Radiator Panel (edge)/zh-cn

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Revision as of 08:53, 9 January 2020 by Copa-2020 (talk | contribs) (Created page with "{{:Radiator Panel (edge)/Box}} 这款 '''散热板(边缘)''' 是固定式的散热板,用于通过将废热从飞船上附近的发热的部件中抽出,将...")
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散热板(侧贴)
部件图像
Radiator 制造商:
探测动力有限公司

径向尺寸 径向安装
成本 (总计) 450.00 Funds
质量 (总计) 0.03000 吨
阻力 0.2
最高承受温度 2500 开尔文
Volume  ?
最大冲击加速度 12 米/秒
对应技术 Basic science.png 基础科学
解锁费用 2 200 Funds
自版本 1.0.5
部件配置文件 radPanelEdge.cfg
耗电量 0.025 /秒
Dissipated heat 7500
Retractable

这款 散热板(边缘) 是固定式的散热板,用于通过将废热从飞船上附近的发热的部件中抽出,将其散发到太空(和[atmosphere|大气]]中,当其运转时,会消耗少量的电量(每分钟1.5)。

部分热量可能来自外部来源(例如再入或来自太阳的阳光),也可能是当反应引擎资源收集器钻机或转换器处于运转状态时产生。要被该散热器冷却,部件必须直接连接其上,或者连接到这样的部件上。散热器会使自己变热,以使其高效发挥作用,但又要自我限制,以免过热而被破坏。

Unlike the deployable Thermal Control Systems, these panels can be used as structural elements, with other parts attached to them, and are not especially prone to breaking from aerodynamic forces. By default, they stick out at 90 degrees to the surface they are attached to. 与可部署的热控制系统不同,这些面板可以用作结构元件,令其它部件附着其上,并且不易受到空气动力的破坏。默认情况下,它们以与其连接的表面成90度的角度展开。

核心冷却

The limiting factor for cooling the cores of drills and converters is the "Core Heat xFer" (transfer) limit of this radiator: 150kW. 冷却钻头和转换器的限制因素是该散热器的“核心热量传导“极限:150kW

This is substantially lower than what the part can actually dissipate, under most circumstances, with a "Max Cooling" figure of: 2234kW. 在大多数情况下,这远低于零件实际可以消散的数值,其“最大冷却””数字为:“2234kW

To maintain an active drill or converter core at optimal thermal efficiency, radiators must provide enough unused Core Heat Transfer capacity to fulfil the "Required Cooling" stat, shown below:

Image Part Required Cooling (kW) Max Cooling(kW)
'Drill-O-Matic Junior' Mining Excavator.png
'Drill-O-Matic Junior' Mining Excavator 50 50
DrillOMatic.png
'Drill-O-Matic' Mining Excavator 100 100
Convert-O-Tron 125.png
Convert-O-Tron 125 100 75*
ISRU Converter.png
Convert-O-Tron 250 200 200

(*) The Convert-O-Tron 125 is a special case - it can not be maintained at optimal thermal efficiency because its "Max cooling" cap of 50kW is below it's required cooling (100kW). With the help of radiators, it will still reach equilibrium, albeit a little hotter than the optimal 1000K. This is possible because core heat production scales down at higher core temperatures, as the thermal efficiency drops off.

Also note, for both Converters, that the required cooling figure is per active conversion mode, with each unit able to have any, or all, of their four ore conversion modes active at the same time. Hence the Convert-O-Tron 250's required cooling can also exceed its maximum permitted (e.g. 3 modes will produce 600kW of core heating).

产品描述

可径向连接的散热器面板,有助于将热量散发到太空中。

Probodobodyne Inc.

Changes

1.2
  • Moved from Utility to Thermal
1.0.5
  • Initial release