Template:Infobox power station
使用方式
以下模板適用於各類型發電方式的發電廠。請按住 CTRL 來複製各類型發電廠張章節中的所需代碼 (Windows):
(({name))} | |
---|---|
![]() (({image_caption))} | |
全称 | (({name_official))} |
國家/地区 | (({country))} |
位置 | (({location))} |
現況 | (({status))} |
始建日期 | (({construction_began))} |
啟用日期 | (({commissioned))} |
退役日期 | (({decommissioned))} |
建造費用 | (({cost))} |
持有單位 | (({owner))} |
运营单位 | (({operator))} |
地熱發電廠 | |
類型 | (({geo_type))} |
最低發電溫度 | (({geo_temp_requirement))} |
水井 | (({geo_well_count))} |
最大井深 | (({geo_well_depth))} |
熱水輸出 | (({geo_water_output))} |
热电联产 | (({geo_cogeneration))} |
核电站 | |
反應堆類型 | (({np_reactor_type))} |
反應堆供應商 | (({np_reactor_supplier))} |
燃料類型 | (({np_fuel_type))} |
類型供應商 | (({np_fuel_supplier))} |
热电联产 | (({np_cogeneration))} |
冷卻來源 | (({np_cooling_source))} |
冷卻塔 | (({np_cooling_towers))} |
抽水蓄能电站 | |
上池 | (({psps_upper_res))} |
上池容量 | (({psps_upper_res_capacity))} |
壓力鋼管 | (({psps_penstocks))} |
下池 | (({psps_lower_res))} |
下池容量 | (({psps_lower_res_capacity))} |
扬程 | (({psps_hydraulic_head))} |
發電機組 | (({psps_generators))} |
水泵發電機 | (({psps_pumpgenerators))} |
水泵 | (({psps_pumps))} |
太陽能發電场 | |
類型 | (({solar_type))} |
CSP技術 | (({solar_csp_technology))} |
濃度比率 | (({solar_concentration))} |
集熱器 | (({solar_collectors))} |
總集熱面積 | (({solar_collectors_area))} |
總孔面積 | (({solar_aperture_area))} |
場地面積 | (({solar_site_area))} |
場地資源 | (({solar_site_resource))} |
火力发电站 | |
主要燃料 | (({th_fuel_primary))} |
次要燃料 | (({th_fuel_secondary))} |
三級燃料 | (({th_fuel_tertiary))} |
類型 | (({th_technology))} |
進料礦 | (({th_feed_mine))} |
热电联产 | (({th_cogeneration))} |
联合循环 | (({th_combined_cycle))} |
冷卻來源 | (({th_cooling_source))} |
潮汐發電站 | |
類型 | (({tide_technology))} |
TSG類型 | (({tide_tsg_type))} |
閘高度 | (({tide_barrage_height))} |
閘長度 | (({tide_barrage_length))} |
閘寬度 | (({tide_barrage_width))} |
橫跨 | (({tide_crosses))} |
渠道寬度 | (({tide_channel_width))} |
渠道速率 | (({tide_channel_speed))} |
垂直長度 | (({tide_dtp_length_perp))} |
平行長度 | (({tide_dtp_length_para))} |
潮差 | (({tide_range))} |
波浪發電站 | |
類型 | (({wave_technology))} |
海上場地面積 | (({wave_site_area))} |
發電機深度 | (({wave_generator_depth))} |
離岸距離 | (({wave_shore_distance))} |
风力发电场 | |
類型 | (({wind_farm_type))} |
平均場地高度 | (({wind_site_elevation))} |
場地用途 | (({wind_site_usage))} |
場地面積 | (({wind_site_area))} |
最大水深 | (({wind_offshore_depth))} |
離岸距離 | (({wind_offshore_distance))} |
輪轂高度 | (({wind_hub_height))} |
轉子直徑 | (({wind_rotor_diameter))} |
額定風速 | (({wind_rated_speed))} |
水力发电站 | |
水力發電形式 | (({generate_electricity_type))} |
取水來源 | (({water_intake_from))} |
發電機型號 | (({hydroelectricity_generator_type))} |
水輪機型號 | (({water_turbine_manu_other))} |
廠房類型 | (({factory_building_type))} |
壓力鋼管 | (({water_penstock))} |
水頭高度 | (({water_hard))} |
用水量 | (({water_consumption))} |
水力发电站远程集控中心 | |
所属廠房數 | (({power_house))} |
集控機組數 | (({unit_number))} |
發電水壩數 | (({dam_number))} |
總额定容量 | (({installed_capacity))} |
垃圾焚烧发电厂 | |
焚烧炉數 | (({refuse_incineration_plant_number))} |
爐體類型 | (({refuse_incineration_plant_type))} |
設計處理量 | (({design_capacity))} |
設計發電量 | (({unit_number))} |
設計熱值 | (({dsign_lower_heating_value))} |
發電概況 | |
装机机组 | (({ps_units_operational))} |
廠牌和型號 | (({ps_units_manu_model))} |
在建机组 | (({ps_units_uc))} |
计划建设机组 | (({ps_units_planned))} |
取消建设机组 | (({ps_units_cancelled))} |
退役机组 | (({ps_units_decommissioned))} |
熱容量 | (({ps_thermal_capacity))} |
额定容量 | (({ps_electrical_capacity))}(({installed_capacity))} |
容量因子 | (({ps_electrical_cap_fac))} |
存储容量 | (({ps_storage_hours))} |
年发电量 | (({ps_annual_generation))} |
網站 | |
(({website))} | |
(({extra))} |
((Infobox power station | name = | name_official = | image = | image_size = | image_caption = | image_alt = | country = | location = | status = | construction_began = | commissioned = | decommissioned = | cost = | owner = | operator = <!------------------------- GEOTHERMAL POWER STATIONS --> | geo_type = | geo_temp_requirement = | geo_well_count = | geo_well_depth = | geo_water_output = | geo_cogeneration = <!------------------------- NUCLEAR POWER STATIONS --> | np_reactor_type = | np_reactor_supplier = | np_fuel_type = | np_fuel_supplier = | np_cogeneration = | np_cooling_source = | np_cooling_towers = <!------------------------- PUMPED-STORAGE POWER STATIONS --> | psps_upper_res = | psps_upper_res_capacity= | psps_penstocks = | psps_lower_res = | psps_lower_res_capacity= | psps_hydraulic_head = | psps_generators = | psps_pumpgenerators = | psps_pumps = <!------------------------- SOLAR FIELD --> | solar_type = | solar_csp_technology = | solar_concentration = | solar_collectors = | solar_collectors_area = | solar_aperture_area = | solar_site_area = | solar_site_resource = <!------------------------- THERMAL POWER STATIONS --> | th_fuel_primary = | th_fuel_secondary = | th_fuel_tertiary = | th_technology = | th_feed_mine = | th_cogeneration = | th_combined_cycle = | th_cooling_source = <!------------------------- TIDAL POWER STATIONS --> | tide_technology = | tide_tsg_type = | tide_barrage_height = | tide_barrage_length = | tide_barrage_width = | tide_crosses = | tide_channel_width = | tide_channel_speed = | tide_dtp_length_perp = | tide_dtp_length_para = | tide_range = <!------------------------- WAVE FACILITIES --> | wave_technology = | wave_site_area = | wave_generator_depth = | wave_shore_distance = <!------------------------- WIND FARMS --> | wind_farm_type = | wind_site_elevation = | wind_site_usage = | wind_site_area = | wind_offshore_depth = | wind_offshore_distance = | wind_hub_height = | wind_rotor_diameter = | wind_rated_speed = <!------------------------- Hydroelectricity --> | generate_electricity_type = | water_intake_from = | hydroelectricity_generator_type = | water_turbine_manu_other = | factory_building_type = | water_penstock = | water_hard = | water_consumption = <!------------------------- Remote centralized control center of hydropower station --> | power_house = | unit_number = | dam_number = | installed_capacity = | average_annual_gen = <!------------------------- Waste incineration power plant --> | refuse_incineration_plant_number = | refuse_incineration_plant_type = | design_capacity = | dsign_lower_heating_value = <!------------------------- GENERAL --> | ps_units_operational = | ps_units_manu_model = | ps_units_uc = | ps_units_planned = | ps_units_cancelled = | ps_units_decommissioned= | ps_thermal_capacity = | ps_electrical_capacity = | ps_electrical_cap_fac = | ps_storage_hours = | ps_annual_generation = | website = | extra = ))
參數
參數 | 簡介 |
---|---|
Lead section | |
name | 發電廠名稱 |
name_official | 官方名稱,可能和 name 不同。適合填入該國母語。 |
image | 圖片文件名,不需要添加 File: 參數。 |
image_size | 盡量避免使用;預設值為 250px。 |
image_caption | 圖片下方的說明文字 |
image_alt | 圖像的替代文字 |
country | 所在國家。 |
location | General area where located. Avoid being overly-detailed. |
status | State of the project. 填以下其中一項:
|
construction_began | 建造工程開始日期, consider using ((Start date)). |
commissioned | Date commissioned, or to be commissioned, of the first unit. Consider using ((Start date)). |
decommissioned | Date decommissioned, or to be decommissioned, of the last unit. Consider using ((End date)). |
cost | Total cost of development. For non-USD values, consider using: ((To USD|XXXXXX|YYY|ZZZZ)) .Replace XXXXXX , YYY , and ZZZZ , with the value, the non-USD country name or code, and the year, respectively.
|
owner | Owner(s) of the power station. Consider limiting to the top two, and include ownership percentage. Example: |
operator | Plant operator(s). If different from owner. |
Geothermal power stations | |
geo_type | The type of geothermal power station. 填以下其中一項:
|
geo_temp_requirement | Minimum temperature requirement of geothermal source. Consider using: ((Convert|XX|C|F|0|abbr=on))
|
geo_well_count | Number of geothermal wells. |
geo_well_depth | Depth of the deepest well. |
geo_water_output | Hot water production in litres. |
geo_cogeneration | Is the power station a cogeneration type? Add Yes or No .
|
Nuclear power stations | |
np_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:
|
np_reactor_supplier | Reactor supplier(s) |
np_fuel_type | Type of nuclear fuel. |
np_fuel_supplier | Supplier of nuclear fuel. |
np_cogeneration | Is the power station a cogeneration type? Add Yes or No .
|
np_cooling_towers | Number of cooling towers. |
Pumped-storage hydroelectric power stations | |
psps_upper_res | Name of upper reservoir. |
psps_upper_res_capacity | Water storage capacity of upper reservoir. |
psps_penstocks | Number of penstocks between the reservoirs. |
psps_lower_res | Name of lower reservoir. |
psps_lower_res_capacity | Water capacity of lower reservoir. |
psps_hydraulic_head | Hydraulic head from upper reservoir. |
psps_generators | Number of generation units of the pumped-storage power station. |
psps_pumpgenerators | Number of units used for both generating and pumping. |
psps_pumps | Number of pumping units to the upper reservoir. |
Solar field | |
solar_type | The type of solar technology in use. Enter any one of the following auto-expanding fields:
|
solar_csp_technology | The CSP technology in use (not applicable for non-concentrated solar tech and CPV). Enter any one of the following auto-expanding fields:
|
solar_concentration | Concentration of plant: Low , Medium , or High . See also: Types of CPV and Types of CSP.
|
solar_collectors | Number of heliostats or collectors |
solar_collectors_area | Total combined surface area of heliostats or collectors. |
solar_aperture_area | Total combined aperture of heliostats or collectors. |
solar_site_area | Land area used for entire facility. Consider using: ((Convert|XX|km2|mi2|0|abbr=on))
|
solar_site_resource | Site solar resource in kWh/m2/yr. |
Thermal power stations | |
th_fuel_primary | Primary fuel source |
th_fuel_secondary | Secondary fuel source (optional) |
th_fuel_tertiary | Tertiary fuel source (optional) |
th_technology | |
th_feed_mine | |
th_cogeneration | Is the power station a cogeneration type? Add Yes or No .
|
th_combined_cycle | Is the power station a combined cycle type? Add Yes or No .
|
th_cooling_source | If the power station uses cooling water, add the source of the water. For other cooling technologies, add the name of technology, e.g. "air-cooled". |
Tidal power stations | |
tide_technology | The tidal technology in use. Enter any one of the following auto-expanding fields. For tidal barrage technology, please use infobox dam.
|
tide_tsg_type | Type of tidal stream generator. |
tide_barrage_height | Height of tidal barrage. |
tide_barrage_length | Length of tidal barrage. |
tide_barrage_width | Width of tidal barrage. |
tide_crosses | Channel of water across which the barrage is build, or in which the tidal generators are located. |
tide_channel_width | Width of above mentioned channel. |
tide_channel_speed | Speed of water flow in the above-mentioned channel. Consider using: ((Convert|XX|m/s|ft/s|1|abbr=on))
|
tide_dtp_length_perp | Perpendicular length of the dynamic tidal power structure. |
tide_dtp_length_para | Parallel length of the dynamic tidal power structure. |
tide_range | Tidal range created by the dynamic tidal power structure. |
Wave farms | |
wave_technology | The wave technology in use (capture method). Capture methods are buoy (point absorber), surface-following attenuator, terminator, oriented perpendicular to the direction of wave propagation, oscillating water column, underwater attenuator. |
wave_site_area | Surface area used for entire facility. Consider using: ((Convert|XX|km2|mi2|0|abbr=on))
|
wave_generator_depth | Average water depth at the converter locations. Consider using: ((Convert|XX|m|ft|0|abbr=on))
|
wave_shore_distance | Minimum distance from shore of wave farms. Consider using: ((Convert|XX|m|ft|0|abbr=on))
|
Wind farms | |
wind_farm_type | Type of wind farm (Onshore, Nearshore, Offshore). See also Types of wind farms. |
wind_site_elevation | Highest ground altitude (don't add hub height) over which a turbine is constructed. Consider using: ((Convert|XX|m|ft|0|abbr=on))
|
wind_site_usage | Ground usage of Onshore wind farms (e.g. Farm land, desert). |
wind_site_area | Area used for entire facility. Consider using: ((Convert|XX|km2|mi2|0|abbr=on))
|
wind_offshore_depth | Average water depth of Offshore wind farms. Consider using: ((Convert|XX|m|ft|0|abbr=on))
|
wind_offshore_distance | Minimum distance from shore of Offshore wind farms. Consider using: ((Convert|XX|m|ft|0|abbr=on))
|
wind_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. |
wind_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. |
wind_rated_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. |
End section (used by all power station types, including those not listed above) | |
ps_units_operational | Number of currently operational turbines/generating units. Not applicable for pumped-storage power stations. |
ps_units_manu_model | Shortened name(s) of manufacturers and models of currently operational turbines/generating units. |
ps_units_uc | Number of generating units under construction. |
ps_units_planned | Number of generating units currently planned/proposed for installation. |
ps_units_cancelled | Number of planned generating units cancelled. |
ps_units_decommissioned | Number of generating units decommissioned or under decommissioning. |
ps_thermal_capacity | Thermal capacity. |
ps_electrical_capacity | Current gross installed capacity in megawatts, or planned capacity for those under development. For those which are operational, but with additional under development, please add only the current installed value. |
ps_electrical_cap_fac | Capacity factor of the power station, in percentage. |
ps_storage_hours | Storage capacity of the power station, in hours. |
ps_annual_generation | Average annual gross power generation. For a single-year value, adding the year in brackets is encouraged. |
website | Official website. |
extra | Use this field to add an additional infobox within this infobox. Example. |
微格式
本模板產生的HTML記號包含了HCard 微格式,能夠讓電腦解析地點名稱和位置,具有可自動將文章分類至適當類別的功能。在HCard中有Geo微格式,能讓電腦分析经纬度資料,因此可在地圖上查詢,或下載至全球定位系统(GPS)裝置。關於微格式的更多使用資訊,請參閱維基百科的微格式專題。
hCard 使用以下的 HTML class:
adr
county-name
fn
label
locality
nickname
note
org
vcard
Geo由((coord))產生,並使用以下的HTML class:
geo
latitude
longtitude
请勿将这些class更名或删除。
當指定經緯度數值時,請避免太過詳細。
參見
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上述文档嵌入自Template:Infobox power station/doc。 (编辑 | 历史) 编者可以在本模板的沙盒 (编辑 | 差异)和测试样例 (创建)页面进行实验。 请在/doc子页面中添加分类。本模板的子页面。 |
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