Hanergy-Product-Brochure-141129

Hanergy Profile : Hanergy Holding Group is a global clean energy multi-
national corporation, the world's largest thin-film solar power generation
enterprise.
Established in 1994 and with its headquarters in Beijing, the company now
employs more than 10,000 staff. With branch offices in several provinces
in China as well as in the two Americas, Europe, Africa, the Middle East
and the Asia-Pacific region, the company’s core business lines span over
hydropower, wind power and thin-film solar power generation.
Since its founding, Hanergy has been committed to “changing the world
with clean energy”. At present, while the company’s total installed capacity
of hydropower projects exceeds 6GW, its total installed capacity of wind
power projects stands at 131MW. In the field of thin-film solar power
generation, the company has invested and built R&D and manufacturing
bases in Sichuan, Guangdong, Hainan, Zhejiang, Shandong, Jiangsu
provinces, with the total production capacity reaching 300 GW.
Through technology acquisition and innovation, Hanergy has become
a world leader in thin-film solar technology.The maximum research
conversion efficiency of its copper indium gallium selenide(CIGS)
technology has reached 21%, as certified by Germany’s Fraunhofer
Institute for Solar Energy Systems (ISE), and its gallium arsenide (GaAs)
technology’s research conversion efficiency has reached 30.8%, as certified
by the U.S.’s National Renewable Energy Laboratory (NREL).
Hanergy engages in power plant resource development in the world. It has
entered into agreements with Xinjiang, Inner Mongolia, Ningxia, Jiangsu,
Hainan, Shandong, Hebei and other provinces as well as some European
countries for thin-film power plants construction with a total capacity of
about 10 GW. Hanergy has become a high-tech clean energy company,
with business involvements in the entire value chain of the thin-film power
generation industry, spanning from technology R&D, high-end equipment
manufacture to panel/module production and power plant construction.
In February 2014, the world's most influential technology business
award - "the world's most innovative companies" sponsored by the "MIT
Technology Review" was announced. Hanergy Holding Group ranked 23rd
place on the winner list, the only Chinese energy company winning the
award.
GROUP PROFILE

SOLUTIONS
2.1 Utility Scale
2.2 Distributed generation
2.3 BIPV
2.4 Flex Rooftop
2.5 Vehicle and Yacht application
2.6 Household Solar PV system
2.7 Consumer Application
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27
29
34
38
44
52
02 22 REFERENCES
3.1 Utility Scale
3.3 BIPV
3.4 Flex Rooftop
64
66
70
72
76
03 62
1.1 Standard Panel
1.2 Flexible/Light weight CIGS Panel
1.3 BIPV Panel
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01 1
Table of Contents
GROUP PROFILE PRODUCT PRESENTATION

1.1.1 MiaSolé CIGS Panel
1.1.2 Solibro SL2 CIGS Panel
1.1.3 Solibro SL2-F CIGS Panel
1.1.4 a-Si/uc-Si Panel
1.1.5 a-Si/Ge Panel
1.3.1 Back electrode translucent Panel
1.3.2 Carved translucent Panel
1.3.3 Colored translucent Panel
1.3.4 Hollow Panel
1.3.5 Double-sided power Panel
1.3.6 Allotype Panel
1.3.7 Splice Panel
1.3.8 LOGO Panel
1.1 Standard Panel
1.2.1 MiaSolé FLEX CIGS Panel
1.2.2 Global Solar PowerFLEX™ CIGS Panel
1.2.3 Light weight Panel
1.2 Flexible/Light weight Panel
1.3 BIPV Panel
PRODUCT PRESENTATION

2 3
1.1.2 Solibro SL2 CIGS Panel
SOLIBRO SL2
ELECTRICAL PERFORMANCE
Standard Test Conditions (STC) ：1000 W/m2
，25℃ cell temperature，AM 1.5 G spectrum
Power Class (W) 100 105 110 115 120
Minimum Power（+5/-0W） 100.0 105.0 110.0 115.0 120.0
Short Circuit Current (A) 1.68 1.68 1.69 1.69 1.69
Open Circuit voltage (V) 90.1 91.6 93.3 95.1 97.6
Current at PMPP (A) 1.46 1.49 1.52 1.54 1.56
Voltage at PMPP (V) 68.5 70.5 72.4 74.7 76.9
Nominal efficiency (%) ≥ 10.6 ≥ 11.2 ≥ 11.7 ≥ 12.2 ≥ 12.8
PERFORMANCE AT NORMAL OPERATING CELL TEMPERATURE（800W/m2
51±2℃，AM 1.5 G SPECTRUM)
Power Class (W) 100 105 110 115 120
Minimum Power（+5/-0W） 72.3 75.9 79.5 83.1 86.7
Current at PMPP (A) 1.16 1.18 1.21 1.22 1.24
Voltage at PMPP (V) 62.1 64.0 65.7 67.8 69.8
TEMPERATURE COEFFICIENTS (AT 1000W/m2
,AM 1.5 G SPECTRUM)
Temperature Coefficient of ISC
(%K)
α ±0.04
Temperature Coefficient
of VOC (%K)
β -0.29±0.04
Temperature Coefficient of
PMPP (%K)
γ -0.38±0.04
MECHANICAL SPECIFICATION
Length 1190(+3/-1)mm
Width 789.5(+3/-1)mm
Height 7.3mm(+Junction box, 15mm)
Weight 16.5KG
Front cover 4 mm tempered low iron glass (ESG)
Back cover 3 mm float glass
Frame None
Cell type CIGS [Cu(In, Ga) Se2]
Junction box Protection class IP 65, with 1 bypass diode (3A)；66x54x15mm3
Cable type 2.5mm2
Solar cable；(+)855(+30/-0)mm；(-)735(+30/-0)mm
Connector MC4
PROPERTIES FOR SYSTEM DESIGN
Maximum System voltage (V) 1000 (IEC) / 600 (UL 1703)
Maximum Reverse Curren (A) 5
Wind / Snow Load (Pa) 2400
Safety Class II
Fire Rating C
Permitted module temperature
on continous duty
-40℃ bis +85℃
QUALIFICATIONS AND CERTIFICATES
EC 61646 (Ed. 2), IEC 61730 (Ed.1) application class A, UL 1703
The production site is certified according to ISO 9001 for Quality Management.
MiaSolé MS SERIES -04
MS150GG-04 MS155GG-04 MS160GG-04 MS165GG-04 MS170GG-04 MS175GG-04
Nominal Power (W) 150 155 160 165 170 175
Nomical Efficiency (％ ) 14.0％ 14.5% 14.9% 15.4% 15.9% 16.3%
Power Output Tolerance (W) +5/-0 +5/-0 +5/-0 +5/-0 +5/-0 +5/-0
Maximum Power Voltage (V) 19.2 19.6 19.9 20.3 20.7 21.0
Maximum Power Current (A) 7.82 7.92 8.02 8.13 8.23 8.33
Output Circuit Voltage (V) 24.4 24.7 24.9 25.2 25.5 25.8
Short Circuit Current (A) 9.08 9.09 9.10 9.12 9.13 9.15
Maximum Series Fuse Rating (A) 25
Maximum System Voltage (V) 1000 ／ 1000
TEMPERATURE COEFFICIENTS
NOCT 45
Pmpp (％ / ℃ )
-0.40
Temperature Coefficient of Voc
(％ / ℃ )
-0.35
Temperature Coefficient of Isc
(％ / ℃ )
-0.003
Length（mm） 1611
Width（mm） 665
Depth（mm） 7.5 ／ 28（including junction box）
Weight（kg） 18
Junction Box /Output Terminal
Type
2 corner connection boxes / MC4 type
Maximum Load Tested snow load: 5400N ／ m2
5 years warranty for materials and process;
10 years 90%/25 years 80% warranty for power output
IEC 61646, IEC 61730 (Application Class A), UL 1703 (Fire Class A)
1.1.1 MiaSolé CIGS Panel
1.1 Standard Panel
StandardPanel
Chapter 01PRODUCT
PRESENTATION
Key product features:
Advanced technology, excellent quality, positive tolerance panels,
assurance for more generating capacity
StandardPanel

4 5
1.1.4 a-Si/uc-Si Panel
a-Si/uc-Si Panel
Panel Type HNS-SD120 HNS-SD125 HNS-SD130 HNS-SD135 HNS-SD140
ELECTRICAL PERFORMANCE（STC：1000W/m2
，25℃，AM1.5）
Nominal Power (W) 120 125 130 135 140
Maximum Power Voltage (V) 49 51 54 56 59
Maximum Power Current (A) 2.27 2.26 2.22 2.19 2.17
Output Circuit Voltage (V) 67 69 71 73 75
ELECTRICAL CHARACTERISTICS（NOCT：800W/m2
，45℃，AM1.5）
Nominal Power (W) 90 94 97 101 105
Maximum Power Voltage (V) 61 62 64 66 67
Maximum Power Current (A) 2.26 2.25 2.19 2.17 2.14
Output Circuit Voltage (V) 44 46 48 50 53
Temperature Coefficient of Pmpp (%
/ ℃ )
-0.29
Temperature Coefficient of Voc (% /
℃ )
-0.32
Temperature Coefficient of Isc (% /
℃ )
+0.07
Front cover Low Iron Float Glass，3.2mm
Back cover Tempered glass，3.2mm
Materials White EVA
Cell type Tandem (a-Si/µc-Si)
Junction Box Class IP67
Length (mm) 1300
Width (mm) 1100
Depth (mm) 6.8 (Junction Box not included)
Area (m2
) 1.43
Weight (Kg) 25
Cable Length (mm) (+875) / (-565)
Connector MC4 Compatible
Maximum System voltage 1000V
Maximum Series Fuse Rating 6A
Power Output Tolerance 0/+5W
Permitted module temperature on
continous duty
-40℃ bis +85℃
Load 2400Pa
CE、TUV Rheinland
1.1.3 Solibro SL2-F CIGS Panel
SOLIBRO SL2-F
Power Class (W) 100 105 110 115 120
Minimum Power（+5/-0W） 100.0 105.0 110.0 115.0 120.0
Current at PMPP (A) 1.46 1.49 1.52 1.54 1.56
Voltage at PMPP (V) 68.5 70.5 72.4 74.7 76.9
Nominal efficiency (%) ≥ 10.5 ≥ 11.0 ≥ 11.6 ≥ 12.1 ≥ 12.6
Performance At Normal Operating Cell Temperature（800W/m2
51±2℃，AM 1.5 G spectrum)
Power Class (W) 100 105 110 115 120
Minimum Power（+5/-0W） 72.3 75.9 79.5 83.1 86.7
Current at PMPP (A) 1.16 1.18 1.21 1.22 1.24
Voltage at PMPP (V) 62.1 64.0 65.7 67.8 69.8
Temperature Coefficients (AT 1000W/m2
,AM 1.5 G spectrum)
ISC (%K)
α ±0.04
Temperature Coefficient
of VOC (%K)
β -0.29±0.04
PMPP (%K)
γ -0.38±0.04
Length 1196.6(+1/-0.2)mm
Width 796.1(+1/-0.2)mm
Height 30mm
Weight 18.1KG
Front cover 4 mm tempered low iron glass (ESG)
Back cover 3 mm float glass
Frame Aluminum frame, black
Cell type CIGS [Cu(In, Ga) Se2]
Junction box Protection class IP 65, with 1 bypass diode (3A)；66x54x15mm3
Cable type 2.5mm2
Solar cable；(+)855(+30/-0)mm；(-)735(+30/-0)mm
Connector MC4
Maximum System voltage (V) 1000 (IEC) / 600 (UL 1703)
Maximum Reverse Curren (A) 5
Wind / Snow Load (Pa) 2400
Safety Class II
Fire Rating C
Permitted module
temperature on continous
duty
-40℃ bis +85℃
EC 61646 (Ed. 2), IEC 61730 (Ed.1) application class A, UL 1703
The production site is certified according to ISO 9001 for Quality Management.
Simple installation, especially for small rooftop systems.
Key product features：
Stable and reliable quality, low-voltage, easy system design;
Safe and environmental-friendly.
Chapter 01PRODUCT
PRESENTATION
StandardPanel
StandardPanel

6 7
HNS-BT65B
PERFORMANCE
Substrate TCO Glass
Panel Type
PIN/PIN/PIN Triple-junction a-Si/Ge Cell, Glass-glass/J-box at back side non
see-through module
Maximum Power（W） 65
Maximum Power Voltage (V) 70
Maximum Power Current (A) 0.93
Output Circuit Voltage (V) 89
Short Circuit Current (A) 1.12
Power Output Tolerance（W） 0/+3
Maximum System voltage（V） 1000
Maximum Series Fuse Rating（A） 2
Temperature Coefficient of Isc ( / ℃ ) 0.02%
Temperature Coefficient of Voc ( / ℃ ) -0.20%
Temperature Coefficient of Pmpp ( / ℃ ) -0.19%
Length（mm） 1245
Width（mm） 635
Height（mm，Junction Box not included） 9.7
Weight（kg） 18.6
Area（m2
） 0.79
Junction box Type Back connecting boxes
Thickness of Junction Box（mm） 20
Cable Length（mm） 450
Materials PVB
Front cover 3.2mm TCO
Back cover 6.0mm Semi-tempered/ Tempered glass
1.1.5 a-Si/Ge Panel 1.2.1 MiaSolé FLEX CIGS Panel
MiaSolé FLEX-01W
FLEX-01 200W FLEX-01 210W FLEX-01 220W FLEX-01 230W
Nominal Power（W） 200 210 220 230
Power Output Tolerance（W） +10/-0 +10/-0 +10/-0 +10/-0
Maximum Power Voltage（V） 21.7 22.2 22.6 23.1
Maximum Power Current（A） 9.52 9.73 9.86 10.03
Open Circuit Voltage（V） 27.6 27.8 28.2 28.6
Short Circuit Current（A） 11.10 11.10 11.13 11.29
Module aperture area efficiency(%) 13.9% 14.6% 15.3% 16.0%
Maximum System Voltage（V） 1000 / 600
Temperature Coefficient of Pmpp ( /
℃ )
-0.45
Temperature Coefficient of Voc ( / ℃ ) -0.36
Temperature Coefficient of Isc ( / ℃ ) -0.003
Length（mm） 1710
Width（mm） 999
Thickness（mm，Maximum at J-Box） 17
Weight (Module without adhesive)
（kg）
4.2
Weight / Area（kg/m2
）（Module
without adhesive）
2.47
Cable Connections MC4 Compatible
Cell Type CIGS
5 year workmanship; 5/10/25 year power output
UL1703，IEC61646，IEC61730（Application Class A）
1.2 Flexible/Light weight Panel
FlexiblePanel
High-temperature adaptability, good low-light
generation performance.
MiaSolé FLEX SERIES
Key product features：
Lightweight, super thin, flexible, especially
suitable for light loads and curved roof;
Safe and reliable, can be directly attached,
low installation costs;
Two widths panel options to choose from.
Chapter 01PRODUCT
PRESENTATION
StandardPanel

8 9
MiaSolé FLEX-01N
FLEX-01 60N FLEX-01 65N FLEX-01 70N FLEX-01 75N
Nominal Power（W） 60 65 70 75
Power Output Tolerance （W） +5/-0 +5/-0 +5/-0 +5/-0
Maximum Power Voltage（V） 21.6 21.7 22.3 22.8
Maximum Power Current（A） 2.93 3.17 3.25 3.32
Open Circuit Voltage（V） 27.1 27.6 27.9 28.3
Short Circuit Current（A） 3.62 3.70 3.70 3.73
Module aperture area efficiency (%) 12.5% 13.5% 14.6% 15.6%
Maximum System Voltage（V） 1000 / 600
Temperature Coefficient of Pmpp ( / ℃ ) -0.45
Temperature Coefficient of Voc ( / ℃ ) -0.36
Temperature Coefficient of Isc ( / ℃ ) -0.003
Length（mm） 1710
Width（mm） 370
Thickness（mm，Maximum at J-Box） 17
Weight （Module without adhesive）（kg） 1.7
Weight / Area（kg/m2
）（Module without
adhesive）
2.69
Junction Box Type IP68
Cable Connections MC4 Compatible
Cell Type CIGS
5 year workmanship; 5/10/25 year power output
UL1703，IEC61646，IEC61730（Application Class A）
第章01
产品介绍
Global Solar PowerFLEX™(90/100W)
Capacity rating Pmax 100W 90W
Tolerance of Pmax % +/-5% +/-5%
Module aperture area
efficiency
% 12.7% 11.4%
Rated voltage Vmpp 17.8V 16.5V
Rated current Impp 5.6A 5.4A
Open circuit voltage Voc 23.3V 22.0V
Short circuit current Isc 6.4A 6.3A
Note 1: Standard Test Conditions (STC): Cell Temperature at 25° C; Solar irradiance intensity of 1000 W/m2; AM1.5 solar reference spectrum
(ASTM E892)
Note 2: Average efficiency is calculated using the 0.79 m2 aperture area of the module
Note 3: Electrical parameters are +/-10% unless stated otherwise
TEMPERATURE COEFFICIENTS Low-Light Performance
Maximum power（Pmax) -0.43% / ℃ Intensity（W/m2
)
Maximum voltage（Vmax） -0.38% / ℃ 1000
Open circuit voltage（Voc） -0.33% / ℃ 500
Short circuit current（Isc） -0.03% / ℃ 200
Note: Relative to Standard Test Conditions (STC): Solar irradiance intensity of 1000 W/m2; AM1.5
solar reference spectrum (ASTM E892)
Note: Relative to Standard Test Conditions
(STC): Cell Temperature at 25°C; AM1.5
MECHANICAL SPECIFICATIONS
Length 2017mm
Width 494mm
Thickness 3mm
Weight（without adhesive） 2.6kg（2.6kg/m2）±5%
Weight（with adhesive） 3.3kg（3.3kg/m2）±5%
Junction Box - Top Mounted Micro Junction Box
Cables 4 mm2 dual rated with SOLARLOKTM connectors
Junction Box - Bottom
Mounted
MC-JM/FM (MC4 Connectors）
Front Sheet Non-stick ETFE(F-40)
Solar Cells 36 CIGS cells (210 x 100 mm)
Adhesive ADCO HelioBondTM PVA 600BT butyl mastic
Hot Spot Protection Bypass diodes at each cell; 1 at junction box
Materials Lead free and exempt from RoHS requirements
Maximum Series Fuse Rating 10 Amp
Color Options Black (B) or White (W) backsheet behind cells
OPERATING CONDITIONS
Temperature Range -40° C to + 85° C
Maximum System Voltage 1000VDC IEC, 600VDC UL
EN61646，EN61730，UL1703
Materials and workmanship - 5 years;Power output - 25 years (90% @ 10 yrs; 80% @ 25 yrs) Limited Warranty
1.2.2 Global Solar PowerFLEX™ CIGS Panel
Lightweight, super thin, flexible, especially suitable
for light loads and curved roofs;
Safe and reliable, can be directly attached, low
installation costs;
Three lengths panel options to choose from.
Global Solar Power FLEX Series
FlexiblePanel
FlexiblePanel

10 11
Global Solar PowerFLEX™(275/300W)
efficiency
% 12.6% 11.5%
(ASTM E892)
)
Length 5745mm
Width 494mm
Thickness 3mm
Mounted
EN61646，EN61730，UL1703
Global Solar PowerFLEX™ (185/200W)
efficiency
% 12.6% 11.7%
(ASTM E892)
)
Length 3881mm
Width 494mm
Thickness 3mm
Mounted
EN61646，EN61730，UL1703
Chapter 01PRODUCT
PRESENTATION
FlexiblePanel
FlexiblePanel

12 13
LightweightPanel
HNS-BT65QA
CHARACTERISTIC
Panel Type PIN/PIN/PIN Triple-junction a-Si/Ge Cell
Maximum power（V） 70
Maximum voltage（Ａ） 0.93
Length（mm） 1245
Width（mm） 635
Weight （kg） 8.9
Area（m2
） 0.79
Materials EVA
Back cover 0.37mm PET
1.2.3 Light weight Panel
HNS-BT65QB
CHARACTERISTIC
Maximum power（V） 70
Maximum voltage（Ａ） 0.93
Length（mm） 1245
Width（mm） 635
Weight （kg） 9.0
Area（m2
） 0.79
Materials EVA
Back cover 2.0 Tempered glass
PET sheet substrate, light weight per unit area;
Good low-light effect, low temperature coefficient,
various colors.
Chapter 01PRODUCT
PRESENTATION
LightweightPanel

14 15
1.3.2 Carved translucent Panel
HNS-BT51TK
CHARACTERISTIC
Panel Type
PIN/PIN/PIN Triple-junction a-Si/Ge Cell，Glass-glass/Side J-box /
see-through module
Transmittance 20%
Laser etching liner width
（mm）
0.3 0.67 1 3
Maximum Power（W） 45 51 51 51
Maximum Power Voltage (V) 64 69 69 69
Maximum Power Current (A) 0.71 0.74 0.74 0.74
Output Circuit Voltage (V) 84 89 89 89
Short Circuit Current (A) 0.89 0.89 0.89 0.89
Power Output Tolerance（W） 0 / +2
Maximum System voltage
（V）
1000
Maximum Series Fuse Rating
（A）
2
Isc ( / ℃ )
0.02%
Voc ( / ℃ )
-0.20%
Pmpp ( / ℃ )
-0.19%
Length（mm） 1245
Width（mm） 635
Height（mm，Junction Box
not included）
9.7
Weight （kg） 18.6
Area（m2
） 0.79
Junction box Type Side Junction box
Thickness of Junction Box
（mm）
12.6
Materials PVB
BIPVPanel
HNS-BS30/BD40/BT55TB
CHARACTERISTIC
Panel Type
PIN a-Si/Ge Cell， Glass-glass/Side J-box /see-through
module
Transmittance 40% 20% 10%
Maximum Power（W） 30 40 55
Maximum Power Voltage (V) 20 46 67
Maximum Power Current (A) 1.5 0.87 0.82
Output Circuit Voltage (V) 31 58 84
Short Circuit Current (A) 2 1.08 0.99
Power Output Tolerance（W） ±1 ±1.5 ±2
Temperature Coefficient of Isc ( /
℃ )
0.02%
Temperature Coefficient of Voc (
/ ℃ )
-0.20%
Temperature Coefficient of Pmpp
( / ℃ )
-0.19%
Length（mm） 1245
Width（mm） 635
Height（mm，Junction Box not
included）
9.7
Area（m2
） 0.79
Thickness of Junction Box（mm） 12.6
Materials PVB
1.3.1 Back electrode translucent Panel
1.3 BIPV Panel
Translucent uniform penetration of different
spectral selectivity, good low-light effect, can
be widely used in agriculture greenhouse.
5% to 30% transmittance options, various
scribing linewidth options, can be widely
applied to walls, skylights, etc.
Chapter 01PRODUCT
PRESENTATION
BIPVPanel

16 17
1.3.4 Hollow Panel
HNS-BT45Z
CHARACTERISTIC
Substrate TCO Glass
Panel Type
Triple-junction a-Si/Ge Cell，Glass-glass/Side J-box /see-through /
Insulating module
Transmittance 20%
（V）
1000
（A）
2
Isc ( / ℃ )
0.02%
Voc ( / ℃ )
-0.20%
Pmpp ( / ℃ )
-0.19%
Length（mm）
Customized
Width（mm）
not included）
27.7
Area（m2
） 0.79
（mm）
12.6
Materials PVB
Insulating glass 6.0mm Tempered glass
Silicone
Front 3.2mm TCO glass
Back Tempered glass
Desiccant
Tempered glass
1.3.3 Colored translucent Panel
HNS-BT50C
CHARACTERISTIC
Substrate TCO Glass
Panel Type
Colorful/ see-through module
Color Blue / Green / Yellow / Orange
Transmittance 20%
（V）
1000
（A）
2
Isc ( / ℃ )
0.02%
Voc ( / ℃ )
-0.20%
Pmpp ( / ℃ )
-0.19%
Length（mm） 1245
Width（mm） 635
not included）
9.7
Area（m2
） 0.79
（mm）
12.6
Materials PVB
Various colors, applicable to all types of
architectural curtain walls that have color
requirements.
Hollow panel, meeting the energy
efficiency requirement of buildings.
Chapter 01PRODUCT
PRESENTATION
BIPVPanel
BIPVPanel

18 19
HNS-BT15Y
CHARACTERISTIC
Substrate TCO Glass
Panel Type
see-through module
Transmittance 20%
（V）
1000
（A）
2
Isc ( / ℃ )
0.02%
Voc ( / ℃ )
-0.20%
Pmpp ( / ℃ )
-0.19%
Length（mm）
CustomizedWeight （kg）
Area（m2
）
not included）
7.5
（mm）
12.6
Materials PVB
1.3.6 Allotype Panel
HNS-BT123S
CHARACTERISTIC
Substrate TCO Glass
Panel Type
PIN/PIN/PIN Triple-junction a-Si/Ge Cell，PIN/PIN a-Si/Ge tandem
Cell，Triple Glazing/ Double Side Junction Box
Maximum Power（W） 65 58
Maximum Power Voltage (V) 70 43
Maximum Power Current (A) 0.93 1.36
Output Circuit Voltage (V) 89 58.5
Short Circuit Current (A) 1.12 1.56
Power Output Tolerance（W） 0/+3 ±1
（V）
1000
（A）
5
Isc ( / ℃ )
0.02%
Voc ( / ℃ )
-0.20%
Pmpp ( / ℃ )
-0.19%
Length（mm） 1245
Width（mm） 635
not included）
8
Area（m2
） 0.79
Junction Box Type Side Junction box
（mm）
12.6
Materials EVA
Intermediate glass 2.0mm Non-Tempered glass
Back cover 2.5mm TCO
1.3.5 Double-sided power Panel
Double-sided power, high overall power
generation efficiency, can be widely used
for sound barrier or noise screens.
Diverse modeling, can be tailor-made
to fit the architectural design of the
building.
Chapter 01PRODUCT
PRESENTATION
BIPVPanel
BIPVPanel

20 21
HNL-1
CHARACTERISTIC
Substrate TCO Glass
Transmittance 40%
Length（mm） 1245
Width（mm） 635
included）
9.7
Area（m2
） 0.79
Materials EVA/PVB
Back cover 4.0mm Non-Tempered glass
1.3.8 LOGO Panel
HNS-BT153TP
CHARACTERISTIC
Substrate TCO Glass
Transmittance 20%
Temperature Coefficient of Pmpp ( /
℃ )
-0.19%
Length（mm） 2540
Width（mm） 1245
included）
16.2
Weight （kg） 124
Area（m2
） 3.16
Junction Box Type Side Junction box
Thickness of Junction Box（mm） 12.6
Materials PVB
Front cover 6.0mm Semi-tempered/ Tempered glass
Intermediate glass 3.2mm TCO
1.3.7 Splice Panel
Three layers of plastic sheets with multiple
cell chips pulled and spliced, can meet the
requirement of large size curtain walls.
Integration of corporate logo with solar
panels to achieve a win-win solution for
power generation and corporate branding.
Chapter 01PRODUCT
PRESENTATION
BIPVPanel
BIPVPanel

2.1.1 Utility Scale
2.1.2 Wind and PV solar power hybrid
system
2.1.3 Farming and PV solar
2.1.4 Hydropower and PV solar hybrid
system
2.1.5 Fishing and PV solar
2.1.6 Solar pumping system
2.1.7 Landfill thin-film solar plant
2.1 Utility Scale
2.2.1 Forms of application
2.3 BIPV
2.6.1 General View
2.6.2 Hanergy Household Solar
PV system
2.6.3 Earning and Saving
2.6.4 One-Stop Service
2.6.5 Hanergy Stores around the
World
2.7.1 RDS
2.7.2 Solar Camping Kit
2.7.3 Solar Smart Table
2.7.4 Flexible Solar Charging
Bag
2.7 Comsummer
2.3.1 BIPV System Solutions
2.3.2 BIPV Applications
2.3.3 Hanergy Headquarters BIPV
Project
2.5.1 Solar sunroof solution
2.5.2 Yacht/ ship application
2.5.3 Power solutions for mobile
applications
SOLUTIONS
2.4 Flex Rooftop
2.4.1 Advantages
2.4.2 Installation Method

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2.1.2 Wind and PV solar power
hybrid system
2.1.5 Fishing and PV solar
The complementary programs of wind and solar
power hybrid system in large utility scales enable the
rational utilization of the wind and solar resources. By
building both solar utility scale and wind power plants
in a given region, they can share the transformer and
the transmission lines in the region to improve grid
efficiency and achieve a relatively stable power output.
2.1.3 Farming and PV solar
After the completion of the ground station, the PV array
blocks the sun's radiation on the ground and effectively
reduces water evaporation, and making the soil
conditions suitable for ground vegetation to recover. This
improves the land use efficiency of the power plant and
increases the project output.
2.1.4 Hydropower and PV solar
hybrid system
The effective combination of hydroelectric power
generation with film power generation, enables
hydropower and solar energy to display their
complementary strengths, and to form a mutually
complementing power generation model. Using clean
and renewable energy to improve the operational
efficiency of hydroelectric power stations, provide
more access and more effective options for water
conservancy and hydropower enterprises’ innovation
and development efforts.
Installing the solar power system over the ponds is
an effective way to use the land resources of the fish
pond. The panels block the sunshine and create a
shade. This not only enables the fish pond owner to
get an additional income from power generation, but
also benefits the growth of fish in the pond.
2
3
4
5
UtilityScale
2.1.1 Utility Scale
2.1 Utility Scale
Large utility scale is suitable for installation in waste hills or wastelands, deserts, mudflat areas,
etc., to make full use of the idle land resources.
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2.1.6 Solar pumping system
Solar pumping system is consisted of panels, controller (invertor), high-performance pumps and pipes, valves, etc.
Scope of application：
• Irrigation
• Desert control
• Grassland animal husbandry
• Urban water views
• Domestic water
• Sewage treatment
• Sea water desalination
2.1.7 landfill thin-film solar plant
The effective application of PV solar technology on premises of waste landfills
encounters many difficulties. When the plant is just completed, there could be large
amount of sinking, with uneven local settlements. Hence it is difficult to determine the
bearing capacity of the foundation. The uncertainty of landfill materials and surface
subsidence carries great impact, while at the same time, exudate and methane
fermentation also contribute to the non-utilization of this land resources. As the
degradation and stabilization of landfills require more than 20 years, the construction
of landfill power plants may adopt an inexpensive technical solution, to avoid adverse
factors affecting electricity generation and security of thin-film arrays. Make full use of
the land value during the degradation stabilizing period.
Water towerWater
level
monitor
An array of thin-film
battery modules
Controller
Pump
Solar pumping system illustration chart
UtilityScale

第章02
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Flat roof
Cement flat roof Tiled sloping roofsFlat steel tile roof Steel tile sloping roofs
Cement flat roof
Distributed generation mainly include thin film solar panels, DC distribution equipments, inversion
equipments, low-voltage distribution equipments, pressure-rise equipments, environment
monitoring equipments and monitoring system. According to the forms of roof, the installation can
be mainly classified into two types: flat roof and sloping roof.
2.2.2 Forms of application
Technical features:
1. The temperature coefficient of thin film panels is smaller than that of crystalline silicon panels. When installed
on the roof, especially in small dip angle installation, heat dissipation of modules is limited, and thin film
modules may have better power output characteristics.
2. Thin film has the advantage of weak light. In the condition of lower solar irradiance, such as in the morning,
evening and rainy days, because of higher optical absorption coefficient of thin film solar cell, the generating
capacity of thin film panels is obviously higher than crystalline silicon panels. Especially when the panels are
not installed at the best dip angle, the advantage is more obvious.
horizontal installation, maximum
installed capacity
Flat roof
Flat roof
Cement flat roof
best slanting installation, maximum
generating capacity
dip angle installation, increase
generating capacity
Distributedgeneration
2.3 BIPV

30 31
1. Building Structure Design
• Support structure research for BIPV
• Research and design for advanced BIPV projects
2. Electrical Design
• Innovative research for BIPV electrical technology
• Supporting electrical design
3. System Integration Research
• Basic application research of intelligent building
• Integration research for BIPV and building function
2.3.1 BIPV System Solutions
BIPV
BIPV
Technical Characteristics：
With a wide range of panels and installation methods,
the product can provide efficient electricity to the
building while at the same time meeting its functional
requirements such as energy-saving, thermal
insulation, waterproof, noise reduction, etc.
PV Solar Curtain Wall
Solar Skylight
Bright Frame PV Solar Curtain Wall Concealed Frame PV Solar Curtain Wall
According to the different situations, functions and installation methods, BIPV applications could be divided
into solar curtain wall, solar canopy, solar skylight, solar noise barrier, solar agricultural greenhouse and
etc.
2.3.2 BIPV Applications
Replace hollow glass, thermal
insulation, noise reduction function
Meet the demand of architectural
lighting; provide power and energy-
saving
Provide power and shelter from sun
as building components
BIPV Applications
Provide power with no additional
area needed
Solar Curtain Wall
Solar Skylight
Solar Canopy
Solar agricultural greenhouse
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Other forms of BIPV application
BIPV
Other forms of BIPV application/ highway noise screens
BIPV
Technical Characteristics：No additional area required, provide power for heat preservation, ventilation,
irrigation systems. It is particularly suitable for areas where power grid is underdeveloped.
Advantages of thin-film panels: Allow red light to pass through and enable crops to grow. Absorb part of
ultraviolet light and reduce UV damage to crops.
Solar Agricultural Greenhouse
PV Solar Blinds PV Solar Carport PV Solar Bus Station
Hanergy Group Headquarters BIPV Renderings
2.3.3 Hanergy Headquarters BIPV Project
Hanergy Headquarters BIPV Project is located in the Beijing Olympics Forest Park. With installed
capacity of 315kw, the project construction started in March 2014 and completed in October of the
same year. While maintaining the original layout of the building plane functions, the project makes
good use of different types of PV panels according to the needs of lighting, shading and ventilation.
It is a perfect combination of Hanergy’s PV technology and building.
Floor 1and2 of Tower B adopts the hyperboloid structure, installs custom double-glass panels with
45° diagonal layout, and fitting facade with parametric design.
Floor 3 of Tower B adopts the standard double-glass panels with integral facade appears wavy.
Facade and rooftop of corridor adopts a large size hollow panels with replace of glass curtain wall
elements and with the effect of homogeneous transmittance and a variety of colors.
Hanergy Clean Energy Exhibition Center
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FlexRooftop
High efficiency CIGS
· Efficiency as high as 16%
High performance
· Performs in all light conditions
· Shade tolerant
Covers entire roof area
· Lays flat. No tilt required
· Minimum panel spacing required
Direct Adhesion
· Eliminating racking reduces BOS cost
Low installation costs
High power generation
2.4.1 Advantages
2.4 Flex Rooftop
Integrates with roofing surface
Light weight
· No mounting hardware
· No roof penetrations
· Superior wind resistance
· Flexible. Fits many roof types
· Innovative architectural effect
· Less than 4kg/m2
Designed specifically for rooftops
SOLUTIONS
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Direct Adhesion
Peel the release paper off the flex panel and stick the adhesive surface to the rooftops.
Apply to the rooftops below:
2） Low Ribs Rooftop
1） Standing Seam Rooftop
1） Standing Seam Rooftop
2） Low Ribs Rooftop
4） TPO/PVC/ EPDM Membrane
Rooftop
3） Profiled Steel Rooftop
3） Profiled Steel Rooftop
4） Ceramic Tile Rooftop
Platform Attachment
Stick flex panels to a platform; then use brackets and clips to fix the platform onto the rooftops.
Apply to the rooftops below:
2.4.2 Installation Method
SOLUTIONS
02Chapter
FlexRooftop
FlexRooftop

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PV solar sunroof
VehicleandYachtapplication
Advantages of CIGS technology
•cell mass production efficiency 16.4% (2014)
•light, flexible, substrate only 50μm
•can be cut and customized
•UltraWire ™ design, positive and negative connection is convenient
2.5.1 solar sunroof solution
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In winter, the cold temperature not only leads to the
uncomfortable driving experience, but also tends to
damage the engine. Then you need the seat heating
and car-body preheating functions which the solar
sunroof can bring.
Application scenario—seat heating
Application scenario—power supply to electronic equipment
In summer, the in-car temperature can be very high(70 ℃ ) when the vehicle is parked under the
sunshine for some time. Then you need the automatic ventilation system which the solar sunroof can
bring. When parking, the solar sunroof will supply power to ensure air circulation through the ventilation
fan. The in-car temperature can effectively drop to 20 ℃ and the surplus power can replenish the
battery to prolong its service life.
Application scenario—ventilation
Without solar sunroof
when parking
1、generates energy with solar
power
4、no longer have the stuffy
feeling when getting in the
car
2、starts the ventilation system
and vents away hot air with solar
power
3、switches on the air conditioner
with the smart key before driving
cooling
when parking temperature rises stuffiness increases
with solar sunroof
With the development of the automobile industry, electronic devices in cars demand for electricity
increasingly. Solar sunroof can effectively collect solar energy and transform it into other forms of
energy to supply the air conditioner or battery in the car. Therefore, this system is also suitable for
Hybrid Electric Vehicles or Pure Electric Vehicles.
Car fridge Data recorder Air cleaner WIFI GPS security locator
2.5.3 Power solutions for mobile applications
Application scenarios:
System solution introduction:
motor homes, bus, cold chain car,
insulated truck, urban railway, special
vehicle
include solar panels, installing suite,
controller, cable
Environmental protection：Solar sightseeing ships benefit the ecological environment and sustainable
development as they produce zero emission and zero pollution.
Economic benefit: Solar vessels reduce the energy consumption leading to lowered operational cost of
the vessels.
Social effect: pure solar yacht can raise concerns of the public about environmental protection and
establish a good social image.
2.5.2 Yacht/ ship application
Trickle
charge
system
Heating
Ventilation
Air
Conditioning
Cold chain/
Heat
preservation
Security
lighting/
power supply
system
Extended
range
CIGS
Intelligent
modular
application

42 43
No need for the screw to penetrate the car roof,
causing no damage to the roof
Vehicle can stop at any position, the panels require
no particular installation angle
Easy to attach, can be well-fitted with a variety of roof shapes
Panel installation does not affect the appearance of
the vehicle body
·The power generation rate of CIGS cell is high. It can integrate perfectly with car roof thanks to its light
weight, thin shape and flexibility.
·It can prolong the service life of the storage battery by preventing electricity lost.
·It can charge the vehicle navigation system, vehicle traveling data recorder, entertainment system,
digital products, etc.
·When parking in summer, the controller can ventilate the car automatically to clean the air.
·Outdoor emergency system.
· It is portable and exquisite so that it is easily packed into the car trunk and suitable for power supply
and emergency relief purposes.
· It is possible to be the vehicle’s standard accessories thanks to its perfect design and power supply
features.
· Its energy storage system supports 5V, 12V, 110V voltage output.
· It can supply lighting and charging (mobile, pad, camera, laptop and so on）.
2.5.3 Auto parts market application solutions
Product introduction
Product features
Clean energy-----transfer solar energy to electric energy
Environmental protection----- zero carbon emission & zero pollution
High percentage conversion rate-----CIGS solar cell (the world’s highest efficiency)
Portable----- weighs less than 2KG and the size matches all types of trunks
Multi-purpose ----meet different needs of car owners
Expandability----increase panels to meet different power needs
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2.6.1 General View
Level 1 priority: Generate electricity for
household appliances
Solar PV panels absorb the sunlight and
transform it to DC (direct current). The inverter
converts DC to AC (alternating current), which
can supply all your household appliances like it
used to.
A Hanergy Household Solar PV system
·Is a mini power station installed on the top of
your private residence, which utilizes thin-film
solar panels to absorb the sun’s energy and
generate it to electricity.
·Can be installed in any places exposed
to sunlight, such as your roof top, balcony,
garden, carport top, etc.
·Is a power station that you can own in 2
weeks and can serve you for as long as 25
years, unremittingly.
·Doesn't just save you money. Thanks to a
Government backed scheme, it earns you
money too.
Level 2 priority: Surplus energy storage
surplus electricity unconsumed by home
appliances will be stored in batteries for use at
night or during raining or snowy days.
Level 3 Priority: Access to the Grid for
excessive electricity
When the battery is full, the system will
automatically export the excessive electricity to
the grid and earn additional income.
HouseholdSolarPVsystem
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2.6.2 Hanergy Household Solar PV system
② Inverter and other electrical equipment
The inverter turns the Direct Current into Alternating Current (AC) so it can be used within the home.
Other electrical equipment such as controller, combiner box, fuse board, etc. can make the system complete and
ensure the performance.
Standard Configuration Parameter Table (Using Solibro 115W Panel as example)
Common Grid-connected system Energy storage Grid-connected system
Size & Weight
System Capacity 3.45kWp 4.14kWp 5.75kWp 3.45kWp 4.14kWp 5.75kWp
Controller Size 545x504x149mm 765x504x149mm
Controller Weight 15.5kg 20.5kg
DC Side
CIGS Moudle Capacity 30 36 50 30 36 50
Battery Capacity N/A 400Ah 600Ah 800Ah
Output at Night N/A 4.4kWh 5.3kWh 11kWh
AC Side
Max AC Output Current 13A 16A 25A 13A 16A 25A
3-Phase Mutual
Inductor
Adopted Adopted Adopted Adopted Adopted Adopted
Isolation Transformer Adopted Adopted Adopted Adopted Adopted Adopted
Your solar generation and electricity consumption will be
updated in real time by your monitoring system.
A monitoring system:
Is easy to use: It can be easily monitored through your
PC or other mobile devices, whose software/Apps can
be quickly downloaded and installed.
Can realize long range control: It incessantly sends
system data to your devices through internet.
Meanwhile, the information can be shared between all
your indicated devices.
Gives excellent performance: It can automatically
generate intuitive histograms from data and can record
failure with its cause.
Hanergy monitoring system can enable you to:
1.Obtain the data of generated & saved energy all day
long;
2.Get other data, such as your daily contribution in
respect of carbon emission;
3.Be aware of the appropriate time to cleanse your
system;
4.Know about the breakdown of the system in time.
A Hanergy Household Solar PV system is basically composed of 3 parts:
① Hanergy Thin-Film Solar Panels
Hanergy Thin-film panels (including standard panels, color panels, transparent
panels and flexible panels) have outstanding low-light behavior, steady
guaranteed performance, and an attractive visual appearance, making them
perfect for homes. The 25 year warranty covers the panels for up to 80% of their
original output.
③ Monitoring
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Hanergy intelligent monitoring system is composed of the local monitoring system and the network remote
monitoring system. The local monitoring system allows you to check the generation data and to set parameters
through the inverter LED screen display or through your PC (with cable connection to inverter). The network
remote monitoring system helps you to visit the system’s server through your PC, tablet computer or smart
phones, so as to look over the current, accumulated and statistical data.
Hanergy monitoring system displays all the key data of electrical equipment in the terminal of the controller
and upload it to the server. The Hanergy thin-film PV power station owner can get all information, such as the
hourly output, the daily system efficiency, the battery (if needed) state, self-using power of inverter, uploaded
power, etc.. It greatly helps the owner and the maintenance team to monitor the quality and the efficiency of all
equipment.
Hanergy monitoring system unremittingly ensures the maximized interest of the owner.
Let's take a closer look at why solar is the ultimate feel-good investment:
For 2.88kW system fit for a semi-detached home in Maidstone, Kent, you can make an annual return of£623.
This will help pay back the entire cost of the system in roughly 8 years.
Annual Benefit Breakdown
Feed-in Tariff Income------ £367
Export Tariff Income ------- £61
Electricity Bill Savings------ £195
= Total Annual Benefit------ £623
% Return on investment:12%
2.6.3 Earning and Saving
Monitoring system instructions
Obtaining “FIT (Feed-In Tariff)”
For every kWh that you produce, whether you use it or not, you can get corresponding revenue called FIT. The
FIT value depends on the government backed scheme.
Obtaining “Sell electricity tariff”
For every excess kWh that you sell to the grid, you will earn additional revenue.
Reduce 50% daily electricity costs
Your solar system will generate free electricity to your household appliances, so you SAVE buying nearly 50%
from your expensive utility each year.
Earning
Every year, with a Hanergy solar system you will make money in three distinct ways:
Saving
At the same time, you can save money and resources as well:
• Get free electricity from the sun and save up to 50% on your energy bills
• Decrease your risk of future increases in electricity rates
• Save up to one tonne of carbon per year
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2.6.5 Hanergy Stores around the World
Hanergy IKEA Store @ UK
Hanergy Carrefor Store @ Poland
Hanergy Experience Store @ China
Over a hundred Hanergy stores are ready to
be opened this year.
As a one-stop
shop, Hanergy
provides:
1Grid interconnection
application guidelines
2 System design and budget
analysis
6 Perfect after-sales
service
3 Panels electrical equipment
and other accessories provision
5 Monitoring system and
data analysis
4 Site support during the construction
Selecting the Hanergy Household Solar PV System means the procurement of not only a high quality product, but also
Hanergy’s standardized and systemized services.
In order to make it a pleasant experience for the customer to purchase this affordable solar system for your home, Hanergy
offers to provide a full range of installation services. We will employ next generation solar technology, create an expert team
and constantly improve our services.
Step 1: Pre-sales advisory service
Includes: popularization of the use of clean energy,
photovoltaic products and system introduction, installation
procedure explanation, etc...
Step 2: Measurement and calculation of roof top
Includes: Load calculation, recording of near shadings,
professional mounting recommendation
Step 3 System design and budget analysis
Includes: array design, selecting & matching of electrical
equipment, estimation of total expense
Step 4 Application for grid connection
☆ Don’t even worry about it. Leave all those application
troubles to the Hanergy expert team!
Step 5 Site operation
Includes: equipment transportation, constructors dispatch,
on site construction, provision of protection measures
Step6 Data monitoring
Includes: provision of data monitoring system, immediate
alert of data exception
Step7 After-sales service
Includes: service manual, quality and performance
guarantee, life-long maintenance
☆ We provide support if any issues arise with your system.
2.6.4 One-Stop Service
SOLUTIONS
02Chapter
Hanergy wants to inspire you and enable you to live a more sustainable life at home and
help you save money, reduce waste and energy consumption.

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2.7 Consumer Application
Super light 30s rapidly pack & deploy Portable
2.7.1 Rapid Deployment System (RDS)
RDS ADVANTAGES
Light Weight
The system weighs less than 10
tons, convenient for sea, land & air
transportation.
Compact
All system components are fixed & stored
in a 20ft container.
Easy to Pack & Deploy
It takes 5 non-skilled workers less than 3
hours to deploy the whole system.
High Power Output
The theoretical power output is 70 KWH/
sunny day & 12KWH/cloudy day.
Note:
· The system power output varies in
different places.
· The measured power output
· KWH/day ( Sunny, Sep 13th, at
Formula E, Beijing )
· 15KWH/day ( Hazy & Cloudy, Sep
25th, at ERExpo, Beijing )
The rapid deployment system (RDS) is an emergency power supply solution, which is designed to assist
disaster relief operations around the world, or to provide power to off grid areas on a short/long term
basis.
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RDS adopts the cutting-edge thin-film technology – CIGS flexible thin-film solar modules (100W, 2.6KG/piece, by
Global Solar Energy) to guarantee the rapid & high power generation during the day.
The whole system is fixed within a 20 foot container and is easy for rapid transportation & deployment.
The 19.2KW system consists of 192 pieces of flexible thin-film modules, MPPT charging controllers, bi-directional
inverters, battery storage systems, string boxes & AC distribution cabinet, etc.
The emergency power supply solution is specially designed for the below situations:
CUSTOMIZATION
Hanergy provides the system customization upon clients’ requests,
which covers:
1. System size
2. Container size & coating
3. Auxiliary functions: WiFi, radio communication, etc. Earthquake Diaster Relief Remote Areas without Electricity
Prairies / Pasturing Areas Island and lslets
Off-Grid Locations Border Post
Solar Module
Controller
Invert
Battery
Electricity
Battery
20ft Container 3D Image
SOLUTIONS
02Chapter
ConsumerApplication
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2.7.2 Solar Camping Kit
KP3-033
KP3-105
Charging Time by Solar:
20-22 Hours, depending on the sunlight.
15-17 Hours, depending on the sunlight.
Single Lamp Working Time:
25-27 Hours.
Single Lamp Working Time:
28-30 Hours.
With the idea of energy-efficiency and environmental protection, solar camping kit is portable, convenient, has long
service life, and ensures you to enjoy outdoor life freely.
It can generate one kilowatt electricity per day!
Where can it be applied?
Earthquake-stricken and remote areas where electricity is lacking,
border posts, and any other open areas where electricity is needed
What can one kilowatt electricity do?
One month continuous radio play
200 hours recharge of iPhone 5s
100 hours lighting for 10W energy-saving lamps
10 hours play of 55-inch LCD TV
One hour continuous burning of a 1000W kettle
SOLUTIONS
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58 59
CP1 - 060C/E
LP2-325A
This solar charger is an appropriate
partner to your outdoor activities. It
could be charged by solar repeatedly
in many flexible ways, such as
hanging on knapsacks or adsorbed on
windows, because it is equipped with
a sucker and a hook. Besides, it has a
series of connectors for your different
electronics.
This is a solar camping light and
charger. It is appropriate to outdoor
lighting and mobile phone charging.
60-62 Hours, depending on the
sunlight.
Charging Time by Adapter: 4-5 Hours.
Lamp Working Time: 40 Hours.
Battery Specification: 3.7V/2400Ah.
Charging Time for iPhone: 4 Hours.
28-30 Hours, depending on the
sunlight.
Lamp Working Time: 9-11 Hours.
Size：661mm×647mm×736mm
Built-in batter
Charge 10 pieces of iPhone (3 hours/piece)
Charge 2 pieces of iPad (8 hours/piece)
2.7.3 Solar Smart
Table
Solar smart table stores the energy into integrated
battery. You may charge your electronics by
connecting USB on the table. It provides you more
convenient power supply solution outdoors.
Coffee Table
T-S-A-62M-07
SOLUTIONS
02Chapter
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30W Solar Charging Bag 12W Solar Charging Bag
62W Solar Charging Bag 25W Solar Charging Bag
2.7.4 Flexible Solar Charging Bag
6.5W Solar Charging Bag
4W Solar Charging Bag
2W Solar Charging Bag
Product Specification
Flexible Solar
Charging Bag
2W 4W 6.5W 12W 25W 30W 62W
Voltage 5V 5V 15V 15V 16.5V 18.8V 20V
Current 400mA 800mA 433mA 800mA 1500mA 1600mA 3100mA
Open Size (cm) 35.6 x 22.9 61.0 x 22.9 73.6 x 22.9 73.6 x 45.7 104.8 x 54.6 111.8 x 53.3 133.3 x 76.2
Folding Size (cm) 22.9 x 12.7 22.9 x 12.7 22.9 x 12.7 22.9 x 12.7 26.7 x 21.6 26.7 x 21.6 36.8 x 21.6
Weigh（g） 113 179 198 312 737 907 1451
SOLUTIONS
02Chapter
ConsumerApplication
ConsumerApplication

REFERENCES
3.1 Utility Scale
3.3 BIPV
3.4 Flex Rooftop

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3.1 Utility Scale Qinghai Hainan prefecture thin-film ground power generation project (installed capacity: 150MWP /
amorphous silicon thin-film panels / phase one (50MWP) was completed in 2012)
Greek thin-film ground power generation project (installed capacity: 4MWP / amorphous silicon thin-
film panels / completed in 2012)
Ningxia Wuzhong thin-film ground power generation project (installed capacity: 20MWP / amorphous
silicon thin-film panels / completed in 2012)
UtilityScale
03
REFERENCES
Chapter

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Nongfu Spring Water Co., Ltd. Guangdong Wanluhu thin-film power generation project
(installed capacity: 4.82MWP / amorphous silicon thin-film panels / completed in 2013)
分
布
式
发
电
Guangdong Heyuan Hanergy Golden Sun thin-film power generation project (installed
capacity: 5.18MWP / amorphous silicon thin-film panels / completed in 2012)
German Thalheim factory roofing thin-film Solibro power generation project (installed capacity:
1.3MWP / copper indium gallium selenide panels / completed in 2012)
Xiangyang roofing thin-film power generation project (installed capacity: 10MWP /
amorphous silicon thin-film panels / completed in 2014)
03
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Guangzhou accelerator thin-film power project (connected to the Grid in 2013)
Honda thin-film power generation project (installed capacity: 17MWP / amorphous silicon
thin-film panels)
Russia Ussuriysk thin-film solar energy roofing power generation project (installed
capacity: 100KWP / 2012 for completion)
L'Aquila, Italy roofing thin-film power generation project (installed capacity: 837KWP /
amorphous silicon thin-film panels / completed in 2012)
Haikou Hanergy thin-film power generation project (installed capacity: 3MWP / completed
in 2013)
Hanergy Yucheng thin-film power generation project (installed capacity: 3MWP /
completed in 2013)
Hanergy Heilongjiang Shuangcheng thin-film solar power project (installed capacity:
5.14MWP / completed in 2014)
Thin-film rooftop solar power project for IKEA stores in Tianjin (installed capacity:
616KWP / completed in 2014)
03
REFERENCES
Chapter

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3.3 BIPV
Guangdong Hanergy BIPV curtain wall project
Jiangsu Wujin Hanergy BIPV curtain wall project
Turpan BIPV curtain wall project
Shandong Yucheng Hanergy BIPV curtain wall project
BIPV
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3.4 Flex Rooftop
Milan, Italy • Installation: June, 2011
• Modules：300W PowerFLEX ™ 6
• Power：19.8kWp
• Roofing Material: TPO membrane
• Installation Method: Direct adhesion
Yokosuka, Japan • Installation: April, 2012
• Power：400kWp
• Roofing Material: TPO membrane
New Jersey, USA • Installation: May, 2012
• Power：350kWp
• Roofing Material: EPDM membrane
FlexRooftop
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Paris, France • Installation: November, 2011
• Power：5kWp
• Roofing Material: Modified Bitumen
Zaandam, Netherlands • Installation: October, 2011
• Power：90kWp
• Roofing Material: EPDM membrane
Hawaii, USA • Installation: October, 2011
• Power：100kWp
• Roofing Material: Elastomeric coating
Milan, Italy • Installation: December, 2011
• Modules：250/275W PowerFLEX ™ 6
• Power：70kWp
• Roofing Material: Profiled Metal
• Installation Method: Platform attachment
Italy • Installation: September, 2011
• Power：15kWp
• Roofing Material: Standing Seam Metal
Sydney, Australia • Installation: January, 2013
• Modules：70W FLEX-01N
• Power：1.7kWp
• Roofing Material: Profiled Metal
• Installation Method: Platform attachment
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FlexRooftop
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3.5 Vehicle and yacht applications
Flexible panels applied to trucks / containers / refrigerated trucks
Flexible panels applied to RV market
Flexible panels applied to traveling vehicles and ships
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Chapter

Hanergy-Product-Brochure-141129

Hanergy-Product-Brochure-141129

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