Solar Inverter Test Report Huawei Technologies Co.,Ltd

Huawei Technologies Co.,Ltd Solar Inverter

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Test report no. 160800231SHA-001
Page 1 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
FCC TEST REPORT for Part 15G
No. 160800231HA-001
Applicant
:
Huawei Technologies Co.,Ltd
Administration Building, Headquarters of
Huawei Technologies Co., Ltd., Bantian, Longgang
District, Shenzhen, China
Manufacturer
:
Huawei Technologies Co.,Ltd
Administration Building, Headquarters of
Huawei Technologies Co., Ltd., Bantian, Longgang
District, Shenzhen, China
Product Name
:
Solar Inverter
Type/Model
:
SUN2000-45KTL-US-HV-D0
TEST RESULT
:
PASS
SUMMARY
The equipment complies with the requirements according to the following standard(s)
or specification:
47CFR Part 15 (2015): Radio Frequency Devices (Subpart G)
ANSI C63.4 (2014): American National Standard for Methods of Measurement of
Radio-Noise Emissions from Low-Voltage Electrical and Electronic Equipment in the
Range of 9 kHz to 40 GHz
Date of issue: Dec 22, 2016
Prepared by: Reviewed by:
Wakeyou Wang (Project Engineer) Daniel Zhao (Reviewer)
Test report no. 160800231SHA-001
Page 2 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Description of Test Facility
Name: Intertek Testing Services Limited Shanghai
Address: Building 86, No. 1198 Qinzhou Rd., North, Shanghai 200233, P.R.China
FCC Registration Number: 236597
IC Assigned Code: 2042B-1
Name of contact: Jonny Jing
Tel: +86 21 61278271
Fax: +86 21 54262353
Test report no. 160800231SHA-001
Page 3 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Content
SUMMARY.............................................................................................................................................. 1
DESCRIPTION OF TEST FACILITY.............................................................................................................2
1 GENERAL INFORMATION.............................................................................................................. 4
1.1 Description of Equipment Under Test (EUT)...................................................... 4
1.2 Description of Client............................................................................................ 5
1.3 Description of Test Facility..................................................................................5
2 TEST SPECIFICATIONS................................................................................................................... 6
2.1 Standards or specification.................................................................................... 6
2.2 Mode of operation during the test........................................................................ 6
2.3 Test software list.................................................................................................. 6
2.4 Test peripherals list.............................................................................................. 6
2.5 Instrument list.......................................................................................................7
2.6 Test Summary.......................................................................................................8
3 CONDUCTED EMISSION.......................................................................................................................... 9
3.1 Limits....................................................................................................................9
3.1.1 Limits for conducted emission of class A device..........................................9
3.1.2 Limits for conducted emission of class B device.......................................... 9
3.2 Test setup............................................................................................................10
3.3 Test Setup and Test Procedure........................................................................... 11
3.4 Test Protocol.......................................................................................................12
3.5 Measurement uncertainty................................................................................... 12
4 RADIATED EMISSION............................................................................................................................ 13
4.1 Radiated emission limits.................................................................................... 13
4.2 Test Environment............................................................................................... 14
4.3 Description of the Test Sites.............................................................................. 16
4.4 Test Setup and Test Procedure........................................................................... 22
4.5 Test Protocol.......................................................................................................23
4.6 Measurement uncertainty................................................................................... 29
Test report no. 160800231SHA-001
Page 4 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
1 GENERAL INFORMATION
1.1 Description of Equipment Under Test (EUT)
Product Name
:
Solar Inverter
Type/Model
:
SUN2000-45KTL-US-HV-D0
Description of EUT
:
There is model only.
Rating
:
Max input Voltage: 1500V DC, Max input Current:
22A/22A/22A/22A, Nominal output Voltage: 600V AC, Output
rated Power: 45 kW;
Modulation
:
OFDM
Number of carriers
:
143
Carrier spacing
:
24.414kHz
Channel bandwidth
:
200kHz
Notch
capability/control
:
Without such function
Power settings/control
:
-5~7 (7 is the highest power and tested as the worst mode)
Duty factor of signal
injection
:
50%
Category of EUT
:
Class B
Operation Frequency
range for 15G
:
2.5MHz – 5.7MHz
Sample received date
:
Oct 20, 2016
Date of test
:
Oct 20, 2016 - Oct 26, 2016
Power line type
:
Medium-voltage
low –voltage
FCC ID
:
QIS45KTLUSPLC
Test report no. 160800231SHA-001
Page 5 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
1.2 Description of Client
Applicant
Huawei Technologies Co.,Ltd
Administration Building, Headquarters of
Huawei Technologies Co., Ltd., Bantian, Longgang
District, Shenzhen, China
Name of contact
Zhang Xinghai
Tel
8675528970299
Fax
8675589650226
Email
[email protected]
Manufacturer
Huawei Technologies Co.,Ltd
Administration Building, Headquarters of
Huawei Technologies Co., Ltd., Bantian, Longgang
District, Shenzhen, China
1.3 Description of Test Facility
Name
Intertek Testing Service Shanghai
Address
Building 86, No. 1198 Qinzhou Road(North), Shanghai
200233, P.R. China
Telephone
86 21 61278200
Telefax
86 21 54262353
In-site location
Name
Huawei Technologies Co.,Ltd
Address
Manka Science and Technology Park, No 901 Tanglu
Road, Shanghai, P.R. China
Test report no. 160800231SHA-001
Page 6 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
2 TEST SPECIFICATIONS
2.1 Standards or specification
47CFR Part 15 (2015)
ANSI C63.4 (2014)
FCC-11-160A1
2.2 Mode of operation during the test
Within this test report, EUT was tested with modulation and tested under its rating
voltage and frequency.
2.3 Test software list
Test Items
Software
Manufacturer
Version
/
/
/
/
/
/
/
/
2.4 Test peripherals list
Item No.
Name
Band and Model
Description
/
/
/
/
/
/
/
/
Test report no. 160800231SHA-001
Page 7 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
2.5 Instrument list
Selected
Instrument
Model
Manufactory
EC no.
Valid until date
EMI Test
Receiver
ESPI3
R&S
101505
10/29/2016
Bilog Antenna
CBL 6112D
TESEQ
25221
5/20/2018
Loop Antenna
FMZB1516
Schwarzbeck
1516115
5/27/2017
Test report no. 160800231SHA-001
Page 8 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
2.6 Test Summary
This report applies to tested sample only. The test results have been compared
directly with the limits, and the measurement uncertainty is recorded. This
report shall not be reproduced in part without written approval of Intertek
Testing Service Shanghai Limited.
TEST ITEM
FCC REFERANCE
RESULT
NOTE
Conducted emission
15.611(a), 15.107
NA
Not applied to Access
BPL.
Radiated emission
15.611(b), 15.109
Pass
/
Notes: 1: NA =Not Applicable
2: This report is for the exclusive use of Intertek's Client and is provided
pursuant to the agreement between Intertek and its Client. Intertek's
responsibility and liability are limited to the terms and conditions of the
agreement. Intertek assumes no liability to any party, other than to the
Client in accordance with the agreement, for any loss, expense or damage
occasioned by the use of this report. Only the Client is authorized to permit
copying or distribution of this report and then only in its entirety. Any use
of the Intertek name or one of its marks for the sale or advertisement of the
tested material, product or service must first be approved in writing by
Intertek. The observations and test results in this report are relevant only to
the sample tested. This report by itself does not imply that the material,
product, or service is or has ever been under an Intertek certification
program.
Test report no. 160800231SHA-001
Page 9 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
3 Conducted emission
Test result: NA
3.1 Limits
3.1.1 Limits for conducted emission of class A device
Frequency range
(MHz)
Limits dB(V)
Quasi-peak Average
0.15 ~ 0.5
79
66
0.5 ~ 30
73
60
Note: If the limit for the measurement with the average detector is met when using a
receiver with a quasi-peak detector, the equipment under test shall be deemed
to meet both limits and the measurement using the receiver with an average
detector need not be carried out.
3.1.2 Limits for conducted emission of class B device
Frequency range
(MHz)
Limits dB(V)
Quasi-peak Average
0.15 ~ 0.5
66 ~ 56 *
56 ~ 46 *
0.5 ~ 5
56
46
5 ~ 30
60
50
Note: 1. * Means the limit decreasing linearly with the logarithm of the frequency in
the range 0.15MHz to 0.5MHz
2. If the limit for the measurement with the average detector is met when using
a receiver with a quasi-peak detector, the equipment under test shall be deemed
to meet both limits and the measurement using the receiver with an average
detector need not be carried out.
Test report no. 160800231SHA-001
Page 10 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
3.2 Test setup
For table top equipment
For floor standing equipment
Test report no. 160800231SHA-001
Page 11 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
3.3 Test Setup and Test Procedure
Measurement was performed in shielded room, and instruments used were following
clause 4 and clause 5 of ANSI 63.4.
Detailed test procedure was following clause 7.3 of ANSI 63.4.
EUT arrangement and operation conditions were according to clause 6 and clause 7 of
ANSI 63.4.
Frequency range 150kHz – 30MHz was checked and EMI receiver measurement
bandwidth was set to 9 kHz.
Test report no. 160800231SHA-001
Page 12 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
3.4 Test Protocol
Temperature : C
Relative Humidity : %
Test Data:
Frequency
(MHz)
Quasi-peak
Average
level
dB(V)
Limit
dB(V)
Margin
(dB)
level
dB(V)
limit
dB(V)
Margin
(dB)
Notes: All possible modes of operation were investigated. Only the worst case
emissions was measured.
3.5 Measurement uncertainty
Measurement uncertainty: 3.19dB
The measurement uncertainty is given with a confidence of 95%, k=2.
Test report no. 160800231SHA-001
Page 13 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
4 Radiated emission
Test result: Pass
4.1 Radiated emission limits
Frequency (MHz)
Permitted limit in dBV/m
(Quasi-peak)
of Measurement Distance 30m
0.0090.490
107.6-20lg (FkHz)
0.4901.705
87.6-20lg (FkHz)
1.70530.0
29.5
Note: for the measurement distance other than 30m, the limit is varied according to
40dB/10 decades.
Frequency (MHz)
Permitted limit in dBV/m
(Quasi-peak)
of Measurement Distance 3m
30 – 88
40.0
88 – 216
43.5
216 – 960
46.0
Above 960
54.0
Note: for the measurement distance other than 3m, the limit is varied according to
20dB/10 decades.
Test report no. 160800231SHA-001
Page 14 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
4.2 Test Environment
Measurement Principles for Access BPL on Overhead Line Installations
(1) Measurements should normally be performed at the horizontal reference distance
as specified in Sections 15.209 and 15.109 of the rules (i.e., 30 meters for frequencies
below 30 MHz and 10 meters for frequencies 30-88MHz.) If necessary, due to
ambient emissions, for frequencies below 30 MHz, measurements may be performed
at a closer distance such as 10 meters (or 3 meters if necessary for safety or because
measurements cannot practically be performed at 30 meters or 10 meters) from the
overhead line. Distance corrections are to be made in accordance with paragraph (4),
below.
(2) Testing shall be performed at distances of 0, 1/4, 1/2, 3/4 and 1 wavelength down
the line from the BPL injection point on the power line. Wavelength spacing is based
on the mid-band frequency used by the EUT. In addition, if the mid-band frequency
exceeds the lowest frequency injected onto the power line by more than a factor of
two, testing shall be extended in steps of 1/2 wavelength of the mid-band frequency
until the distance equals or exceeds 1/2 wavelength of the lowest frequency injected.
(For example, if the device injects frequencies from 3 to 27 MHz, the wavelength
corresponding to the mid-band frequency of 15 MHz is 20 meters, and wavelength
corresponding to the lowest injected frequency is 100 meters. Measurements are to be
performed at 0, 5, 10, 15, and 20 meters down line—corresponding to zero to one
wavelength at the mid-band frequency. Because the mid-band frequency exceeds the
minimum frequency by more than a factor of two, additional measurements are
required at 10-meter intervals until the distance down-line from the injection point
equals or exceeds 1/2 of 100 meters. Thus, additional measurement points are
required at 30, 40, and 50 meters down line from the injection point.)
(3) Testing shall be repeated for each Access BPL component (injector, extractor,
repeater, booster, concentrator, etc.)
(4) The distance correction used to calculate the applicable extrapolated emission
levels for the measurements that are closer than the specified reference distance in
Section 15.209 of the rules shall be based on the slant-range distance, which is the
diagonal distance from the center of the measurement antenna to the nearest point of
the overhead power line carrying the BPL signals being measured, as defined in
Section 15.3(hh) of the rules. Calculations of the slant-range distance and the
applicable extrapolated emission levels are made according to Equations (1) and (2) in
Section 6, below.
(5) For Access BPL devices operating below 30 MHz, if the site-specific alternative
extrapolation method is selected, the extrapolation factor is determined by fitting a
straight line to measurements of field strength in dBμV/m vs. logarithmic distance in
meters from the nearest conductor carrying BPL emissions. Site-specific
determination of the extrapolation factor is not permitted for BPL devices that inject
signals on the neutral/grounded line of a power system if a grounding conductor
(typically located at each pole) is located within 30 meters of any of the measurement
locations.
a. Measurements shall be made for at least four horizontal distances from the
overhead line, at no less than 3 meters from the lateral plane and differing from each
Test report no. 160800231SHA-001
Page 15 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
other by at least 3 meters. If these measurements allow a straight line with a negative
slope to be calculated or drawn with reasonable fit (the minimum regression
coefficient of multiple correlation would be 0.9), the best straight line fit would be
used to calculate field strength at the 30-meter standard measurement distance in the
rules.
b. If the four measurements do not satisfy the regression coefficient requirement
specified above, measurements at one or more additional distances shall be added
until the regression coefficient is satisfied. If the regression coefficient is not satisfied,
a site-specific extrapolation rate may not be used.
Measurement Principles for Access BPL in Underground Line Installations
(1) Underground line installations are those in which the BPL device is mounted in, or
attached to a padmounted transformer housing or a ground-mounted junction box and
couples directly only to underground cables.
(2) Measurements should normally be performed at the horizontal reference distance
as specified in Section 15.209 of the rules (i.e., 30 meters for frequencies below 30
MHz and 10 meters for frequencies 30-88MHz.) If necessary, due to ambient
emissions, for frequencies below 30 MHz, measurements may be performed at a
closer distance such as 3 meters or 10 meters from the inground transformer. Distance
corrections are to be made in accordance with Section 15.31(f) in the rules.
(3) Measurements shall be made at positions around the perimeter of the in-ground
power transformer where the maximum emissions occur. ANSI C63.4, section 8.1,
specifies a minimum of 16 radial angles surrounding the EUT (in-ground transformer
that contains the BPL device(s)). If directional radiation patterns are suspected,
additional azimuth angles shall be examined.
Test setup is showed as below:
Overhead power line / Underground power line
Test report no. 160800231SHA-001
Page 16 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
4.3 Description of the Test Sites
Overhead Line Installation Locations:
The device injects frequencies at 2.5MHz-5.7MHz;
The wavelength of mid-band frequency is 73.2m;
The wavelength corresponding to the lowest injected frequency is 120m and no
extended test should be conducted.
Location 1: See below
Test Point
Test Distance down the line from the BPL injection point
(m)
0
0
1/4 * λ
18.3
1/2* λ
36.6
3/4 * λ
54.9
λ
73.2
Test report no. 160800231SHA-001
Page 17 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Location 2: See below
Test Point
Test Distance down the line from the BPL injection point
(m)
0
0
1/4 * λ
18.3
1/2* λ
36.6
3/4 * λ
54.9
λ
73.2
Test report no. 160800231SHA-001
Page 18 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Location 3: See below
Test Point
Test Distance down the line from the BPL injection point
(m)
0
0
1/4 * λ
18.3
1/2* λ
36.6
3/4 * λ
54.9
λ
73.2
Test report no. 160800231SHA-001
Page 19 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Underground Line Installation Locations:
Measurements shall be made at positions of minimum of 16 radial angles surrounding
the EUT, namely 0, 22.5o, 45o…337.5 o.
Location 1: See below
Test report no. 160800231SHA-001
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FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Location 2: See below
Test report no. 160800231SHA-001
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FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Location 3: See below
Test report no. 160800231SHA-001
Page 22 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
4.4 Test Setup and Test Procedure
The measurement was performed in site.
The horizontal distance between EUT and receiving antenna is 3meter for both
overhead & underground installation.
The required measurement frequency range was checked.
The radiated emission was measured using the R&S Test Receiver / Spectrum
Analyzer with the resolutions bandwidth set as:
RBW =9kHz @ receiver mode (9kHz~30MHz)
RBW = 120kHz @ receiver mode (30MHz~1GHz)
RBW / VBW = 1MHz / 3MHz @ spectrum mode (>1GHz for PK) if applied;
RBW / VBW = 1MHz / 10Hz @ spectrum mode (>1GHz for AV) if applied;
Slant factor for lower than 30MHz @ overhead installation:
Here Hant = 1m, Hpower_line = 2m, Dh= 3m;
Therefore Dslant = (32+ (2-1)2)1/2 = 3.2m;
Slant factor = 40lg (30 / 3.2) = 38.9dB
Measurement distance factor for lower than 30MHz @ underground installation:
Distance factor = 40lg (30 / 3) = 40dB
Antenna height factor for higher than 30MHz @ overhead and underground
installation (the antenna height is fixed at 1m but not varied from 1m to 4 m): Antenna
height factor = -5dB
Test report no. 160800231SHA-001
Page 23 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
4.5 Test Protocol
Overhead location 1
A
B
C
D
E
F
G
H
I
J
Test
Point
(m)
Ant.
Pol.
Freq.
(MHz)
Reading
(dBuV/m)
Ant.
Factor
(dB)
Cable
loss
(dB)
Slant factor /
Ant height
Factor
(dB)
Net
(dBuV/m)
Limit
(dBuV/m)
Margin
(dBuV/m)
0
X
4.21
41.19
19.20
0.09
38.90
21.58
29.50
7.92
0
X
6.402
26.71
19.20
0.11
38.90
7.12
29.50
22.38
18.3
X
3.782
27.86
19.20
0.08
38.90
8.24
29.50
21.26
36.6
X
3.514
36.28
19.20
0.08
38.90
16.66
29.50
12.84
54.9
X
4.446
38.06
19.20
0.09
38.90
18.45
29.50
11.05
54.9
X
5.27
35.15
19.20
0.10
38.90
15.55
29.50
13.95
73.2
X
2.834
41.21
19.20
0.07
38.90
21.58
29.50
7.92
73.2
X
4.17
36.93
19.20
0.09
38.90
17.32
29.50
12.18
73.2
X
7.618
39.34
19.20
0.12
38.90
19.76
29.50
9.74
0
Y
2.59
32.13
19.20
0.06
38.90
12.49
29.50
17.01
0
Y
2.758
31.19
19.20
0.07
38.90
11.56
29.50
17.94
0
Y
3.902
33.79
19.20
0.08
38.90
14.17
29.50
15.33
0
Y
4.322
31.67
19.20
0.09
38.90
12.06
29.50
17.44
18.3
Y
2.37
35.36
19.20
0.06
38.90
15.72
29.50
13.78
18.3
Y
6.398
33.32
19.20
0.11
38.90
13.73
29.50
15.77
36.6
Y
6.25
42.94
19.20
0.11
38.90
23.35
29.50
6.15
54.9
Y
3.746
45.80
19.20
1.18
38.90
27.28
29.50
2.22
73.2
Y
4.318
42.10
19.20
0.09
38.90
22.49
29.50
7.01
73.2
Y
5.666
39.92
19.20
0.10
38.90
20.32
29.50
9.18
0
H
33.2
21.30
11.79
0.26
-5.00
38.35
40.00
1.65
0
H
146.52
24.71
8.33
0.59
-5.00
38.63
43.50
4.87
18.3
H
56.2
16.40
12.66
0.35
-5.00
34.41
40.00
5.59
18.3
H
237.04
15.79
11.91
0.74
-5.00
33.44
46.00
12.56
36.6
H
48.32
17.57
13.90
0.32
-5.00
36.79
40.00
3.21
54.9
H
317.4
15.98
13.74
0.91
-5.00
35.63
46.00
10.37
73.2
H
31.52
19.30
11.27
0.26
-5.00
35.83
40.00
4.17
73.2
H
141.04
21.07
8.31
0.58
-5.00
34.96
43.50
8.54
0
V
34.44
21.02
12.18
0.27
-5.00
38.47
40.00
1.53
18.3
V
50.76
18.49
13.75
0.33
-5.00
37.57
40.00
2.43
18.3
V
146.52
25.32
8.33
0.59
-5.00
39.24
43.50
4.26
36.6
V
32.52
19.68
11.58
0.26
-5.00
36.52
40.00
3.48
36.6
V
57.52
18.34
12.40
0.35
-5.00
36.09
40.00
3.91
36.6
V
72.04
20.69
9.45
0.40
-5.00
35.54
40.00
4.46
54.9
V
32.72
20.64
11.64
0.26
-5.00
37.54
40.00
2.46
73.2
V
290.6
15.84
13.03
0.87
-5.00
34.74
46.00
11.26
Note 1: H = D + E + F – G; J = I-H
Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed
signal is higher than 20 Hz.
Test report no. 160800231SHA-001
Page 24 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Overhead location 2
A
B
C
D
E
F
G
H
I
J
Test
Point
(m)
Ant.
Pol.
Freq.
(MHz)
Reading
(dBuV/m)
Ant.
Factor
(dB)
Cable
loss
(dB)
Slant factor /
Ant height
Factor
(dB)
Net
(dBuV/m)
Limit
(dBuV/m)
Margin
(dBuV/m)
0
X
3.986
43.49
19.20
0.08
38.90
23.87
29.50
5.63
0
X
4.45
46.41
19.20
0.09
38.90
26.80
29.50
2.70
18.3
X
4.45
41.53
19.20
0.09
38.90
21.92
29.50
7.58
18.3
X
4.35
44.67
19.20
0.09
38.90
25.06
29.50
4.44
36.6
X
2.83
41.57
19.20
0.07
38.90
21.94
29.50
7.56
36.6
X
4.45
42.78
19.20
0.09
38.90
23.17
29.50
6.33
54.9
X
4.494
38.17
19.20
0.09
38.90
18.56
29.50
10.94
54.9
X
6.603
35.38
19.20
0.11
38.90
15.79
29.50
13.71
73.2
X
2.822
36.23
19.20
0.07
38.90
16.60
29.50
12.90
73.2
X
3.482
36.60
19.20
0.08
38.90
16.98
29.50
12.52
0
Y
6.002
45.96
19.20
0.11
38.90
26.37
29.50
3.13
0
Y
7.274
46.37
19.20
0.11
38.90
26.78
29.50
2.72
18.3
Y
2.85
47.46
19.20
0.07
38.90
27.83
29.50
1.67
18.3
Y
3.482
45.41
19.20
0.08
38.90
25.79
29.50
3.71
18.3
Y
3.91
46.27
19.20
0.08
38.90
26.65
29.50
2.85
18.3
Y
4.45
44.28
19.20
0.09
38.90
24.67
29.50
4.83
36.6
Y
6.599
41.70
19.20
1.11
38.90
23.11
29.50
6.39
54.9
Y
4.838
31.78
19.20
0.10
38.90
12.18
29.50
17.32
73.2
Y
4.942
39.78
19.20
0.10
38.90
20.18
29.50
9.32
0
H
153.68
21.42
8.37
0.61
-5.00
35.40
43.50
8.10
0
H
269.2
16.80
12.65
0.81
-5.00
35.26
46.00
10.74
0
H
288.96
16.60
13.00
0.86
-5.00
35.46
46.00
10.54
0
H
342.4
16.34
14.51
0.93
-5.00
36.78
46.00
9.22
18.3
H
35.24
21.16
12.42
0.27
-5.00
38.85
40.00
1.15
18.3
H
61.36
21.10
11.63
0.37
-5.00
38.10
40.00
1.90
36.6
H
41.64
19.39
13.90
0.30
-5.00
38.59
40.00
1.41
36.6
H
249.32
18.61
12.28
0.76
-5.00
36.65
46.00
9.35
54.9
H
33.24
21.09
11.80
0.26
-5.00
38.15
40.00
1.85
54.9
H
250
21.71
12.30
0.76
-5.00
39.77
46.00
6.23
73.2
H
146.52
25.54
8.33
0.59
-5.00
39.46
43.50
4.04
0
Y
111.8
23.23
10.36
0.52
-5.00
39.11
43.50
4.39
36.6
Y
43.8
18.80
13.90
0.31
-5.00
38.01
40.00
1.99
36.6
Y
67.76
20.28
10.35
0.39
-5.00
36.02
40.00
3.98
54.9
Y
37.48
19.18
13.12
0.28
-5.00
37.58
40.00
2.42
54.9
Y
67.48
22.29
10.40
0.39
-5.00
38.08
40.00
1.92
54.9
Y
128.64
23.13
8.98
0.55
-5.00
37.66
43.50
5.84
54.9
Y
250
20.79
12.30
0.76
-5.00
38.85
46.00
7.15
Note 1: H = D + E + F – G; J = I-H
Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed
signal is higher than 20 Hz.
Test report no. 160800231SHA-001
Page 25 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Overhead location 3
A
B
C
D
E
F
G
H
I
J
Test
Point
(m)
Ant.
Pol.
Freq.
(MHz)
Reading
(dBuV/m)
Ant.
Factor
(dB)
Cable
loss
(dB)
Slant factor /
Ant height
Factor
(dB)
Net
(dBuV/m)
Limit
(dBuV/m)
Margin
(dBuV/m)
0
X
4.37
28.38
19.20
0.08
38.90
8.76
29.50
20.74
18.3
X
6.91
31.41
19.20
0.09
38.90
11.80
29.50
17.70
18.3
X
7.23
27.94
19.20
0.09
38.90
8.33
29.50
21.17
36.6
X
5.57
26.19
19.20
0.09
38.90
6.58
29.50
22.92
54.9
X
2.982
32.28
19.20
0.07
38.90
12.65
29.50
16.85
73.2
X
4.05
30.87
19.20
0.09
38.90
11.26
29.50
18.24
73.2
X
4.618
35.72
19.20
0.09
38.90
16.11
29.50
13.39
73.2
X
4.93
38.10
19.20
0.11
38.90
18.51
29.50
10.99
73.2
X
9.686
45.63
19.20
0.07
38.90
26.00
29.50
3.50
0
Y
5.274
32.22
19.20
0.08
38.90
12.60
29.50
16.90
18.3
Y
6.918
42.40
19.20
0.11
38.90
22.81
29.50
6.69
36.6
Y
7.23
22.84
19.20
0.09
38.90
3.23
29.50
26.27
54.9
Y
3.574
29.37
19.20
0.11
38.90
9.78
29.50
19.72
54.9
Y
6.602
30.44
19.20
0.11
38.90
10.85
29.50
18.65
54.9
Y
7.23
30.58
19.20
0.10
38.90
10.98
29.50
18.52
73.2
Y
1.886
40.22
19.20
0.07
38.90
20.59
29.50
8.91
73.2
Y
2.378
36.73
19.20
1.18
38.90
18.21
29.50
11.29
0
H
33.24
19.08
11.80
0.09
-5.00
35.97
40.00
4.03
0
H
37.08
18.45
12.99
0.10
-5.00
36.54
40.00
3.46
0
H
45.24
17.50
13.90
0.13
-5.00
36.53
40.00
3.47
18.3
H
30.8
20.07
11.05
0.10
-5.00
36.22
40.00
3.78
18.3
H
45.12
17.52
13.90
0.11
-5.00
36.53
40.00
3.47
18.3
H
61
20.69
11.70
0.11
-5.00
37.50
40.00
2.50
36.6
H
37.88
18.14
13.24
0.08
-5.00
36.46
40.00
3.54
36.6
H
203.4
18.53
10.90
0.68
-5.00
35.11
43.50
8.39
54.9
H
165
21.86
8.65
0.62
-5.00
36.13
43.50
7.37
54.9
H
240
21.31
12.00
0.74
-5.00
39.05
46.00
6.95
73.2
H
35.12
20.14
12.39
0.27
-5.00
37.80
40.00
2.20
73.2
H
165
22.29
8.65
0.62
-5.00
36.56
43.50
6.94
0
V
43.36
17.08
13.90
0.30
-5.00
36.28
40.00
3.72
0
V
203.21
18.55
10.90
0.68
-5.00
35.13
43.50
8.37
18.3
V
72.6
21.25
9.33
0.40
-5.00
35.98
40.00
4.02
18.3
V
316.88
15.90
13.72
0.91
-5.00
35.53
46.00
10.47
36.6
V
116.92
21.70
9.82
0.53
-5.00
37.05
43.50
6.45
36.6
V
128.64
24.77
8.98
0.55
-5.00
39.30
43.50
4.20
36.6
V
172.24
17.87
9.01
0.63
-5.00
32.51
43.50
10.99
54.9
V
146.52
25.45
8.33
0.59
-5.00
39.37
43.50
4.13
73.2
V
63.56
21.70
11.19
0.37
-5.00
38.26
40.00
1.74
Note 1: H = D + E + F – G; J = I-H
Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed
signal is higher than 20 Hz.
Test report no. 160800231SHA-001
Page 26 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Underground location 1
A
B
C
D
E
F
G
H
I
J
Test
Angle
(degree)
Ant.
Pol.
Freq.
(MHz)
Reading
(dBuV/m)
Ant.
Factor
(dB)
Cable
loss
(dB)
Ant height /
Distance
Factor
(dB)
Net
(dBuV/m)
Limit
(dBuV/m)
Margin
(dBuV/m)
22.5
X
3.322
40.84
19.20
0.07
40.00
20.11
29.50
9.39
45
X
4.45
48.27
19.20
0.09
40.00
27.56
29.50
1.94
67.5
X
3.986
46.13
19.20
0.08
40.00
25.41
29.50
4.09
90
X
3.318
43.19
19.20
0.07
40.00
22.46
29.50
7.04
112.5
X
4.558
47.58
19.20
0.09
40.00
26.87
29.50
2.63
135
X
3.478
43.89
19.20
0.08
40.00
23.17
29.50
6.33
135
X
7.202
46.47
19.20
0.11
40.00
25.78
29.50
3.72
157.5
X
3.914
47.51
19.20
0.08
40.00
26.79
29.50
2.71
180
X
3.006
43.93
19.20
0.07
40.00
23.20
29.50
6.30
225
X
3.394
43.90
19.20
0.08
40.00
23.18
29.50
6.32
247.5
X
9.686
47.47
19.20
0.13
40.00
26.80
29.50
2.70
0
Y
6.154
42.71
19.20
0.11
40.00
22.02
29.50
7.48
22.5
Y
4.45
45.83
19.20
0.09
40.00
25.12
29.50
4.38
45
Y
3.917
43.57
19.20
0.08
40.00
22.85
29.50
6.65
45
Y
4.45
44.87
19.20
0.09
40.00
24.16
29.50
5.34
112.5
Y
5.926
47.31
19.20
0.11
40.00
26.62
29.50
2.88
135
Y
6.186
45.01
19.20
1.11
40.00
25.32
29.50
4.18
135
Y
7.386
45.15
19.20
0.11
40.00
24.46
29.50
5.04
180
Y
9.686
44.82
19.20
0.13
40.00
24.15
29.50
5.35
202.5
Y
11.934
45.64
18.91
0.15
40.00
24.70
29.50
4.80
270
Y
9.498
45.48
19.20
0.13
40.00
24.81
29.50
4.69
0
H
41.92
16.39
13.90
0.30
-5.00
35.59
40.00
4.41
22.5
H
49.16
16.90
13.90
0.33
-5.00
36.13
40.00
3.87
45
H
45.8
17.52
13.90
0.31
-5.00
36.73
40.00
3.27
67.5
H
126
21.72
9.14
0.55
-5.00
36.41
43.50
7.09
247.5
H
30.28
22.69
10.89
0.25
-5.00
38.83
40.00
1.17
247.5
H
57.76
19.49
12.35
0.35
-5.00
37.19
40.00
2.81
292.5
H
154.44
23.95
8.37
0.61
-5.00
37.93
43.50
5.57
315
H
33.32
18.97
11.83
0.26
-5.00
36.06
40.00
3.94
0
V
60.04
21.39
11.89
0.36
-5.00
38.64
40.00
1.36
45
V
42.20
17.76
13.90
0.30
-5.00
36.96
40.00
3.04
67.5
V
232.88
19.73
11.79
0.73
-5.00
37.25
46.00
8.75
90
V
118.60
23.23
9.65
0.53
-5.00
38.41
43.50
5.09
135
V
147.48
24.39
8.34
0.59
-5.00
38.32
43.50
5.18
157.5
V
128.65
23.25
8.98
0.55
-5.00
37.78
43.50
5.72
225
V
37.44
18.76
13.11
0.28
-5.00
37.15
40.00
2.85
315
V
120.28
21.34
9.48
0.53
-5.00
36.35
43.50
7.15
337.5
V
51.44
15.29
13.61
1.41
-5.00
35.31
40.00
4.69
Note 1: H = D + E + F – G; J = I-H
Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed
signal is higher than 20 Hz.
Test report no. 160800231SHA-001
Page 27 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Underground location 2
A
B
C
D
E
F
G
H
I
J
Test
Angle
(degree)
Ant.
Pol.
Freq.
(MHz)
Reading
(dBuV/m)
Ant.
Factor
(dB)
Cable
loss
(dB)
Ant height /
Distance
Factor
(dB)
Net
(dBuV/m)
Limit
(dBuV/m)
Margin
(dBuV/m)
0
X
1.294
46.84
19.20
0.04
40.00
26.08
29.50
3.42
0
X
7.274
43.03
19.20
0.11
40.00
22.34
29.50
7.16
22.5
X
2.85
45.64
19.20
0.07
40.00
24.91
29.50
4.59
22.5
X
4.45
47.73
19.20
0.09
40.00
27.02
29.50
2.48
45
X
2.85
47.47
19.20
0.07
40.00
26.74
29.50
2.76
67.5
X
6.166
45.77
19.20
0.11
40.00
25.08
29.50
4.42
90
X
6.154
37.25
19.20
0.11
40.00
16.56
29.50
12.94
225
X
1.87
36.42
19.20
0.05
40.00
15.67
29.50
13.83
270
X
7.23
37.56
19.20
0.11
40.00
16.87
29.50
12.63
315
X
9.686
37.74
19.20
0.13
40.00
17.07
29.50
12.43
22.5
Y
6.002
46.82
19.20
0.11
40.00
26.13
29.50
3.37
22.5
Y
7.274
48.40
19.20
0.11
40.00
27.71
29.50
1.79
45
Y
4.45
45.97
19.20
0.09
40.00
25.26
29.50
4.24
67.5
Y
4.45
46.17
19.20
0.09
40.00
25.46
29.50
4.04
90
Y
10.67
41.78
19.10
0.14
40.00
21.02
29.50
8.48
337.5
Y
1.298
41.02
19.20
0.04
40.00
20.26
29.50
9.24
337.5
Y
11.934
45.99
18.91
1.17
40.00
26.07
29.50
3.43
0
H
38.92
18.93
13.57
0.29
-5.00
37.79
40.00
2.21
22.5
H
45.92
17.20
13.90
0.31
-5.00
36.41
40.00
3.59
45
H
57.04
21.15
12.49
0.35
-5.00
38.99
40.00
1.01
67.5
H
146.52
24.25
8.33
0.59
-5.00
38.17
43.50
5.33
90
H
171.3
23.63
8.97
0.63
-5.00
38.23
43.50
5.27
112.5
H
207.68
19.55
11.03
0.68
-5.00
36.26
43.50
7.24
112.5
H
244.04
19.25
12.12
0.75
-5.00
37.12
46.00
8.88
135
H
334.88
15.90
14.28
0.92
-5.00
36.10
46.00
9.90
247.5
H
33.24
19.16
11.80
0.26
-5.00
36.22
40.00
3.78
315
H
307.64
15.81
13.44
0.90
-5.00
35.15
46.00
10.85
337.5
H
31.84
20.43
11.37
0.26
-5.00
37.06
40.00
2.94
0
V
45.28
16.83
13.90
0.31
-5.00
36.04
40.00
3.96
22.5
V
42.96
17.37
13.90
0.30
-5.00
36.57
40.00
3.43
45
V
120.28
24.05
9.48
0.53
-5.00
39.06
43.50
4.44
90
V
243.1
20.30
12.09
0.75
-5.00
38.14
46.00
7.86
90
V
273.15
17.82
12.72
0.82
-5.00
36.36
46.00
9.64
135
V
37.56
19.01
13.14
1.37
-5.00
38.52
40.00
1.48
180
V
53.16
17.74
13.27
0.34
-5.00
36.35
40.00
3.65
292.5
V
333.56
15.91
14.24
0.92
-5.00
36.07
46.00
9.93
315
V
116.68
22.04
9.85
0.53
-5.00
37.42
43.50
6.08
315
V
279.28
19.73
12.83
0.84
-5.00
38.40
46.00
7.60
337.5
V
33.2
21.05
11.79
0.26
-5.00
38.10
40.00
1.90
Note 1: H = D + E + F – G; J = I-H
Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed
signal is higher than 20 Hz.
Test report no. 160800231SHA-001
Page 28 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Underground location 3
A
B
C
D
E
F
G
H
I
J
Test
Angle
(degree)
Ant.
Pol.
Freq.
(MHz)
Reading
(dBuV/m)
Ant.
Factor
(dB)
Cable
loss
(dB)
Ant height /
Distance
Factor
(dB)
Net
(dBuV/m)
Limit
(dBuV/m)
Margin
(dBuV/m)
0
X
4.026
45.29
19.20
0.09
40.00
24.58
29.50
4.92
0
X
5.034
43.66
19.20
0.10
40.00
22.96
29.50
6.54
45
X
4.594
46.04
19.20
0.09
40.00
25.33
29.50
4.17
45
X
4.898
46.99
19.20
0.10
40.00
26.29
29.50
3.21
90
X
4.69
47.05
19.20
0.10
40.00
26.35
29.50
3.15
157.5
X
5.13
45.80
19.20
0.10
40.00
25.10
29.50
4.40
180
X
1.294
47.71
19.20
0.04
40.00
26.95
29.50
2.55
202.5
X
2.786
47.61
19.20
0.07
40.00
26.88
29.50
2.62
315
X
2.83
43.75
19.20
0.07
40.00
23.02
29.50
6.48
337.5
X
9.686
43.59
19.20
0.13
40.00
22.92
29.50
6.58
0
Y
1.298
42.16
19.20
0.04
40.00
21.40
29.50
8.10
22.5
Y
5.49
43.36
19.20
0.10
40.00
22.66
29.50
6.84
45
Y
4.178
43.82
19.20
0.09
40.00
23.11
29.50
6.39
90
Y
9.686
45.19
19.20
0.13
40.00
24.52
29.50
4.98
112.5
Y
2.834
44.15
19.20
0.07
40.00
23.42
29.50
6.08
157.5
Y
2.186
47.72
19.20
0.06
40.00
26.98
29.50
2.52
202.5
Y
5.374
44.06
19.20
1.10
40.00
24.36
29.50
5.14
225
Y
5.314
47.06
19.20
0.10
40.00
26.36
29.50
3.14
247.5
Y
2.758
45.54
19.20
0.07
40.00
24.81
29.50
4.69
270
Y
1.906
47.11
19.20
0.05
40.00
26.36
29.50
3.14
292.5
Y
2.562
44.97
19.20
0.06
40.00
24.23
29.50
5.27
337.5
Y
2.614
44.37
19.20
0.06
40.00
23.63
29.50
5.87
0
H
62.04
19.92
11.49
0.37
-5.00
36.78
40.00
3.22
22.5
H
34.24
19.91
12.11
0.27
-5.00
37.29
40.00
2.71
45
H
230.32
17.05
11.71
0.72
-5.00
34.48
46.00
11.52
67.5
H
30.44
21.07
10.94
0.25
-5.00
37.26
40.00
2.74
67.5
H
71.48
21.05
9.57
0.40
-5.00
36.02
40.00
3.98
112.5
H
51.76
19.69
13.55
0.34
-5.00
38.58
40.00
1.42
247.5
H
336.04
18.21
14.32
0.93
-5.00
38.46
46.00
7.54
270
H
57.68
20.71
12.36
0.35
-5.00
38.42
40.00
1.58
315
H
313.96
16.05
13.63
0.90
-5.00
35.58
46.00
10.42
337.5
H
331.8
17.88
14.19
0.92
-5.00
37.99
46.00
8.01
67.5
V
36.6
20.80
12.85
0.28
-5.00
38.93
40.00
1.07
157.5
V
44
19.59
13.90
0.31
-5.00
38.80
40.00
1.20
180
V
53.8
18.86
13.14
0.34
-5.00
37.34
40.00
2.66
202.5
V
61.16
18.08
11.67
0.37
-5.00
35.12
40.00
4.88
225
V
51.32
18.95
13.64
0.33
-5.00
37.92
40.00
2.08
247.5
V
320
18.63
13.82
0.91
-5.00
38.36
46.00
7.64
292.5
V
57.08
19.13
12.48
1.51
-5.00
38.12
40.00
1.88
Note 1: H = D + E + F – G; J = I-H
Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed
signal is higher than 20 Hz.
Test report no. 160800231SHA-001
Page 29 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
4.6 Measurement uncertainty
Measurement uncertainty of radiated emission (30MHz-1000MHz) is: 4.90dB
Measurement uncertainty of radiated emission (1000MHz-6000MHz) is: 5.02dB
The measurement uncertainty is given with a confidence of 95%, k=2.
Test report no. 160800231SHA-001
Page 30 of 30
FCC ID: QIS45KTLUSPLC
TTRF15g_V1©2015Intertek
Representative emissions spectrum Plot
Download: Solar Inverter Test Report  Huawei Technologies Co.,Ltd
Mirror Download [FCC.gov]Solar Inverter Test Report  Huawei Technologies Co.,Ltd
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Date Submitted2017-01-05 00:00:00
Date Available2017-01-09 00:00:00

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