ZOOM Hakuli
Apr 24, 2020
Mar 26, 2016(10y)
Mar 26, 2027(200d)
Combat
Kills53
Losses16
Efficiency77%
ISK
Destroyed17.71m
Lost18.09m
ISK Eff.49%
Solo
Solo Kills53
Solo Ratio100%
Final Blows53
Combat Points53
Other
NPC Losses0
NPC Loss Ratio0%
Avg Kills/Day0.01
ActivityInactive
ZOOM Hakuli
Last Active
Apr 24, 2020
Birthday
Mar 26, 2016 (10 years old)
Next Birthday
Mar 26, 2027 (200 days)
Combat
Kills53
Losses16
Efficiency77%
Danger Ratio100%
ISK
Destroyed17.71m
Lost18.09m
ISK Efficiency49%
Balance-379873
Solo
Solo Kills53
Solo Ratio100%
Final Blows53
Combat Points53
Other
NPC Losses0
NPC Loss Ratio0%
Avg Kills/Day0.01
ActivityInactive
Nothing in the last 7d
Bio
Capacitor recharge, therefore, peaks at 25%, and the advertised “Capacitor Recharge Time” is actually the time for the capacitor to go from dead empty to 98.7%, assuming no drains or boosts.
Experimenting with this formula,[2] it has been found that the peak recharge rate, without any effect of boosters or energy draining weapons, is indeed at 25% of capacitor capacity.
The formula can be also used to write capacitor level as function of time
C
1
=
C
max
(1+
e
5
t
0
−
t
1
T
(
C
0
C
max
−
−
−
−
−
√
−1))
2
where C0 is capacitor level at starting time t0 and C1 is capacitor level at time t1
Experimenting with this formula,[2] it has been found that the peak recharge rate, without any effect of boosters or energy draining weapons, is indeed at 25% of capacitor capacity.
The formula can be also used to write capacitor level as function of time
C
1
=
C
max
(1+
e
5
t
0
−
t
1
T
(
C
0
C
max
−
−
−
−
−
√
−1))
2
where C0 is capacitor level at starting time t0 and C1 is capacitor level at time t1
Dashboard
Stats
No activity in the last 90d
Last seen Apr 2020
Intel Profile
PlaystyleSolo (0 kills)
Avg Fleet: -