ΔV: Wiki - User contributions [en]

Auxiliary Power Unit

2023-08-29T03:59:57Z

Dogwood808:

Either an additional electrical generator (MPDG) or an electrical energy storage system (SMES)



{{#invoke:Equipment|list|Auxiliary Power System
|caption=Auxiliary Power Systems
|Name|APU Type

|Power Consumption|Thermal Consumption|Power (nominal)

|Energy capacity|Charge Power Draw|Discharge Power (peak)
|Mass|Price}}

[[Category:Equipment]]

Powerplant

2023-08-29T03:59:33Z

Dogwood808:

{{#invoke:Equipment|list|Powerplant
|caption=Available powerplants
|Name

|Power (nominal)
|Propellant Consumption
|Mass|Price}}

Additional electrical power can be obtained by installing an [[Auxiliary Power Unit]].

[[Category:Equipment]]

Reactor Core

2023-08-29T03:58:55Z

Dogwood808:

Provides thermal power used by thrusters, the powerplant, auxiliary generators, and some other equipment

{{#invoke:Equipment|list|Reactor Core
|caption=Reactor Cores
|Name|Manufacturer
|Operating Temperature | Failure Point | Thermal Power
|Mass|Price}}

[[Category:Equipment]]

Category:Equipment

2023-08-29T03:57:36Z

Dogwood808:

This category contains the various Equipment you can install on your ships.

=== [[Hardpoint]]s ===

External equipment is mounted onto [[hardpoint]]s. The following equipment are all attached to external hardpoints

* [[Mass Driver]]s
* [[Energy Weapons]]
* [[Drones]]
* Detachable equipment such as [[Cargo Container]]s, the [[B8 Claim Beacon]], the [[NT Mining Companion]], and the [[External Impact Absorber]]

Different types of hardpoints -- high-stress, low-stress, drone hardpoints, and docking bays -- can accommodate different equipment.

=== Internal Storage ===

Ships have storage in the form of

* [[Kinetic Ammunition]] used by [[Mass Driver]]s
* [[Nanodrone Components]] used by [[Drones]]
* [[Propellant Tanks]] for the [[Reaction Control System]], [[Main Propulsion]], and [[Powerplant]]
* [[Cargo Bay]] that stores unprocessed ore and cargo, and may contain a mineral processing unit to process ore into processed minerals.

=== Thrusters ===

Thrusters consume propellant and use heat and electrical power to accelerate the ship.

* [[Reaction Control System]]s provide fine maneuvering and rotational control
* [[Main Propulsion]]

=== Power ===

The power system consists of the following

* [[Reactor Core]] that provides thermal power used by thrusters, the powerplant, auxiliary generators, and some other equipment
* [[Powerplant]] that consumes thermal power to produce electrical power
* [[Ultracapacitor Array]] that store excess electrical energy to be used during peak demand
* [[Auxiliary Power Unit]] either an additional electrical generator or an electrical energy storage system

=== Electronics ===

A ships electronics consist of

* [[Autopilot]] that maintains a stable velocity and orientation of the ship
* [[Head-Up Display]] to display to the pilot the status of the ship, its systems, and external sensors
* [[Reconnaissance Craft]] that provides an external view of the ship

Ultracapacitor Array

2023-08-29T03:55:57Z

Dogwood808:

A ship's ultracapacitor array stores excess generated power to provide power during peak usage.

{{#invoke:Equipment|list|Ultracapacitor Array
|caption=Available ultracapacitor arrays
|Name|Energy capacity|Peak power|Mass|Price}}

[[Category:Equipment]]

More electrical storage can be obtained by installing an [[Auxiliary Power Unit]].

Powerplant

2023-08-29T03:55:03Z

Dogwood808:

Reactor Core

2023-08-29T03:39:28Z

Dogwood808: Created page with "Provides thermal power used by thrusters, the powerplant, auxiliary generators, and some other equipment {{#invoke:Equipment|list|Reactor Core |caption=Reactor Cores |Name|Manufacturer |Operating Temperature | Failure Point | Thermal Power |Mass|Price}}"

Module:Equipment

2023-08-29T03:38:38Z

Dogwood808:

local p = {}
local d = require('Module:Data')
local dv = require('Module:Data/View')

p.view = {}

p.view['Name'] = dv.text{'name'}
p.view['Title'] = dv.title{function(item) return item.title or item.name end, heading='Name', text='name'}
p.view['Price'] = dv.number{'price', unit='E$'}
p.view['Mass'] = dv.number{'mass', unit='kg'}
p.view['Manufacturer'] = dv.text{'manufacturer'}
p.view['Other'] = dv.text{'other'}

-- Hardpoints
p.view['High-Stress'] = dv.flag{'highStress'}
p.view['Low-Stress'] = dv.flag{'lowStress'}
p.view['Docking bay'] = dv.flag{'dockingBay'}
p.view['Drone hardpoint'] = dv.flag{'droneHardpoint'}

p.view['Effective range'] = dv.number{'effectiveRange', unit='m'}
p.view['Power draw'] = dv.number{'powerDraw', unit='MW'}

-- Drones
p.view['Drones per second'] = dv.number{'droneLaunchCapability'}
p.view['Drone wet mass'] = dv.number{'droneWetMass', unit='kg'}
p.view['Drone thrust'] = dv.number{'droneThrust', unit='kN'}

-- Projectile magazines, nanodrone components, and propellant tanks
p.view['Storage'] = dv.number{'storage', unit='kg'}
p.view['Delivery'] = dv.number{'delivery', unit='kg/s'}
p.view['Exclusive to'] = dv.list{'exclusiveTo', itemView=dv.title{nil}}

-- Ultracapacitors
p.view['Energy capacity'] = dv.number{'energyCapacity', unit='MJ'}
p.view['Peak power'] = dv.number{'peakPower', unit='GW'}

-- Autopilots
p.view['AAT'] = dv.flag{'aat', heading='[[Autopilot#AAT|AAT]]'}
p.view['ARL'] = dv.flag{'arl', heading='[[Autopilot#ARL|ARL]]'}
p.view['RTC'] = dv.flag{'rtc', heading='[[Autopilot#RTC|RTC]]'}
p.view['FBW'] = dv.flag{'fbw', heading='[[Autopilot#FBW|FBW]]'}
p.view['Autopilot capabilities'] = dv.list{'autopilotCapabilities', heading='Capabilities', itemView=dv.text{nil}}

-- Gimbals/Vectored
p.view['Vectored Thrust Angle'] = dv.number{'vectoredThrustAngle', unit='deg'}
p.view['Gimbal Angle'] = dv.number{'gimbalAngle', unit='deg'}
p.view['Gimbal Speed'] = dv.number{'gimbalSpeed', unit='deg/s'}

-- Main Propulsion and RCS
p.view['Thrust'] = dv.number{'thrust', unit='kN'}
p.view['Exhaust Velocity'] = dv.number{'exhaustVelocity', unit='km/s'}
p.view['Propellant Consumption'] = dv.number{'propellantConsumption', unit='kg/s'}
p.view['Power Consumption'] = dv.number{'powerConsumption', unit='MW'}
p.view['Thermal Consumption'] = dv.number{'thermalConsumption', unit='GW'}
p.view['Response Time'] = dv.number{'responseTime', unit='s'}
p.view['Operation Mode'] = dv.text{'operationMode'}
p.view['Propellant'] = dv.text{'propellant'}

-- Auxiliary Power System (& Turbines)
p.view['Power (nominal)'] = dv.number{'power', unit='MW'}
p.view['Charge Power Draw'] = dv.number{'chargePower', unit='MW'}
p.view['Discharge Power (peak)'] = dv.number{'dischargePower', unit='MW'}
p.view['APU Type'] = dv.number{'apsType', unit='MW'}
p.view['Category'] = dv.list{'categories', itemView=dv.title{nil}}

-- Reactor Cores
p.view['Operating Temperature'] = dv.number{'operatingTemperature', unit='K'}
p.view['Failure Point'] = dv.number{'failureTemperature', unit='K'}
p.view['Thermal Power'] = dv.number{'thermalPower', unit='GW'}

for k,v in pairs(p.view) do
v.heading = v.heading or k
end

p.defaultColumns = {
'Name', 'Price', 'Mass'
}

p.positionalArgs = function(f)
local posArgs = {}
for i,posArg in ipairs(f.args) do
-- positional arguments don't get trimmed
table.insert(posArgs, mw.text.trim(posArg))
end
return posArgs
end

p.list = function(f)
local posArgs = p.positionalArgs (f)
local slot = table.remove(posArgs, 1)
local columns = posArgs
if table.getn(columns) == 0 then
columns = p.defaultColumns
end

local data = mw.loadData('Module:Equipment/Data')
data = data[slot]

data = d.sort(data, {
d.on(d.path{'price'}, d.asc),
d.on(d.path{'name'}, d.asc),
})

local options = {
caption = f.args['caption']
}

return dv.displayTable(data, p.view, columns, options)
end

return p

Auxiliary Power Unit

2023-08-29T03:32:20Z

Dogwood808:

Module:Equipment

2023-08-29T03:24:05Z

Dogwood808:

local p = {}
local d = require('Module:Data')
local dv = require('Module:Data/View')

p.view = {}

p.view['Name'] = dv.text{'name'}
p.view['Title'] = dv.title{function(item) return item.title or item.name end, heading='Name', text='name'}
p.view['Price'] = dv.number{'price', unit='E$'}
p.view['Mass'] = dv.number{'mass', unit='kg'}
p.view['Manufacturer'] = dv.text{'manufacturer'}
p.view['Other'] = dv.text{'other'}

-- Hardpoints
p.view['High-Stress'] = dv.flag{'highStress'}
p.view['Low-Stress'] = dv.flag{'lowStress'}
p.view['Docking bay'] = dv.flag{'dockingBay'}
p.view['Drone hardpoint'] = dv.flag{'droneHardpoint'}

p.view['Effective range'] = dv.number{'effectiveRange', unit='m'}
p.view['Power draw'] = dv.number{'powerDraw', unit='MW'}

-- Drones
p.view['Drones per second'] = dv.number{'droneLaunchCapability'}
p.view['Drone wet mass'] = dv.number{'droneWetMass', unit='kg'}
p.view['Drone thrust'] = dv.number{'droneThrust', unit='kN'}

-- Projectile magazines, nanodrone components, and propellant tanks
p.view['Storage'] = dv.number{'storage', unit='kg'}
p.view['Delivery'] = dv.number{'delivery', unit='kg/s'}
p.view['Exclusive to'] = dv.list{'exclusiveTo', itemView=dv.title{nil}}

-- Ultracapacitors
p.view['Energy capacity'] = dv.number{'energyCapacity', unit='MJ'}
p.view['Peak power'] = dv.number{'peakPower', unit='GW'}

-- Autopilots
p.view['AAT'] = dv.flag{'aat', heading='[[Autopilot#AAT|AAT]]'}
p.view['ARL'] = dv.flag{'arl', heading='[[Autopilot#ARL|ARL]]'}
p.view['RTC'] = dv.flag{'rtc', heading='[[Autopilot#RTC|RTC]]'}
p.view['FBW'] = dv.flag{'fbw', heading='[[Autopilot#FBW|FBW]]'}
p.view['Autopilot capabilities'] = dv.list{'autopilotCapabilities', heading='Capabilities', itemView=dv.text{nil}}

-- Gimbals/Vectored
p.view['Vectored Thrust Angle'] = dv.number{'vectoredThrustAngle', unit='deg'}
p.view['Gimbal Angle'] = dv.number{'gimbalAngle', unit='deg'}
p.view['Gimbal Speed'] = dv.number{'gimbalSpeed', unit='deg/s'}

-- Main Propulsion and RCS
p.view['Thrust'] = dv.number{'thrust', unit='kN'}
p.view['Exhaust Velocity'] = dv.number{'exhaustVelocity', unit='km/s'}
p.view['Propellant Consumption'] = dv.number{'propellantConsumption', unit='kg/s'}
p.view['Power Consumption'] = dv.number{'powerConsumption', unit='MW'}
p.view['Thermal Consumption'] = dv.number{'thermalConsumption', unit='GW'}
p.view['Response Time'] = dv.number{'responseTime', unit='s'}
p.view['Operation Mode'] = dv.text{'operationMode'}
p.view['Propellant'] = dv.text{'propellant'}

-- Auxiliary Power System
p.view['Power (nominal)'] = dv.number{'power', unit='MW'}
p.view['Charge Power Draw'] = dv.number{'chargePower', unit='MW'}
p.view['Discharge Power (peak)'] = dv.number{'dischargePower', unit='MW'}
p.view['APU Type'] = dv.number{'apsType', unit='MW'}
p.view['Category'] = dv.list{'categories', itemView=dv.title{nil}}

for k,v in pairs(p.view) do
v.heading = v.heading or k
end

p.defaultColumns = {
'Name', 'Price', 'Mass'
}

p.positionalArgs = function(f)
local posArgs = {}
for i,posArg in ipairs(f.args) do
-- positional arguments don't get trimmed
table.insert(posArgs, mw.text.trim(posArg))
end
return posArgs
end

p.list = function(f)
local posArgs = p.positionalArgs (f)
local slot = table.remove(posArgs, 1)
local columns = posArgs
if table.getn(columns) == 0 then
columns = p.defaultColumns
end

local data = mw.loadData('Module:Equipment/Data')
data = data[slot]

data = d.sort(data, {
d.on(d.path{'price'}, d.asc),
d.on(d.path{'name'}, d.asc),
})

local options = {
caption = f.args['caption']
}

return dv.displayTable(data, p.view, columns, options)
end

return p

Module:Equipment

2023-08-29T03:21:00Z

Dogwood808:

local p = {}
local d = require('Module:Data')
local dv = require('Module:Data/View')

p.view = {}

p.view['Name'] = dv.text{'name'}
p.view['Title'] = dv.title{function(item) return item.title or item.name end, heading='Name', text='name'}
p.view['Price'] = dv.number{'price', unit='E$'}
p.view['Mass'] = dv.number{'mass', unit='kg'}
p.view['Manufacturer'] = dv.text{'manufacturer'}
p.view['Other'] = dv.text{'other'}

-- Hardpoints
p.view['High-Stress'] = dv.flag{'highStress'}
p.view['Low-Stress'] = dv.flag{'lowStress'}
p.view['Docking bay'] = dv.flag{'dockingBay'}
p.view['Drone hardpoint'] = dv.flag{'droneHardpoint'}

p.view['Effective range'] = dv.number{'effectiveRange', unit='m'}
p.view['Power draw'] = dv.number{'powerDraw', unit='MW'}

-- Drones
p.view['Drones per second'] = dv.number{'droneLaunchCapability'}
p.view['Drone wet mass'] = dv.number{'droneWetMass', unit='kg'}
p.view['Drone thrust'] = dv.number{'droneThrust', unit='kN'}

-- Projectile magazines, nanodrone components, and propellant tanks
p.view['Storage'] = dv.number{'storage', unit='kg'}
p.view['Delivery'] = dv.number{'delivery', unit='kg/s'}
p.view['Exclusive to'] = dv.list{'exclusiveTo', itemView=dv.title{nil}}

-- Ultracapacitors
p.view['Energy capacity'] = dv.number{'energyCapacity', unit='MJ'}
p.view['Peak power'] = dv.number{'peakPower', unit='GW'}

-- Autopilots
p.view['AAT'] = dv.flag{'aat', heading='[[Autopilot#AAT|AAT]]'}
p.view['ARL'] = dv.flag{'arl', heading='[[Autopilot#ARL|ARL]]'}
p.view['RTC'] = dv.flag{'rtc', heading='[[Autopilot#RTC|RTC]]'}
p.view['FBW'] = dv.flag{'fbw', heading='[[Autopilot#FBW|FBW]]'}
p.view['Autopilot capabilities'] = dv.list{'autopilotCapabilities', heading='Capabilities', itemView=dv.text{nil}}

-- Gimbals/Vectored
p.view['Vectored Thrust Angle'] = dv.number{'vectoredThrustAngle', unit='deg'}
p.view['Gimbal Angle'] = dv.number{'gimbalAngle', unit='deg'}
p.view['Gimbal Speed'] = dv.number{'gimbalSpeed', unit='deg/s'}

-- Main Propulsion and RCS
p.view['Thrust'] = dv.number{'thrust', unit='kN'}
p.view['Exhaust Velocity'] = dv.number{'exhaustVelocity', unit='km/s'}
p.view['Propellant Consumption'] = dv.number{'propellantConsumption', unit='kg/s'}
p.view['Power Consumption'] = dv.number{'powerConsumption', unit='MW'}
p.view['Thermal Consumption'] = dv.number{'thermalConsumption', unit='GW'}
p.view['Response Time'] = dv.number{'responseTime', unit='s'}
p.view['Operation Mode'] = dv.text{'operationMode'}
p.view['Propellant'] = dv.text{'propellant'}

-- Auxiliary Power System
p.view['Power (nominal)'] = dv.number{'power', unit='MW'}
p.view['Charge Power Draw'] = dv.number{'chargePower', unit='MW'}
p.view['Discharge Power (peak)'] = dv.number{'dischargePower', unit='MW'}

for k,v in pairs(p.view) do
v.heading = v.heading or k
end

p.defaultColumns = {
'Name', 'Price', 'Mass'
}

p.positionalArgs = function(f)
local posArgs = {}
for i,posArg in ipairs(f.args) do
-- positional arguments don't get trimmed
table.insert(posArgs, mw.text.trim(posArg))
end
return posArgs
end

p.list = function(f)
local posArgs = p.positionalArgs (f)
local slot = table.remove(posArgs, 1)
local columns = posArgs
if table.getn(columns) == 0 then
columns = p.defaultColumns
end

local data = mw.loadData('Module:Equipment/Data')
data = data[slot]

data = d.sort(data, {
d.on(d.path{'price'}, d.asc),
d.on(d.path{'name'}, d.asc),
})

local options = {
caption = f.args['caption']
}

return dv.displayTable(data, p.view, columns, options)
end

return p

Module:Equipment

2023-08-29T03:17:35Z

Dogwood808:

local p = {}
local d = require('Module:Data')
local dv = require('Module:Data/View')

p.view = {}

p.view['Name'] = dv.text{'name'}
p.view['Title'] = dv.title{function(item) return item.title or item.name end, heading='Name', text='name'}
p.view['Price'] = dv.number{'price', unit='E$'}
p.view['Mass'] = dv.number{'mass', unit='kg'}
p.view['Manufacturer'] = dv.text{'manufacturer'}
p.view['Other'] = dv.text{'other'}

-- Hardpoints
p.view['High-Stress'] = dv.flag{'highStress'}
p.view['Low-Stress'] = dv.flag{'lowStress'}
p.view['Docking bay'] = dv.flag{'dockingBay'}
p.view['Drone hardpoint'] = dv.flag{'droneHardpoint'}

p.view['Effective range'] = dv.number{'effectiveRange', unit='m'}
p.view['Power draw'] = dv.number{'powerDraw', unit='MW'}

-- Drones
p.view['Drones per second'] = dv.number{'droneLaunchCapability'}
p.view['Drone wet mass'] = dv.number{'droneWetMass', unit='kg'}
p.view['Drone thrust'] = dv.number{'droneThrust', unit='kN'}

-- Projectile magazines, nanodrone components, and propellant tanks
p.view['Storage'] = dv.number{'storage', unit='kg'}
p.view['Delivery'] = dv.number{'delivery', unit='kg/s'}
p.view['Exclusive to'] = dv.list{'exclusiveTo', itemView=dv.title{nil}}

-- Ultracapacitors
p.view['Energy capacity'] = dv.number{'energyCapacity', unit='MJ'}
p.view['Peak power'] = dv.number{'peakPower', unit='GW'}

-- Autopilots
p.view['AAT'] = dv.flag{'aat', heading='[[Autopilot#AAT|AAT]]'}
p.view['ARL'] = dv.flag{'arl', heading='[[Autopilot#ARL|ARL]]'}
p.view['RTC'] = dv.flag{'rtc', heading='[[Autopilot#RTC|RTC]]'}
p.view['FBW'] = dv.flag{'fbw', heading='[[Autopilot#FBW|FBW]]'}
p.view['Autopilot capabilities'] = dv.list{'autopilotCapabilities', heading='Capabilities', itemView=dv.text{nil}}

-- Gimbals/Vectored
p.view['Vectored Thrust Angle'] = dv.number{'vectoredThrustAngle', unit='deg'}
p.view['Gimbal Angle'] = dv.number{'gimbalAngle', unit='deg'}
p.view['Gimbal Speed'] = dv.number{'gimbalSpeed', unit='deg/s'}

-- Main Propulsion and RCS
p.view['Thrust'] = dv.number{'thrust', unit='kN'}
p.view['Exhaust Velocity'] = dv.number{'exhaustVelocity', unit='km/s'}
p.view['Propellant Consumption'] = dv.number{'propellantConsumption', unit='kg/s'}
p.view['Power Consumption'] = dv.number{'powerConsumption', unit='MW'}
p.view['Thermal Consumption'] = dv.number{'thermalConsumption', unit='GW'}
p.view['Response Time'] = dv.number{'responseTime', unit='s'}
p.view['Operation Mode'] = dv.text{'operationMode'}
p.view['Propellant'] = dv.text{'propellant'}

-- Auxiliary Power System
p.view['Power (nominal)'] = dv.number{'power', unit='MW'}

for k,v in pairs(p.view) do
v.heading = v.heading or k
end

p.defaultColumns = {
'Name', 'Price', 'Mass'
}

p.positionalArgs = function(f)
local posArgs = {}
for i,posArg in ipairs(f.args) do
-- positional arguments don't get trimmed
table.insert(posArgs, mw.text.trim(posArg))
end
return posArgs
end

p.list = function(f)
local posArgs = p.positionalArgs (f)
local slot = table.remove(posArgs, 1)
local columns = posArgs
if table.getn(columns) == 0 then
columns = p.defaultColumns
end

local data = mw.loadData('Module:Equipment/Data')
data = data[slot]

data = d.sort(data, {
d.on(d.path{'price'}, d.asc),
d.on(d.path{'name'}, d.asc),
})

local options = {
caption = f.args['caption']
}

return dv.displayTable(data, p.view, columns, options)
end

return p

Powerplant

2023-08-29T02:44:32Z

Dogwood808: Created page with "{{#invoke:Equipment|list|Powerplant |caption=Available powerplants |Name  |Power (nominal) |Propellant Consumption |Mass|Price}}"

{{#invoke:Equipment|list|Powerplant
|caption=Available powerplants
|Name

|Power (nominal)
|Propellant Consumption
|Mass|Price}}

Auxiliary Power Unit

2023-08-29T02:38:57Z

Dogwood808: Created page with "Either an additional electrical generator (MPDG) or an electrical energy storage system (SMES)  {{#invoke:Equipment|list|Auxiliary Power System |caption=Available Auxiliary Power Systems |Name|Manufacturer  |Power Consumption|Thermal Consumption|Power (..."

Either an additional electrical generator (MPDG) or an electrical energy storage system (SMES)



{{#invoke:Equipment|list|Auxiliary Power System
|caption=Available Auxiliary Power Systems
|Name|Manufacturer

|Power Consumption|Thermal Consumption|Power (nominal)

|Energy capacity|Charge power draw|Discharge power (peak)
|Mass|Price}}