Template:Generator:method

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Template for the Addresses table in the Map Features page. Use the default English text or use the template arguments for your translations

Usage

All parameters are optional. By default, text is in English. English writers shall write their comments in the template itself (avoiding double edition). Other languages are translated in template arguments, not in the template itself.

== section header ==
|name=        (section header line)
|description= (displayed before and/or after the table; optional)
== One key/value row ==
|source=   |method=   |desc=   |type= 

Template for copy/paste...

<noinclude>{{languages}}</noinclude>
{{Generator:method
|name=
|description=
|head:source=
|head:method=
|head:desc=
|head:type=
|fission:desc=
|fusion:desc=
|water-storage:desc=
|water-pumped-storage:desc=
|run-of-the-river:desc=
|barrage:desc=
|stream:desc=
|thermal:desc=
|photovoltaic:desc=
|comb_coal:desc=
|comb_gas:desc=
|comb_biomass:desc=
|gasification:desc=
|comb_biofuel:desc=
|comb_biogas:desc=
|comb_oil:desc=
|comb_diesel:desc=
|comb_gasoline:desc=
|comb_waste:desc=
}}

generator:source	generator:method	Description	generator:type
nuclear	fission	Generators using fission to produce heat, steam and then electricity	PWR, BWR-1, BWR-6, RBMK-1000, RBMK-1500, VVER, CANDU, CPR-1000, EPR
	fusion	Generators using nuclear fusion to produce heat and then electricity	tokamak, stellarator, ICF, cold-fusion
wind	wind_turbine	Wind turbine	horizontal_axis, vertical_axis
hydro	water-storage	Generator producing electricity with turbines fed by water coming from a lake behind a dam. Note: Power plants in Switzerland must have a storage capacity of at least 25% of the average expected winter production, otherwise they are generator:method=run-of-the-river plants.	francis_turbine, kaplan_turbine, pelton_turbine
	water-pumped-storage	Generator producing electricity like generator:method=water-storage and additionaly able to pump water from a lower lake to the storage lake when needed.	francis_turbine
	run-of-the-river	Generator producing electricity with turbine using stream of a river (with no storage dam) Note: Power plants in Switzerland having storage dams with a capacity less than 25% of the average expected winter production are generator:method=run-of-the-river plants.	francis_turbine, kaplan_turbine, pelton_turbine,hydrodynamic_screw
tidal	barrage	Tidal barrage	kaplan_turbine
	stream	Tidal stream generator	horizontal_axis, vertical_axis
wave	-	Wave power
geothermal	-	Geothermal energy	steam_turbine, heat_pump
solar	thermal	Generator producing hot water/steam with sun power	steam_turbine, solar_thermal_collector
	photovoltaic	Generator producing electricity with sun power	solar_photovoltaic_panel
coal	combustion	Fossil-fuel power station	steam_generator ,steam_turbine
gas	combustion	Gas power station	gas_turbine, combined_cycle, reciprocating_engine, steam_generator, steam_turbine
biomass	combustion		steam_generator ,steam_turbine
	gasification	Wood gas generator	bioreactor
	anaerobic_digestion	Anaerobic digestion	bioreactor
biofuel	combustion	Biofuel	reciprocating_engine, steam_generator
biogas	combustion		gas_turbine, reciprocating_engine, steam_generator
oil	combustion		steam_generator ,steam_turbine
diesel	combustion		reciprocating_engine, steam_generator
gasoline	combustion		reciprocating_engine, steam_generator
waste	combustion	Incineration	reciprocating_engine, steam_generator
	gasification	Wood gas generator	bioreactor

This table is a wiki template with a default description in English. Editable here.