Samil G59/3 Certificate

Samil G59/3 Certificate
 ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 2 o
of 10 SolarLake 30
0000TL‐PM
Pow
wer Quality. Harmonics.
Gen
nerating Unitt rating per p
phase (rpp) Harm
monic Att 45‐55% of rrated outputt Measured Vaalue (MV) % in Amps 2 3 4 5 6 7 8 9 10 10
kVA 100% off rated outpu
ut Measure
ed Value (M
MV) % in Amps Harmonic % = Measured V
Value(Amps) *
*23/rating per phase
e(kVA) Lim it in BS EN 61
1000‐3‐12 1 phhase L1 0.075 0.345 0.039
9 0.0
092 L2 0.054 0.246 0.041
1 0.0
095 L3 0.050 0.229 0.051
1 0.1
118 L1 0.043 0.199 0.084
4 0.1
195 L2 0.133 0.603 0.136
6 0.3
314 L3 0.089 0.411 0.045
5 0.1
105 L1 0.042 0.192 0.035
5 0.0
082 L2 0.058 0.266 0.035
5 0.0
080 L3 0.057 0.260 0.023
3 0.0
053 L1 0.297 1.365 0.600
0 1.3
396 L2 0.261 1.188 0.429
9 0.9
989 L3 0.430 1.978 0.390
0 0.9
906 L1 0.004 0.018 0.015
5 0.0
034 L2 0.006 0.028 0.004
4 0.0
008 L3 0.005 0.025 0.011
1 0.0
025 L1 0.153 0.703 0.627
7 1.4
460 L2 0.114 0.518 0.613
3 1.4
413 L3 0.169 0.777 0.671
1 1.5
559 L1 0.015 0.067 0.015
5 0.0
034 L2 0.012 0.054 0.020
0 0.0
045 L3 0.010 0.047 0.013
3 0.0
031 L1 0.021 0.095 0.050
0 0.1
115 L2 0.051 0.234 0.026
6 0.0
060 L3 0.045 0.205 0.030
0 0.0
069 L1 0.008 0.038 0.008
8 0.0
019 L2 0.005 0.023 0.006
6 0.0
013 L3 0.001 0.006 0.009
9 0.0
021 3 phase 8% 8% 21.6% Not stated
d 4% 4% 10.7% 10.7%
2.67% 2.67%
7.2% 7.2%
2% 2% 3.8% Not stated
d 1.6% 1.6%
ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 3 o
of 10 L1 0.077 0.355 0.150
0 0.3
350 L2 0.058 0.262 0.111
1 0.2
256 L3 0.049 0.225 0.133
3 0.3
309 L1 0.005 0.023 0.004
4 0.0
008 L2 0.007 0.033 0.002
2 0.0
004 L3 0.004 0.020 0.003
3 0.0
006 L1 0.131 0.602 0.012
2 0.0
028 L2 0.134 0.608 0.015
5 0.0
036 L3 0.140 0.674 0.023
3 0.0
054 L1 ‐ 1.856 ‐
2.0
077 L2 ‐ 1.782 ‐
1.7
794 L3 ‐ 2.395 ‐
1.8
852 L1 ‐ 3.24 ‐
10.38 PWH
HD L2 ‐ 3.69 ‐
12.19 L3 ‐ 3.36 ‐
11.00 11 12 13 THD
D 3.1% 3.1% 1.33% 1.33% 2% 2% 23% 13% 23% 22% ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 4 o
of 10 SolarrLake 30000T
TL‐PM Pow
wer Quality. V
Voltage fluctuations andd Flicker.
Meaasured Value
es Starting
dmaxx dc [%] [%] 0.000
0 0.000
Stopping
g d(t) [%] dmax dc [%
%] 0.000 Running [%] d(t) [%] P st Plt 2 hours 0.00
00
0.000
0.000 0.0064 0.06
64 Normalised to ndard imped
dance stan
and 3.68kW for multiple units N/A N/A N/A N//A N/A N/A N
N/A N/A
A Limiits set unde
er BS EN 661000‐3‐2 4% 3.3%
3.3% % 4%
3.3%
3.3% 11.0 0.6
65 5500ms
500ms
Testt start date Testt location Test end date 06\05\20114 Eurofins Product Testing Servvice (Shanghai)Co.,Ltd. 06\05\2014 SolarrLake 25000T
TL‐PM Pow
wer Quality. DC injection. Testt power leve
el 10%
% L1 L2
L3 0.0188
0.015
0.041 Reco
orded value 0.02 as %
% of rated AC
C current 0.055 0.0499 Limiit 55%
L1 100% L2 L3 0.032
0.03 0.025
0.044 0.088 0.082 0.068 0.1110 0.088 0.060 0.25%
% L11 0.25%
L2 0.032 L3 L
0.022
0
0.25% SolarrLake 30000T
TL‐PM Pow
wer Quality. DC injection. Testt power leve
el 10%
% L1 55%
L2
L3 L1 100% L2 L3 L11 L2 L3 L
Reco
orded value 0.004 0.0166
0.007
0.003
0.007
0.025
0.0004 0.011 0.012
0
as %
% of rated AC
C current 0.009 0.0377
0.016
0.007
0.016
0.057
0.0009 0.025 0.028
0
Limiit 0.25%
% 0.25%
0.25% ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 5 o
of 10 SolarrLake 25000T
TL‐PM Pow
wer Quality. Power facto
or. 216.2V 230V
253V
Meaasured value
e 0.999 0.999
0.999
Limiit >0.95 >0.95
>0.95
Measurred at threee voltage le
evels and at full outputt. Voltage to
o be maintained withinn ±1.5% of the stated llevel during the test. SolarrLake 30000T
TL‐PM Pow
wer Quality. Power facto
or. 216.2V 230V
253V
Meaasured value
e 0.999 0.999
0.999
Limiit >0.95 >0.95
>0.95
Measurred at threee voltage le
evels and at full outputt. Voltage to
o be maintained withinn ±1.5% of the stated llevel during the test. ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 6 o
of 10 Prottection. Freq
quency tests Funcction Settingg Trip te
est “No ttrip tests” Fre
equency Time delay F requency
Time delay Frequency/TTime Confirrm no trip
p U/F stage 1 4
47.5Hz 20s 47.49 Hz 20.01s 47.7Hz/ 25s No Trip U/F stage 2 47Hz 0.5s 46.97 Hz 0.504 s 47.2Hz/ 19.998s No Trip 46.8Hz/ 0.488s No Trip O/F stage 1 5
51.5Hz 90s 51.53 Hz 90.01 s 51.3Hz/ 95s No Trip O/F stage 2 52Hz 0.5s 52.03 Hz 0.509 s 51.8Hz/ 89.998s No Trip 52.2Hz/0.48ss No Trip Prottection. Volttage tests L1 Funcction Setting
Trip tesst Vo
oltage Time
e delay “No ttrip tests” Vooltage Tim
me delay Voltage /Time
V
e Confirm
m no trip U/V stage 1 20
00.1 V 2.5s 2
2000.8 V
2.52 s 204.1V/ 3.5s 2
No trip U/V stage 2 184 V 0.5s 0
1884.9 V
0.54 s 188V/ 2.48s No trip 180V/ 0.48s No trip O/V
V stage 1 26
62.2 V 1.0s 1
2660.4 V
1.003 s 1
258.2V/ 2.0s 2
No trip O/V
V stage 2 27
73.7 V 0.5s 0
2773.2 V
0.573 s 0
269.7V/ 0.98s
2
s No trip 277.7V/ 0.48s
2
s No trip L2
Funcction Se
etting
Trip test Vo
oltage Time
e delay “N
No trip Fun
nction t ests” Vooltage Tim
me delay Setting Trip te
est Voltage /Time
V
e Confirm
m no trip U/V stage 1 20
00.1 V 2.5s 2
2000.6 V
2.52 s 204.1V/ 3.5s 2
No trip U/V stage 2 184 V 0.5s 0
1884.8 V
0.576 s 0
188V/ 2.48s No trip 180V/ 0.48s No trip O/V
V stage 1 26
62.2 V 1.0s 1
2660.2 V
1.004 s 1
258.2V/ 2.0s 2
No trip O/V
V stage 2 27
73.7 V 0.5s 0
2773.0 V
0.577 s 0
269.7V/ 0.98s
2
s No trip 277.7V/ 0.48s
2
s No trip L3
ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 7 o
of 10 Funcction Se
etting
Trip test Vo
oltage Time
e delay “N
No trip Fun
nction t ests” Vooltage Tim
me delay Setting Trip te
est Voltage /Time
V
e Confirm
m no trip U/V stage 1 20
00.1 V 2.5s 2
2000.2 V
2.60 s 204.1V/ 3.5s 2
No trip U/V stage 2 184 V 0.5s 0
1884.3 V
0.54 s 188V/ 2.48s No trip 180V/ 0.48s No trip O/V
V stage 1 26
62.2 V 1.0s 1
2660.0 V
1.007 s 1
258.2V/ 2.0s 2
No trip O/V
V stage 2 27
73.7 V 0.5s 0
2772.6 V
0.56 s 269.7V/ 0.98s
2
s No trip 277.7V/ 0.48s
2
s No trip Notee for Voltage
e tests the V
Voltage requ ired to trip iis the setting
g ±3.45V. Th e time delayy can be m
measured att a larger de
eviation thann the minim
mum required
d to operatee the protection. The No trip testts need to be carried ou
b
ut at the se
etting ±4V an
nd for the reelevant time
es as wn in the table above to
o ensure thatt the protecttion will nott trip in errorr. show
ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 8 o
of 10 Prottection. Losss of Mains te
est accordingg BS EN 6211
16 Frequ
uency : 50+/‐‐0.1 Hz UN = 230+/‐3 V
Vac Testt conditions Distortion
n factor of ch
hokes < 2% Quality = 1 Discconnection limit 0.5 s Reactiv
PAC e load (% of (% of QL nomi
in 6.1.d) nal) QACC (% oof nom
mi
nal ) No.. PEUT(% of EUT rating 1 100 100 0 0
417
41
15
4 100 100 ‐5 ‐5
212
5 100 100 ‐5 0
6 100 100 ‐5 7 100 100 8 100 9 Run on Time (m
ms) PEUT (W) Qff Remarks 376
29750
2
1.004 Test A a
at BL
21
17
211
28450
2
1.006 Test A a
at IB 301
30
05
303
28370
2
1.009 Test A a
at IB +5 326
33
30
324
28520
2
1.1 2 Test A a
at IB 0 ‐5
247
24
49
248
29840
2
1.002 Test A a
at IB 100 0 +5 332
33
35
333
29980
2
1.006 Test A a
at IB 100 100 +5 ‐5
241
24
45
243
31530
3
0.998 Test A a
at IB 10 100 100 +5 0
311
31
17
313
31480
3
1.00 Test A a
at IB 11 100 100 +5 +5 263
26
67
266
31370
3
0.997 Test A a
at IB 12 66 66 0 ‐5
206
21
10
226
19800
1
1.00 Test B a
at IB 13 66 66 0 ‐4
318
32
23
320
19800
1
1.001 Test B a
at IB 14 66 66 0 ‐3
193
19
96
195
19810
1
1.001 Test B a
at IB 15 66 66 0 ‐2
242
24
46
245
19810
1
1.002 Test B a
at IB 16 66 66 0 ‐1
193
19
96
197
19820
1
1.003 Test B a
at IB 2 66 66 0 0
227
23
32
229
19820
1
1.004 Test B a
at BL
17 66 66 0 +1 337
34
43
338
19820
1
1.004 Test B a
at IB 18 66 66 0 +2 329
33
33
331
19820
1
1.005 Test B a
at IB 19 66 66 0 +3 276
27
79
276
19820
1
1.006 Test B a
at IB 20 66 66 0 +44 214
21
16
213
19820
1
1.007 Test B a
at IB 21 66 66 0 +5 365
36
68
365
19820
1
1.007 Test B a
at IB 22 33 33 0 ‐5
296
29
99
297
10070
1
0.999 Test C a
at IB 23 33 33 0 ‐4
319
32
22
318
10070
1
1.00 Test C a
at IB 24 33 33 0 ‐3
324
32
27
322
10070
1
1.001 Test C a
at IB 25 33 33 0 ‐2
175
17
78
174
10070
1
1.002 Test C a
at IB 26 33 33 0 ‐1
344
34
48
345
10070
1
1.004 Test C a
at IB 3 33 33 0 0
296
29
99
297
10070
1
1.005 Test C a
at BL
27 33 33 0 +1 349
35
53
347
10070
1
1.006 Test C a
at IB 28 33 33 0 +2 210
21
13
209
10070
1
1.007 Test C a
at IB ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 9 o
of 10 29 33 33 0 +33 186
18
88
184
10070
1
1.009 Test C a
at IB 30 33 33 0 +44 253
25
56
252
10070
1
1.110 Test C a
at IB 31 33 33 0 +55 330
33
34
331
10070
1
1.111 Test C a
at IB Prottection. Freq
quency change, Stability y test Start Frequeency Change End
d Fre
equency Confirm no
o trip
Positive Vector SShift 49.5Hz
+9 de
egrees No trip Negaative Vector Shift 50.5Hz
‐9 de
egrees No trip Positive Frequen
ncy Drift 49.5Hz
+0.19
9Hz/sec
51.5Hz No trip Negaative Frequency Drift 50.5Hz
‐0.19
9Hz/sec
47.5Hz No trip Prottection. Re‐cconnection ttimer. Testt should pro
ove that the
e reconnectiion sequencce starts after a minimuum delay of 20 seco
onds for restoration of vo
oltage and frrequency to within the sttage 1 settin gs of table 1
1. Timee delay Measured setting elay de
1180 s 188 s Checks onn no reconn
nection whe
en voltage oor frequenccy is brought too just outside stage 1 lim
mits of table 1. At 266.2 V Confirmation that the No re‐connnect
G does not rre‐connect. SSEG
At 19
96.1 V No re‐connect
At 47.4 Hz A
At 51.6 Hz No
o re‐connect No re‐connect
ENG
GINEERING R
RECOMMEN
NDATION G5
59/3 CER
RTIFICATE & SAFETY – R
R&D TR 10003
Page 10 o
of 10 Faullt level contrribution. SolarrLake 25000T
TL‐PM SolarLake 30000TTL‐PM Forr a Inverter SSSEG For a Inverter SSSEG Time After Fault Volts Ampps Time
e After Fault
Volts Amp
ps 20m
ms 23.06 0.994 20ms 23.07 0.96
6 100m
ms 23.05 0.993 100m
ms 23.06 0.96
6 250m
ms 23.05 0.993 250m
ms 23.05 0.95
5 500m
ms 23.04 0.992 500m
ms 23.05 0.93
3 Timee to trip 0.022 In secoonds Time
e to trip 0.023 In seco
onds ‐
Ennd of Document ‐ 
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