Optimization Model for Refinery Hydrogen Networks Part I
MNRE Certificate Of Home Lighting System.PDF
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Nationaf Institute of Solar Energv. ,
(An AHtenci[Hu1tnffttuflon sf
'MNRE,
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19 k,m [tgtlr, gurglon"Farldabad
Raadr:1wat ptrtrrf, drirgron (Haryana) -tzzool
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Dear Sir,
Please refer
ciirected [o enclose
to your letter No. /Order Form No. ddft,. dis ?r-..r-b rrherewith the Test Report No :
of your submitted iriolLtnl,tui
i will be presumed that the 'entries
thereinTffi noans
enter,tained thereafter on this particular repb'r[,',
5.
'5' Further yqu are also requested to colhct your samples at your cost within.go days, from the date ofissue of this letter failing which. NlsE will dispose of the sample In best posiible manner ano NlsE will
not be responsible in any manner for this sample.
6. please notethat no duplicate invoice or test report will be issrjed by NISE under any circumstances,
Kindlv, acknowredge the receipt of this retter arong with originar test report and origihar invoice.
Encl:
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2.
3.
copy
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Test Report -
;Original Invoi
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fqrwarded for i
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to Directo
Guard File
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2. Test Report No. t6sn4tst20rstrztmLs
National Institute of Solar energy
An Autonomous Institute of Ministry of New & Renewable Energy
P.O. & Village Gwalpahari, Distt. Gurgaon
Haryanp, India
201 4-2015
PERFORIAI€E TEST REFffiT
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HOilE LrcHnrfc snsrE GE BrsED E {
The In is the manufacturer of E ics f or Home Lieh
Sample ID No: l65ll4l5lLBD
Manufactured by: lWs . Highflow Industries Pvt. Ltd., Faizabad (U.P)
M/s. Submitted by: M/s . Highflow Industries Pvt. Ltd., Faizabad (U.P)
NOTE
This is a report on measurements carried out on the home lighting system
(LED based) submitted at National Institute of Solar Energy as per User specifications. The
data reported in this TEST REPORT are valid at the time of and under the stipulated
conditions of measurement and the test results are applicable to this sample only, and do
not apply to other home lighting systems even though declared to be identical The data
contents in this report do not constitute a qualificatjon test cerlificate S= JE ^cf €
any liability for any consequences irducl;'g cs'i:rT're?a r csrrrse q il d -utilization of the information contained in ftb repoft.
The Test Report, if reproduced for any purpose, commercial or otherwise, should be
reproduced in full. The contents of the report can be published only after a written approval
from the DG, NISE. This report consists of 6pages.
,-*
''S
j(D
Test Report No, Total No, of pages tagmsNo.q
1. 65 / 1. 4r5 | 20Ls I U 2/H L S 4
, i 1,1,r'stry,i t riew rr ru
I (D
;?. ,lonov;t'J e Energy,/,-li-
'7,, t ,/ .. !
System
3. Sample ID No: 165/14f S/LEI)
Manufactured by: IVI/s. Ifighflow Industries Pvt. Ltd., Faizabad (U.P)
IVI/s. Submitted by: ll{/s. Highflow Industries ht. Ltd., Faizabad (U.P)
Tct Descdpfon as MNRE specifications NISE observations
PV Module
i. a) Name of Manufacture's or
distinctive logo
b) Model or Type No
c) No. of modules
d) Serial N.
e) Year of make.
ii Module Wattage at 16.4 V
Ms. Ningbo Osda Solar Co. Ltd.,China
00A40-18-P
1
6681 0534096601 64
Not Provided
39.06 W
i. Make Or Brand of LED
ii. No. of LED(S)/Watt of LEDs
iii. No of Luminaries
iv. Lux output at 12V (2.5m height)
a) At center
b) 0n periphery of 1.0m dia
c) On periphery of 2.0m dia
d) 0n periphery of 2.5m dia
iv. Housing including optics for focusing
lig h t.
M/S. PHILIPS
5 Nos for one luminary E
3 Nos for second Luminary
2 Nos.
Luminaryl/Luminary 2 t'
5.0/8.0Lux
4.517.21ux
3.1/5.1Lux
3.6/5.9Lux'
Provided
'Low Light
0utput
M/s.Highflow,Tubular Lead Acid, 1 Nos
12V
43.94 Ah
Gorply
Batterv
i Make, type and No. Of Battery.
ii Voltage
iii 'f 00o/o capacity al Cl20 or suitable
discharge rate.
iv 06 of rated capacity between
lor and high cut-off Yoltages-
Ni '' I
Prepared by ffipproved by'?{tn Issue
Test Report No. Total No. of pages Page No.
t 65 | | frs| 2OLs / L | 2IHLS 4 2
4. Sample ID No: l6Sll4lSlLED
Manufactured by: IVI/s . Highflow Industries PYt' Ltd', Faizabad (U'P)
lWs. Submitted by: l[/s . Highflow Industries Pvt' Ltd', Faizabad (U'P)
*Low EfflclencY
5.00w
4.07W
81.33 06'
No variation
?,,44W
1 .97W
80.79 06*
No variation
Lumina tY 1
a.Parameters at 12V
i) InPut Power
ii) OutPut Power
iii) EfficiencY
U.Vaiiation of output current with input voltage'
Lumina ry 2
a. Parameters at 1 2V
i)lnput Power
ii) OutPut Powet
iii) EfficiencY
b.Variation of output current with input voltage'
Itlo
-load
Protection
BatterY Protection
Low voltage cut-off
Load reconnect
Over charge cut'off
TemP. comPensation
Short circuit
BatterY reverse PolaritY
ldle curlent
No Load current
Provided
11.21U
12.65V
14.99V
P rov ld ed
Provided
P rovid ed
0.00mA
6.462mA
Provided
provided
a. Indicators
b. Name plate on the system body with
inf ormation.
5. Solar Energy Centre
File: Unnamed
Module name: Multi C-Si 165t1415
QuickSun Flash Tester
Version 5.18.19
Print Date: 29t0it2is
2 .5 dV/dl = 261 ohm
C
u 2.0
T
T
- 1.5n
t
STC Measurement
lOOOWm2; 25"C; Alt 1-5G
=LtEl2i7
=107ohm
20
0.0
0
rCell eff. [%]:
Module ett.l%l:
| @ 16.aV [A]:
5
= 16.0
= 11.9
= 2.382
1
Multi C-Si 16511415
Yr-
HIGH FLOW
20.00
000
( 3q.of N)
10 15
Vo,Ltage IV]
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Module:
Name:
Bin #:
Manufacturer:
Current temp. coeff.
(microfucm2/'C):
Curve correction fac
(mOhm/cell/"C):
Cellarca (crn'i:
Ambient temp. ('C):
lrradiance (Wm2).
lsc (A):
Voc (V):
Pmp (W):
Celleff. (%):
Est. shunt resistance:
(ohm)
Operator:
#"
Product lD:
Voltage temp. coeff
(mV/cell/"C):
Series resistance
(mOtrnrceft
SEnsor temp. ('C):
Corrected temp. ("C).
lmp (A):
Vmp (V):
F.F.:
Module eft. (%).
Est. series resisi'ance:
(mohm)
SRS
oDA40-18-P
6681 053409660164
-2.10
8_80
25.2
25.0
2.287
17.69
0.736
11.9
1070
25.3
1 000
2.459
22.36
40.5
16.0
261
nt'
w{l