Difference between revisions of "Reactor Stabilizer"
m (Crimson-Artist moved page Stabilizer to Reactor Stabilizer: Updated name) |
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| + | {{Stub}} | ||
| + | {{infobox block/Reactor Stabilizer}} | ||
| + | ==Item Description== | ||
| + | Increases the Stabilization rating of your active Reactor. This block loses efficiency the closer it gets to the Active reactor. | ||
| + | Each Reactor size (level) has an optimal distance where the efficiency of your stabilization reaches a maximum value. | ||
| + | |||
| + | If your Stabilization is too low, you will have reduced power generation. | ||
| + | The Reactor and its Chambers are also highly reactive unless you have 100% or more Stabilization. | ||
| + | Upon taking damage, your Reactor components will take additional damage from internal explosions. | ||
| + | |||
| + | It's advised to have more than 100% Stabilization to avoid taking extra damage when in combat. | ||
| + | |||
| + | {{Production/Reactor Stabilizer}} | ||
| + | ==Usage== | ||
Stabilizers exist solely to reduce the vulnerability of reactors by providing stability to a linked [[reactor]]. A large reactor without stabilizers is easily destroyed and is often not able to realize its true power generation potential even during standard operation. | Stabilizers exist solely to reduce the vulnerability of reactors by providing stability to a linked [[reactor]]. A large reactor without stabilizers is easily destroyed and is often not able to realize its true power generation potential even during standard operation. | ||
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The effectiveness of an individual stabilizer block is highly dependent upon its distance from its reactor. Multiple ''groups'' of stabilizers can be built to improve the stability of a single reactor, so it is not necessary to place all stabilizers at a distance that gives them 100% effectiveness per block. It is also not necessary for a reactor to have 100% total stability. | The effectiveness of an individual stabilizer block is highly dependent upon its distance from its reactor. Multiple ''groups'' of stabilizers can be built to improve the stability of a single reactor, so it is not necessary to place all stabilizers at a distance that gives them 100% effectiveness per block. It is also not necessary for a reactor to have 100% total stability. | ||
| − | Stabilizers are automatically connected to the reactor they support by [[stabilizer | + | Stabilizers are automatically connected to the reactor they support by stabilizer streams. |
| + | ===Stabilizer Streams=== | ||
| + | Stabilizer streams appear automatically between [[stabilizer]] groups and the [[reactor]] they support. These streams are vulnerable to hostile fire, and a hit to a reactor stream may cause some power loss. | ||
| − | + | [[Category:General]] [[Category:Element]] | |
Revision as of 00:31, 4 May 2018
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This page is currently a stub. Please help us out by expanding it. |
| Reactor Stabilizer | |
|---|---|
 | |
| Hit Points | 100 |
| Armor | 0.5% |
| Volume | 0.1 |
| Mass | 0.15 |
| Luminosity | none |
| Data Value (ID) | 1009 |
Item Description
Increases the Stabilization rating of your active Reactor. This block loses efficiency the closer it gets to the Active reactor. Each Reactor size (level) has an optimal distance where the efficiency of your stabilization reaches a maximum value.
If your Stabilization is too low, you will have reduced power generation. The Reactor and its Chambers are also highly reactive unless you have 100% or more Stabilization. Upon taking damage, your Reactor components will take additional damage from internal explosions.
It's advised to have more than 100% Stabilization to avoid taking extra damage when in combat.
Production
| Production Info | |||||
|---|---|---|---|---|---|
| Produced in a | Basic Factory |  |
|||
| Requires | To create | ||||
| Crystal Composite | x200 |
 |
Reactor Stabilizer | x1 |
|
Usage
Stabilizers exist solely to reduce the vulnerability of reactors by providing stability to a linked reactor. A large reactor without stabilizers is easily destroyed and is often not able to realize its true power generation potential even during standard operation.
Stabilizers are affected by an effectiveness percentage that determines how much they contribute to a reactor's total stability. The reactor's total stability is not a direct function of this percentage, but rather a total of all the stabilizer blocks affecting it, based on their individual effectiveness percentage.
The effectiveness of an individual stabilizer block is highly dependent upon its distance from its reactor. Multiple groups of stabilizers can be built to improve the stability of a single reactor, so it is not necessary to place all stabilizers at a distance that gives them 100% effectiveness per block. It is also not necessary for a reactor to have 100% total stability.
Stabilizers are automatically connected to the reactor they support by stabilizer streams.
Stabilizer Streams
Stabilizer streams appear automatically between stabilizer groups and the reactor they support. These streams are vulnerable to hostile fire, and a hit to a reactor stream may cause some power loss.