Installation and Operation Manual (Rev B)
PVI 10KW, 13KW, 15KW
28
DOCR-060011
9.0 Technical Data
9.1
Output AC Specifications
The inverters are designed to feed power into a standard 60Hz, three-phase AC utility service
provided within a facility by a transformer with a rating of not less than the rating of the
inverter(s) connected to it.
The inverter is designed to work with the range of AC voltages for a three-phase service defined
by IEEE 1547-2003 and ANSI C84.1.
PVI 10KW
PVI 13KW
PVI 15KW
Unit
Operating AC Voltage range
88 – 110%
VAC
Turn-on AC voltage range
92 - 105%
VAC
Default over/under voltage trip points and
times
per IEEE Std 1547-2003, Table 1 or utility specific order
codes
Voltage measurement accuracy
+/- 2 %
Operating frequency adjustability
59.3-60.5
Hz
Frequency measurement accuracy
+/- 0.1
Hz
Continuous Output Power
208/240/480/600 VAC
10
13.2
15
kW
Continuous Output Current (208VAC)
28
37
42
Arms
Continuous Output Current (240VAC)
24
32
36
Arms
Continuous Output Current (480VAC)
12
16
18
Arms
Continuous Output Current (600VAC)
9.6
12.7
14.4
Arms
Short Circuit Current Contribution
Utility Short Circuit Current Output
duration of 10 line cycles
Equal to Continuous Output Current
Arms
Peak Short Circuit Current Output
duration of less than 300 microseconds
75
Arms
AC current measurement accuracy
+ / - 2%
AC real power and energy
measurement accuracy
+ / - 5%
Total Harmonic distortion (THD, @ full
power)
< 5%
Power Factor
Unity, >0.99
Anti-islanding protection
per UL1741 / IEEE1547 /
CSA22.2#107.1
Table 9.1 – AC Output Specifications
PVI 10KW
PVI 13KW
PVI 15KW
Peak Efficiency
96.7%
96.9%
96.6%
CEC Weighted Efficiency (208V)
96.0%
CEC Weighted Efficiency (480V)
96.0%
Table 9.2 –Efficiency of Inverters