shale gas plant
2030
2030
Solar plant
2030
Cost: $100 million Renewable Capacity: 2 GWh
Solar plant
2030
Windfarm
2030
Cost: $50 million Renewable Capacity: 1 GWh
Cost: $50 million Renewable Capacity: 1 GWh 2030
Nuclear plant
Cost: $250 million Nuclear fuel Capacity: 6 GWh
Cost: $20 million Fossil fuel Capacity: 1 GWh
Cost: $40 million Fossil fuel Capacity: 2 GWh Biofuel plant
