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Energy shield MK2

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Revision as of 18:31, 14 August 2017 by Bilka (talk | contribs) (Category overhaul)
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Energy shield MK2.png
Energy shield MK2

Recipe

Time.png
10
+
Energy shield.png
10
+
Low density structure.png
5
+
Processing unit.png
5
Energy shield MK2.png
1

Total raw

Time.png
685
+
Copper plate.png
350
+
Iron plate.png
100
+
Plastic bar.png
125
+
Processing unit.png
5
+
Steel plate.png
110

Recipe

Time.png
10
+
Energy shield.png
10
+
Low density structure.png
5
+
Processing unit.png
5
Energy shield MK2.png
1

Total raw

Time.png
860
+
Copper plate.png
700
+
Iron plate.png
200
+
Plastic bar.png
350
+
Processing unit.png
5
+
Steel plate.png
110

Stack size

20

Dimensions

2×2

Energy consumption

360 kW (electric)

Placed in

Modular armor.png
Power armor.png
Power armor MK2.png
Spidertron.png

Energy capacity

180 kJ (electric)

Shield hitpoints

150

Energy per hitpoint

30 kJ (electric)

Maximum recharge speed

360

Prototype type

energy-shield-equipment

Internal name

energy-shield-mk2-equipment

Required technologies

Energy shield MK2 equipment (research).png

Produced by

Assembling machine 1.png
Assembling machine 2.png
Assembling machine 3.png
Player.png

The energy shield MK2 generates a stronger protective shield around your character, absorbing a medium amount of damage.

The shield is effectively an extension of HP and has to be brought to 0 for the character to suffer any actual HP damage. Like actual HP, it benefits from your armor. An cheaper version is energy shield.

It takes 12.5 seconds to recharge from 0 to 150 HP. Multiple shields recharge simultaneously.

The maximum shield recharge rate is ([number of energy shield MK2s] * 150 / 12.5) units per second, if enough power is provided by batteries, solar panels, or fusion reactors. The maximum rate is only reached when all shields are recharging at once, i.e., all shields are depleted except the last one (or all shields are depleted including the last one).

e.g.:

  • 4 energy shields MK2
  • 2 portable fusion reactors
  1. shield bar is full : recharge rate = 1/4 * maximum recharge rate
  2. shield 1/4 depleted: recharge rate = 2/4 * maximum recharge rate
  3. shield 2/4 depleted: recharge rate = 3/4 * maximum recharge rate
  4. shield 3/4 depleted: recharge rate = 4/4 * maximum recharge rate

Adding a fifth energy shield MK2 would reduce the maximum recharge rate to 83.33%, because five shields drain 180kW while two reactors only provide 150kW.


See also