Templat:Infobox pembangkit listrik/doc

Geothermal power stations

{{Infobox pembangkit listrik 
| name               = 
| official_name      = 
| image              = 
| image_size         = 
| image_caption      = 
| image_alt          = 
| location_map       = 
| location_map_width = 
| location_map_text  = 
| lat_d     = 
| lat_m     = 
| lat_s     = 
| lat_NS    = 
| long_d    = 
| long_m    = 
| long_s    = 
| long_EW   = 
| coordinates_type   = type:landmark
| coordinates_display= inline,title
| coordinates_ref    = 
| country            = 
| locale             = 
| status             = 
| construction_began = 
| commissioned       = 
| licence_expires    = 
| decommissioned     = 
| cost               = 
| owner              = 
| operator           = 
| developer          = 
| constructor        = 
| geothermal_type    = 
| geothermal_wells   = 
| max_well_depth     = 
| temp_requirement   = 
| thermal_power_geo  = 
| cogeneration_geo   = 
| geo_turbine_mw     = 
| turbine_manu_geo   = 
| installed_capacity = 
| max_planned_cap    = 
| capacity_factor    = 
| average_annual_gen = 
| net_generation     = 
| website            = 
| as_of              = 
| extra              = 
}}

Hydroelectric (pumped-storage) power stations

Use the following infobox for pumped-storage type of hydroelectric power stations. For conventional (dam type), run-of-the-river, and tidal barrage type hydroelectric power stations, please use Infobox Dam. Templat:Infobox pembangkit listrik

{{Infobox pembangkit listrik 
| name               = 
| official_name      = 
| image              = 
| image_size         = 
| image_caption      = 
| image_alt          = 
| location_map       = 
| location_map_width = 
| location_map_text  = 
| lat_d     = 
| lat_m     = 
| lat_s     = 
| lat_NS    = 
| long_d    = 
| long_m    = 
| long_s    = 
| long_EW   = 
| coordinates_type   = type:landmark
| coordinates_display= inline,title
| coordinates_ref    = 
| country            = 
| locale             = 
| status             = 
| construction_began = 
| commissioned       = 
| licence_expires    = 
| decommissioned     = 
| cost               = 
| owner              = 
| operator           = 
| developer          = 
| constructor        = 
| upper_reservoir    = 
| upper_res_capacity = 
| upper_res_catchment= 
| upper_res_area     = 
| upper_res_depth    = 
| lower_reservoir    = 
| penstocks          = 
| pump_gen_units     = 
| ps_gen_units       = 
| pumping_units      = 
| turbine_manu_psp   = 
| hydraulic_head     = 
| upper_res_spillways= 
| upper_res_discharge= 
| installed_capacity = 
| max_planned_cap    = 
| capacity_factor    = 
| average_annual_gen = 
| net_generation     = 
| website            = 
| as_of              = 
| extra              = 
}}

Nuclear power stations

{{Infobox pembangkit listrik 
| name               = 
| official_name      = 
| image              = 
| image_size         = 
| image_caption      = 
| image_alt          = 
| location_map       = 
| location_map_width = 
| location_map_text  = 
| lat_d     = 
| lat_m     = 
| lat_s     = 
| lat_NS    = 
| long_d    = 
| long_m    = 
| long_s    = 
| long_EW   = 
| coordinates_type   = type:landmark
| coordinates_display= inline,title
| coordinates_ref    = 
| country            = 
| locale             = 
| status             = 
| construction_began = 
| commissioned       = 
| licence_expires    = 
| decommissioned     = 
| cost               = 
| owner              = 
| operator           = 
| developer          = 
| constructor        = 
| reactors_operate_mw= 
| reactors_const_mw  = 
| reactors_planned_mw= 
| reactors_decom_mw  = 
| reactors_cancel_mw = 
| reactor_type       = 
| reactor_supplier   = 
| turbine_manu_npp   = 
| installed_capacity = 
| max_planned_cap    = 
| capacity_factor    = 
| average_annual_gen = 
| net_generation     = 
| website            = 
| as_of              = 
| extra              = 
}}

Solar power stations

{{Infobox pembangkit listrik
| name               = 
| official_name      = 
| image              = 
| image_size         = 
| image_caption      = 
| image_alt          = 
| location_map       = 
| location_map_width = 
| location_map_text  = 
| lat_d     = 
| lat_m     = 
| lat_s     = 
| lat_NS    = 
| long_d    = 
| long_m    = 
| long_s    = 
| long_EW   = 
| coordinates_type   = type:landmark
| coordinates_display= inline,title
| coordinates_ref    = 
| country            = 
| locale             = 
| status             = 
| construction_began = 
| commissioned       = 
| licence_expires    = 
| decommissioned     = 
| cost               = 
| owner              = 
| operator           = 
| developer          = 
| constructor        = 
| solar_farm_type    = 
| pv_units           = 
| cpv_units          = 
| cpv_concentration  = 
| csp_technology     = 
| csp_units          = 
| heliostats         = 
| thermal_power_solar= 
| cpvt               = 
| turbine_manu_csp   = 
| land_area          = 
| installed_capacity = 
| max_planned_cap    = 
| capacity_factor    = 
| average_annual_gen = 
| net_generation     = 
| website            = 
| as_of              = 
| extra              = 
}}

Tidal farms

Use the following infobox for tidal stream generator or dynamic tidal power types of tidal power stations. For tidal barrages, please use Infobox Dam. Templat:Infobox pembangkit listrik

{{Infobox pembangkit listrik 
| name               = 
| official_name      = 
| image              = 
| image_size         = 
| image_caption      = 
| image_alt          = 
| location_map       = 
| location_map_width = 
| location_map_text  = 
| lat_d     = 
| lat_m     = 
| lat_s     = 
| lat_NS    = 
| long_d    = 
| long_m    = 
| long_s    = 
| long_EW   = 
| coordinates_type   = type:landmark
| coordinates_display= inline,title
| coordinates_ref    = 
| country            = 
| locale             = 
| status             = 
| construction_began = 
| commissioned       = 
| licence_expires    = 
| decommissioned     = 
| cost               = 
| owner              = 
| operator           = 
| developer          = 
| constructor        = 
| tidal_technology   = 
| tsg_type           = 
| tsg_turbines_mw    = 
| dtp_turbines_mw    = 
| turbine_manu_tide  = 
| dtp_perp_length    = 
| dtp_para_length    = 
| dtp_tidal_range    = 
| installed_capacity = 
| max_planned_cap    = 
| capacity_factor    = 
| average_annual_gen = 
| net_generation     = 
| website            = 
| as_of              = 
| extra              = 
}}

Wind farms

{{Infobox pembangkit listrik 
| name               = 
| official_name      = 
| image              = 
| image_size         = 
| image_caption      = 
| image_alt          = 
| location_map       = 
| location_map_width = 
| location_map_text  = 
| lat_d     = 
| lat_m     = 
| lat_s     = 
| lat_NS    = 
| long_d    = 
| long_m    = 
| long_s    = 
| long_EW   = 
| coordinates_type   = type:landmark
| coordinates_display= inline,title
| coordinates_ref    = 
| country            = 
| locale             = 
| status             = 
| construction_began = 
| commissioned       = 
| licence_expires    = 
| decommissioned     = 
| cost               = 
| owner              = 
| operator           = 
| developer          = 
| constructor        = 
| wind_turbines      = 
| turbine_manu       = 
| turbine_model      = 
| hub_height         = 
| rotor_diameter     = 
| rated_wind_speed   = 
| wind_farm_type     = 
| onshore_elevation  = 
| onshore_land_use   = 
| onshore_area       = 
| offshore_area      = 
| offshore_depth     = 
| offshore_distance  = 
| installed_capacity = 
| max_planned_cap    = 
| capacity_factor    = 
| average_annual_gen = 
| net_generation     = 
| website            = 
| as_of              = 
| extra              = 
}}

All other types of power stations

{{Infobox pembangkit listrik 
| name               = 
| official_name      = 
| image              = 
| image_size         = 
| image_caption      = 
| image_alt          = 
| location_map       = 
| location_map_width = 
| location_map_text  = 
| lat_d     = 
| lat_m     = 
| lat_s     = 
| lat_NS    = 
| long_d    = 
| long_m    = 
| long_s    = 
| long_EW   = 
| coordinates_type   = type:landmark
| coordinates_display= inline,title
| coordinates_ref    = 
| country            = 
| locale             = 
| status             = 
| construction_began = 
| commissioned       = 
| licence_expires    = 
| decommissioned     = 
| cost               = 
| owner              = 
| operator           = 
| developer          = 
| constructor        = 
| primary_fuel       = 
| secondary_fuel     = 
| tertiary_fuel      = 
| generation_units   = 
| turbine_manu_other = 
| thermal_power_all  = 
| cogeneration_all   = 
| combined_cycle     = 
| ghg_emission       = 
| installed_capacity = 
| max_planned_cap    = 
| capacity_factor    = 
| average_annual_gen = 
| net_generation     = 
| website            = 
| as_of              = 
| extra              = 
}}

Parameter names and descriptions, and full syntax

Parameter	Description
Lead section: For all infoboxes
name	Name of power station
official_name	Official name, if different from name. Preferably in native language.
image	Image filename, without File: parameter. Animated (.gif) and media files (.ogv) are allowed, although browsers such as IE are unable to play this type of file; avoid using.
image_size	Avoid using: Overrides the default 250px
image_caption	Caption beneath image
image_alt	Alternative text for images.
location_map	Name of a location map file. The coordinates must be specified as well (see below).
location_map_width	Avoid using: Overrides the default 250px
location_map_text	Caption beneath the location map
lat_d	Latitude degrees.
lat_m	Latitude minutes. Omit or leave blank if lat_d is in decimal format.
lat_s	Latitude seconds. Omit or leave blank if lat_d is in decimal format. Remember to avoid being overly precise.
lat_NS	Northern or Southern latitude (enter N or S). Omit or leave blank if lat_d is in decimal format.
long_d	Longitude degrees.
long_m	Longitude minutes. Omit or leave blank if long_d is in decimal format.
long_s	Longitude seconds. Omit or leave blank if long_d is in decimal format. Remember to avoid being overly precise.
long_EW	Longitude East or West (enter E or W). Omit or leave blank if long_d is in decimal format.
coordinates_type	Optional parameter to add additional coordinate functions. See here for more details.
coordinates_display	Display the coordinates inline or title, or both as inline,title.
coordinates_ref	Use this field to add references to the coordinates.
country	Country where the facility is located.
locale	General area where located. Avoid being overly-detailed.
status	State of the project. Enter any one of the following auto-expanding fields: P=Proposed, U=Under construction, O=Operational, M=Mothballed, D=Decommissioned.
construction_began	Date construction began, consider using {{Start date}}.
commissioned	Date commissioned, or to be commissioned. Consider using {{Start date}}.
licence_expires	Date licence expires.
decommissioned	Date decommissioned, consider using {{End date}}.
cost	Total cost of development
owner	Owner(s) of the power station. Consider limiting to the top two, and include ownership percentage. Example: Owner1: 60% <br/>Owner2: 40%
operator	Plant operator(s). If different from owner.
developer	Plant developer(s). If different from owner.
constructor	Building/contracting companies.
Geothermal Power Stations
geothermal_type	The type of geothermal power station. Enter any one of the following auto-expanding fields: DS=Dry steam, FS=Flash steam, BC=Binary cycle.
geothermal_wells	Number of geothermal wells.
max_well_depth	Depth of the deepest well.
temp_requirement	Minimum temperature requirement of geothermal source. Consider using: {{Convert|XX|C|F|0|abbr=on}}
thermal_power_geo	MWt capacity.
cogeneration_geo	Is the power station a cogeneration type? Add Yes or No.
geo_turbine_mw	Number of generators (turbines), and its corresponding gross megawatt capacity. Example: 10 × 250 MW. For multiple generator capacities, use the <br/> function.
turbine_manu_geo	Manufacturers/suppliers of turbine(s)
Hydroelectric Power Stations (Pumped-storage)
upper_reservoir	Name of upper reservoir.
upper_res_capacity	Water capacity of upper reservoir.
upper_res_catchment	Catchment area of upper reservoir.
upper_res_area	Surface area of upper reservoir.
upper_res_depth	Average water depth of upper reservoir.
lower_reservoir	Name of lower reservoir.
penstocks	Number of penstocks from the upper reservoir to the power station.
pump_gen_units	Number of units used for both generating and pumping. If these units are not used together, use the two parameters immediately below.
ps_gen_units	Number of generation units of the pumped-storage power station, if pump_gen_units don't apply.
turbine_manu_psp	Manufacturers/suppliers of turbine(s)
pumping_units	Number of pumping units to the upper reservoir, if pump_gen_units don't apply.
hydraulic_head	Hydraulic head from upper reservoir.
upper_res_spillways	Number of spillways for the upper reservoir.
upper_res_discharge	Maximum spillway discharge capacity of upper reservoir.
Nuclear Power Stations
reactors_operate_mw	Number of reactors operational, and its corresponding gross megawatte capacity. Example: 12 × 600 MW. For multiple reactors capacities, use the <br/> function.
reactors_const_mw	Number of reactors under construction, and its corresponding future gross megawatte capacity. Example: 12 × 600 MW. For multiple reactors capacities, use the <br/> function.
reactors_planned_mw	Number of reactors planned, and its corresponding future gross megawatte capacity. Example: 12 × 600 MW. For multiple reactors capacities, use the <br/> function.
reactors_cancel_mw	Number of planned reactors cancelled, and former potential future gross megawatte capacity. Not to be confused with reactors_decom_mw below. Example: 12 × 600 MW. For multiple reactors capacities, use the <br/> function.
reactors_decom_mw	Number of reactors decommissioned, and its corresponding gross megawatte capacity. Example: 12 × 600 MW. For multiple reactors capacities, use the <br/> function.
reactor_type	The type(s) of reactors currently in use, and its corresponding number of reactors. For multiple reactors types, you may use the <br/> function. For power stations using a single type of reactor, enter any one of the following auto-expanding fields: PWR=PWR, BWR=BWR, PHWR=PHWR, RBMK=RBMK, GCR=GCR, AGR=AGR, FBR=FBR, PBR=PBR, MSR=MSR, AHR=AHR.
reactor_supplier	Reactor supplier(s)
turbine_manu_npp	Manufacturers/suppliers of turbine(s) and/or boiler(s)
Solar Power Stations
solar_farm_type	The type of solar technology in use. Enter any one of the following auto-expanding fields: PV=Flat-panel PV, CPV=CPV, CSP=CSP
pv_units	Number of Flat-panel PV units.
cpv_units	Number of CPV units.
cpv_concentration	Concentration of CPV plant: Low, Medium, or High. See also: Types of CPV.
csp_technology	The CSP technology in use. Enter any one of the following auto-expanding fields: D=Dish stirling, T=Solar power tower, F=Fresnel reflector, or P=parabolic trough.
csp_units	Number of CSP units in use.
heliostats	Number of heliostats.
thermal_power_solar	MWt capacity.
cpvt	Is the power station a CPVT type? Add Yes or No.
turbine_manu_csp	Manufacturers/suppliers of turbine(s)
land_area	Land area used for entire facility. Consider using: {{Convert|XX|km2|mi2|0|abbr=on}}
Tidal Power Stations
tidal_technology	The tidal technology in use. Enter any one of the following auto-expanding fields. For tidal barrage technology, please use infobox dam. TSG=Tidal stream generator, DTP=Dynamic tidal power
tsg_type	Type of tidal stream generator.
tsg_turbines_mw	Number of tidal stream generators and its corresponding gross megawatt capacity. Example: 10 × 250 MW. For multiple generator capacities, use the <br/> function.
dtp_turbines_mw	Number of generators (turbines) of the dynamic tidal power structure, and its corresponding gross megawatt capacity. Example: 10 × 250 MW. For multiple generator capacities, use the <br/> function.
turbine_manu_tide	Manufacturers/suppliers of turbine(s)
dtp_perp_length	Perpendicular length of the dynamic tidal power structure.
dtp_para_length	Parallel length of the dynamic tidal power structure.
tidal_range	Tidal range created by the dynamic tidal power structure.
Wind Farms
wind_turbines	Number of wind turbines in the wind farm.
turbine_manu	Manufacturer of the wind turbines (e.g. Vestas, General Electric, etc). For multiple manufacturers, use the <br/> function.
turbine_model	Manufacturer's model code for wind turbines (e.g. V80, GE2.5XL, etc) For multiple models, use the <br/> function.
hub_height	Height of the wind turbine towers from base to hub. Consider using: {{Convert|XX|m|ft|0|abbr=on}} If multiple types of turbines are in use, enter the maximum value.
rotor_diameter	Diameter of wind turbine rotor. Consider using: {{Convert|XX|m|ft|0|abbr=on}} If multiple types of turbines are in use, enter the maximum value.
rated_wind_speed	Rated wind speed of the wind turbine model. Consider using: {{Convert|XX|m/s|ft/s|1|abbr=on}} If multiple types of turbines are in use, enter the minimum value.
wind_farm_type	Type of wind farm (Onshore, Nearshore, Offshore). See also Types of wind farms.
onshore_elevation	Average ground altitude (don't add hub height) for Onshore wind farms. Consider using: {{Convert|XX|m|ft|0|abbr=on}}
onshore_land_use	Ground usage of Onshore wind farms (e.g. Farm land, desert, etc).
onshore_area	Land area used for entire facility. Consider using: {{Convert|XX|km2|mi2|0|abbr=on}}
offshore_area	Surface area used for entire facility. Consider using: {{Convert|XX|km2|mi2|0|abbr=on}}
offshore_depth	Average water depth of Offshore wind farms. Consider using: {{Convert|XX|m|ft|0|abbr=on}}
offshore_distance	Minimum distance from shore of Offshore wind farms. Consider using: {{Convert|XX|m|ft|0|abbr=on}}
All other typed of power stations
turbine_manu	Turbine(s) and boiler(s) supplier(s)
primary_fuel	Primary fuel source
secondary_fuel	Secondary fuel source (optional)
tertiary_fuel	Tertiary fuel source (optional)
generation_units	Number of generating units
turbine_manu_other	Manufacturers/suppliers of turbine(s) and/or boiler(s)
thermal_power_all	MWt capacity.
cogeneration_all	Is the power station a cogeneration type? Add Yes or No.
combined_cycle	Is the power station a combined cycle type? Add Yes or No.
ghg_emission	Average annual greenhouse gas emissions.
Bottom section: For all infoboxes
installed_capacity	Current gross installed capacity in megawatts. Ends automatically with "MW".
max_planned_cap	Maximum planned gross capacity (if further construction/development is pending) in megawatts. Ends automatically with "MW".
capacity_factor	Capacity factor of the power station, in percentage.
average_annual_gen	Average annual gross power generation of the previous whole year. Ends automatically with "GWh".
net_generation	Gross power generation since commissioning of the power station. Ends automatically with "GWh".
website	Official website.
as_of	Date infobox facts last updated. Not for mere typo or text fixes; use this date to reflect the current power station facts.
extra	Use this field to add an additional infobox within this infobox. Example.

Full template syntax

{{Infobox pembangkit listrik | name = | official_name = | image = | image_size = | image_caption = | image_alt = | location_map = | location_map_width = | location_map_text = | lat_d = | lat_m = | lat_s = | lat_NS = | long_d = | long_m = | long_s = | long_EW = | coordinates_type = type:landmark | coordinates_display= inline,title | coordinates_ref = | country = | locale = | status = | construction_began = | commissioned = | licence_expires = | decommissioned = | cost = | owner = | operator = | developer = | constructor = <!---------- GEOTHERMAL POWER STATIONS --> | geothermal_type = | geothermal_wells = | max_well_depth = | temp_requirement = | thermal_power_geo = | cogeneration_geo = | geo_turbine_mw = | turbine_manu_geo = <!------ PUMPED-STORAGE POWER STATIONS --> | upper_reservoir = | upper_res_capacity = | upper_res_catchment= | upper_res_area = | upper_res_depth = | lower_reservoir = | penstocks = | pump_gen_units = | ps_gen_units = | pumping_units = | turbine_manu_psp = | hydraulic_head = | upper_res_spillways= | upper_res_discharge= <!------------- NUCLEAR POWER STATIONS --> | reactors_operate_mw= | reactors_const_mw = | reactors_planned_mw= | reactors_cancel_mw = | reactors_decom_mw = | reactor_type = | reactor_supplier = | turbine_manu_npp = <!------------------------ SOLAR FARMS --> | solar_farm_type = | pv_units = | cpv_units = | cpv_concentration = | csp_technology = | csp_units = | heliostats = | thermal_power_solar= | cpvt = | turbine_manu_csp = | land_area = <!--------------- TIDAL POWER STATIONS --> | tidal_technology = | tsg_type = | tsg_turbines_mw = | dtp_turbines_mw = | turbine_manu_tide = | dtp_perp_length = | dtp_para_length = | tidal_range = <!------------------------- WIND FARMS --> | wind_turbines = | turbine_manu = | turbine_model = | hub_height = | rotor_diameter = | rated_wind_speed = | wind_farm_type = | onshore_elevation = | onshore_land_use = | onshore_area = | offshore_area = | offshore_depth = | offshore_distance = <!-- ALL OTHER TYPES OF POWER STATIONS --> | primary_fuel = | secondary_fuel = | tertiary_fuel = | generation_units = | turbine_manu_other = | thermal_power_all = | cogeneration_all = | combined_cycle = | ghg_emission = <!--- GENERAL POWER INFO FOR ALL TYPES --> | installed_capacity = | max_planned_cap = | capacity_factor = | average_annual_gen = | net_generation = | website = | as_of = | extra = }}