Difference between revisions of "High-Pressure Turbine II"

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| Recipe        =  
| Recipe        =  
   {{Machine Recipe
   {{Machine Recipe
     | Input1Name  = Construction Parts III
     | Input1Name  = Construction Parts IV
     | Input1Qty  = 80
     | Input1Qty  = 40
   }}
   }}
| Electricity  = None
| Electricity  = None
| Workers      = 4
| Workers      = 2
| Maintenance  = 3
| MaintenanceII = 2
| Footprint    = 7x5
| Footprint    = 6x3
| BoostByUnity  = no
| BoostByUnity  = no
| Research      = Power Generation IV
| Research      = Power Generation IV
| Designation  = Power Production
| Designation  = Power Production
| Variants      = [[High-pressure Turbine]]</br>[[Low-pressure Turbine]]</br>[[Low-pressure Turbine II]]
| Variants      = [[Super-Pressure Turbine]]</br>[[High-Pressure Turbine]]</br>[[Low-Pressure Turbine]]</br>[[Low-Pressure Turbine II]]
}}
}}
The '''High-pressure Turbine II''' is a direct upgrade of the [[High-pressure Turbine]]. Compared to the High-pressure Turbine, it can accept twice as much {{infoicon|Steam Hi}}, generates twice as much [[Mechanical Power]], has twice the [[Maintenance]] cost and requires twice the {{infoicon|Worker|ui-yes|plural=s}}. It has the same footprint, has the same inputs/outputs, and the input/output locations line up exactly the same.
The '''High-pressure Turbine II''' is a direct upgrade of the [[High-pressure Turbine]]. Compared to the High-pressure Turbine, it can accept twice as much {{infoicon|Steam Hi}}, generates twice as much [[Mechanical Power]], has newly the {{infoicon|Maintenance II}} cost and requires same the {{infoicon|Worker|ui-yes|plural=s}}. It has the same footprint, has the same inputs/outputs, and the input/output locations line up exactly the same.
 
==Recipes==
{{recipe define
  | Input1Name  = Steam Hi
  | Input1Qty  = 8
  | Time        = 10
  | Output1Name = Mechanical Power
  | Output1Qty  = 2
  | Output1Unit = MW
  | Output2Name = Steam Lo
  | Output2Qty  = 8
}}
 
{{recipe fetch|isbldg=yes}}


==Efficiency==
==Efficiency==
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*: Efficiency(%) = 3.78 &times; Time from start ([[File:Clock.png|16x16px]])
*: Efficiency(%) = 3.78 &times; Time from start ([[File:Clock.png|16x16px]])


Decreasing the efficiency in starting up means the production of {{infoicon|Mechanical Power}} will go down drastically when provided {{infoicon|Steam Hi}} is less than required. For example, if the turbine gets {{Time|7.5|10|per60=yes}} of {{infoicon|Steam Hi}}, it produces only 0.33 MW of {{infoicon|Mechanical Power}} on average.
Decreasing the efficiency in starting up means the production of {{infoicon|Mechanical Power}} will go down drastically when provided {{infoicon|Steam Hi}} is less than required. For example, if the turbine gets {{Time|7.5|10|per60=yes}} of {{infoicon|Steam Hi}}, it produces only 2.0 MW of {{infoicon|Mechanical Power}} on average.


<!-- The values of the efficiency are tested at version 0.4.9c. -->
<nowiki>*</nowiki> The values of the efficiency are tested at version 0.5.2


==Auto-balance==
==Auto-balance==
When auto-balance is enabled, the turbine will be automatically idle once the charge of the connected shaft reaches 80% of its capacity. The turbine restart once the shaft's charge gets to 35%. This option is valid to save {{infoicon|Steam Hi}}. However, it takes time to get to full power on the turbine restarting. So enough [[flywheel|flywheels]] should be connected for a stable electric supply when auto-balance is enabled.
When auto-balance is enabled, the turbine will be automatically idle once the charge of the connected shaft reaches 80% of its capacity. The turbine restart once the shaft's charge gets to 35%. This option is valid to save {{infoicon|Steam Hi}}. However, it takes time to get to full power on the turbine restarting. So enough [[flywheel|flywheels]] should be connected for a stable electric supply when auto-balance is enabled.
<!-- The values of the charges that the turbine is idle or restarts are tested at version 0.4.9c. -->
<!-- The values of the charges that the turbine is idle or restarts are tested at version 0.4.9c. -->
 
== Historical data ==
 
<gallery>
{{Navbox/Machines}}
File:High-Pressure Turbine II (old).png|High-Pressure Turbine II before the version 0.5.0.
</gallery>
{{recipe define
  | Input1Name  = Steam (High)
  | Input1Qty  = 8
  | Time        = 10
  | Output1Name = Mechanical Power
  | Output1Qty  = 12
  | Output1Unit = MW
  | Output2Name = Steam (Low)
  | Output2Qty  = 8
}}{{Footer Infobox}}

Latest revision as of 18:08, 22 May 2023

Power Production.png
High-pressure Turbine II
T2
High-pressure Turbine II.png
Uses high pressure steam to create mechanical power.
Construction
Construction Parts IV.png
40
WorkersWorker.png 2
ElectricityNone
MaintenanceMaintenance II.png 2.0 / 60 Clock.png
Footprint6x3
Required ResearchPower Generation IV
Boost by UnityNot Available
DesignationPower Production Power Production.png
VariantsSuper-Pressure Turbine
High-Pressure Turbine
Low-Pressure Turbine
Low-Pressure Turbine II

The High-pressure Turbine II is a direct upgrade of the High-Pressure Turbine. Compared to the High-pressure Turbine, it can accept twice as much Steam (High), generates twice as much Mechanical Power, has newly the Maintenance II cost and requires same the Workers. It has the same footprint, has the same inputs/outputs, and the input/output locations line up exactly the same.

Efficiency

Efficiency is a ratio of produced Mechanical Power over used Steam (High).

The efficiency will go down in the following cases:

  • The charge of the connected shaft is more than 80% of its capacity.
    Efficiency(%) = 100 − 500 × {(Charge of shaft / Capacity of shaft) − 0.8}
  • The turbine is in starting up, that is, 28.4 Clock.png from starting supplying Steam (High) or restarting from idling.
    Efficiency(%) = 3.78 × Time from start (Clock.png)

Decreasing the efficiency in starting up means the production of Mechanical Power will go down drastically when provided Steam (High) is less than required. For example, if the turbine gets 7.5 / 10 Clock.png (45 / 60 Clock 60s.png) of Steam (High), it produces only 2.0 MW of Mechanical Power on average.

* The values of the efficiency are tested at version 0.5.2

Auto-balance

When auto-balance is enabled, the turbine will be automatically idle once the charge of the connected shaft reaches 80% of its capacity. The turbine restart once the shaft's charge gets to 35%. This option is valid to save Steam (High). However, it takes time to get to full power on the turbine restarting. So enough flywheels should be connected for a stable electric supply when auto-balance is enabled.

Historical data

  • High-Pressure Turbine II before the version 0.5.0.

Recipes

Below are all the recipes, which this building is capable of producing. Note, that some of them may be locked behind Research, and not immediately available in your game.

8
Steam (High).png
48
10 Clock.png
Transform.png
60 Clock 60s.png
 
Mechanical Power.png
12 MW
Plus.png
8
Steam (Low).png
48
Machines
General Machines.png General Machines
Water Extraction & Processing.png Water Extraction & Processing
Food Production.png Food Production
Metallurgy & Smelting.png Metallurgy & Smelting
Power Production.png Power Production
Crude Oil Refining.png Crude Oil Refining
Waste Management.png Waste Management
Transports.png Transports
Storage.png Storage
Buildings.png Buildings
Buildings (For Vehicles).png Buildings (For Vehicles)
Housing & Services.png Housing & Services
Cargo Docks.png Cargo Docks
Landmarks.png Landmarks
Planned or Proposed
* Only available in the Supporter Edition
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