優質太陽光電產品

Award Archive

List of Tenth Taiwan Excellent PV Award

Criteria

(in alphabetical order)
	TSEC Corporation Product Number：TS72-BMH-540 H1 TS66-BMH-505 H1
	United Renewable Energy Co., Ltd. Product Number：DBK550H8A
	Win Win Precision Technology Co. Ltd. Product Number：WST-410MGX-P3
(in alphabetical order)
	TSEC Corporation Product Number：TSSCN
	United Renewable Energy Co., Ltd. Product Number：NSEY
	Sino-American Silicon Products Inc. Product Number：SR7SK3T
(in alphabetical order)
	Asain Power Devices Inc. Product Number：PV-125KH-U

Picture of award

2023 Taiwan Excellent PV Award
Cheng-Yeh Yu, Vice President of TSEC Corporation、Davis Chen , Chairman & CEO of Win Win Precision Technology Co. Ltd.、Lewis.Yu, Chief Technology Officer of United Renewable Energy Co., Ltd.、Cheng-Wei Yu, Director General of Energy Administration, Ministry of Economic Affairs、Vincent Fan, Director/Sales Department of Asain Power Devices Inc.、Pedersen.Chen, General manager of Sino-American Silicon Products Inc.、Ren-Han Kang, Director of TSEC Corporation、Andy Shen, President of United Renewable Energy Co., Ltd. (Left to Right)

List of Tenth Taiwan Excellent PV Award

Criteria

(in alphabetical order)
	TSEC Corporation Product Number：TS72-AMH-460 H1 TS60-BMH-450 H1
	Motech Industries, Inc. Product Number：XN60CD-385-B
	United Renewable Energy Co., Ltd. Product Number：DAK385H7A
	Gintung Energy Corporation Product Number：GTEC-375G8S6A
(in alphabetical order)
	TSEC Corporation Product Number：TSSB9 TSSCN
	Motech Industries Inc. Product Number：Aquila2.9A
	United Renewable Energy Co., Ltd. Product Number：NSBRL
	Ming Hwei Energy Product Number：MHE69
	Sino-American Silicon Products Inc. Product Number：SR6SK1B
(in alphabetical order)
	Delta Electronics, Inc. Product Number：M30A_230
	Ablerex Electronics Co., Ltd. Product Number：ES 7200HC
	Asain Power Devices Inc. Product Number：PV-75000T-U

Picture of award

2022 Taiwan Excellent PV Award—Silicon photovoltaic module
Cheng-yeh Yu , Deputy General Manager of TSEC Corporation、 Ting Wang, VP&CFO of MOTECH INDUSTRIES INC、 Jong-chin Shen, Vice Premier of Executive Yuan、 Andy Shen, General Manager of United Renewable Energy Co., Ltd.、 Bryan Ho, General Manager of Gintung Energy Corporation (Left to Right)

2022 Taiwan Excellent PV Award—Silicon solar cell
Andy Shih, General Manager of Sino-American Silicon Products Inc.、 Cheng-yeh Yu , Deputy General Manager of TSEC Corporation、 Jong-chin Shen, Vice Premier of Executive Yuan、 Andy Shen, General Manager of United Renewable Energy Co., Ltd.、 Ting Wang, VP&CFO of MOTECH INDUSTRIES INC、 Jackie Yu, General Manager of Ming Hwei Energy Co., Ltd. (Left to Right)

2022 Taiwan Excellent PV Award—PV-Inverter
Raymond Lee, Director of PV Inverter BU of Delta Electronics, Inc.、 Jong-chin Shen, Vice Premier of Executive Yuan、 Joseph Huang, General Manager of Ablerex Electronics Co.,Ltd.， Jimmy Chuang, General Manager of Asain Power Devices Inc. (Left to Right)

Criteria

Selecting essentials of modules

(1) Silicon photovoltaic module：2.4 m (L) x 1.25 m(W) or less
(2) Must qualify all safety, performance, efficiency and reliability

PV Module Assessment Items:

Category	Reference standard	Requirement content	Pass criteria
Safety	IEC 61730-2: 2004 or CNS 15118-2: 2007 or above	Safety test	Meet the reference standard
Performance	IEC 61215: 2005 or CNS 15114: 2007 or above	Performance test	Meet the reference standard
Efficiency	IEC 60904-1：2006	STC max. power test, calculating efficiency according to external frame area of module	efficiency ≧ 20.0 %
Reliability (Salt mist corrosion test)	IEC 61701: 2022 Severity 8	70 Days	6 items are qualified
Reliability (Salt mist corrosion test)	IEC 61701: 2022 Severity 8	70 Days	Power degradation ≦ 5 %
Reliability (Damp heat test)	IEC 61215：2005 or CNS 15114: 2007 or above	DH 3000	4 items are qualified
Reliability (Damp heat test)	IEC 61215：2005 or CNS 15114: 2007 or above	DH 3000	Power degradation ≦ 15 %
Reliability (Thermal cycling test)	IEC 61215: 2005 or CNS 15114: 2007 or above	TC 600	3 items are qualified
Reliability (Thermal cycling test)	IEC 61215: 2005 or CNS 15114: 2007 or above	TC 600	Power degradation ≦ 15 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 %RH ± System Voltage 300 h	4 items are qualified
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 %RH ± System Voltage 300 h	Power degradation ≦ 5 %
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(±2500 Pa)-TC50-HF10	4 items are qualified
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(±2500 Pa)-TC50-HF10	Power degradation ≦ 5 % (single item) Power degradation ≦ 8 % (all series)

Category	Reference standard	Requirement content	Pass criteria

Selecting essentials of cells
(1) Silicon solar cell: ：166 mm x 166 mm or less (2) Must qualify efficiency and reliability

Efficiency	IEC 60904-1:2006	Efficiency performance after exposure of 20 kWh·m^-2	Efficiency ≧ 21.2 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C 85 %RH ±System Voltage 192 h	Power degradation ≦ 5 %
Reliability (Light and elevated Temperature Induced Degradation, LETID)	IEC TS 63342 (Draft)	LETID 75 °C, 85%RH； I= (Isc-Impp)×2, 486 h	Power degradation ≦ 5 %

Category	Reference standard	Requirement content	Pass criteria

Selecting essentials of inerter
(1) PV-Inverter：125 kW or less (2) Must qualify all safety, performance, efficiency and reliability

Safety	CNS 15426-1: 2011、CNS15426-2: 2013	Safety test	Meet the reference standard
Grid-connected	CNS 15382: 2018	Grid-connected test	Meet the reference standard
Electromagnetic Compatibility (EMC)	CNS 14674-1~3: 2006、CNS 14674-4: 2016 or IEC 62920: 2017	EMC test	Meet the reference standard
Reliability (Copper Accelerat-ed Salt Spray Test, CASS)	ASTM B368-09	Mix 5 % concentration NaCl with CuCl₂-H₂O and glacial acetic acid , the pH value is between 3.1~3.3. Temp.: 49 ± 1 °C Time : 14 days	Where applicable, the continuous output current or power shall not exceed 10% of the marked output rating value
Reliability (Thermal cycling test)	IEC 61215: 2005 or CNS 15114: 2007or above	Temp.: (-40 ~ 85) ± 2 °C Time : 200 cycles	Where applicable, the continuous output current or power shall not exceed 10 % of the marked output rating value

List of Ninth Taiwan Excellent PV Award

Criteria

(in alphabetical order)
	TSEC Corporation Module Model：TS72-6MH-410 H2
	Motech Industries Inc. Module Model：XN60CA-360-B
	United Renewable Energy Co., Ltd. (URE) Module Model：D2K410P8A
(in alphabetical order)
	TSEC Corporation Module Model：TSSBM
	Ming Hwei Energy Co., Ltd Module Model：MHE69
	Motech Industries Inc. Module Model：Orion2.9A
	United Renewable Energy Co., Ltd. (URE) Module Model：NSBR
(in alphabetical order)
	Delta Electronics, Inc. Module Model：M100A_280
	Ablerex Electronics Co.,Ltd. Module Model：ES3075KBS
	PrimeVOLT Co., Ltd. Module Model：PV-30000T-U

Picture of award

Criteria

Selecting essentials of modules

(1) Silicon photovoltaic module：2.4 m (L) x 1.25 m(W) or less
(2) Must qualify all safety, performance, efficiency and reliability

PV Module Assessment Items:

Category	Reference standard	Requirement content	Pass criteria
Safety	IEC 61730-2: 2004 or CNS 15118-2: 96 or above	Safety test	Meet the reference standard
Performance	IEC 61215: 2005 or CNS 15114: 96 or above	Performance test	Meet the reference standard
Efficiency	IEC 60904-1：2006	STC max. power test, calculating efficiency according to external frame area of module	efficiency ≧ 19.5 %
Reliability (Salt mist corrosion test)	IEC 61701: 2011 or CNS 15196: 103 Severi-ty 6	56 Days	6 items are qualified
Reliability (Salt mist corrosion test)	IEC 61701: 2011 or CNS 15196: 103 Severi-ty 6	56 Days	Power degradation ≦ 5 %
Reliability (Damp heat test)	IEC 61215：2005 or CNS 15114: 96 or above	DH 3000	4 items are qualified
Reliability (Damp heat test)	IEC 61215：2005 or CNS 15114: 96 or above	DH 3000	Power degradation ≦ 15 %
Reliability (Thermal cycling test)	IEC 61215: 2005 or CNS 15114: 96 or above	TC 600	3 items are qualified
Reliability (Thermal cycling test)	IEC 61215: 2005 or CNS 15114: 96 or above	TC 600	Power degradation ≦ 15 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± System Voltage 300 h	4 items are qualified
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± System Voltage 300 h	Power degradation ≦ 5 %
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(±2000 Pa)-TC50-HF10	4 items are qualified
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(±2000 Pa)-TC50-HF10	Power degradation ≦ 5 % (single item) Power degradation ≦ 8 %
Reliability (Light and elevated Temperature Induced Degradation, LETID)	IEC TS 63342 (Draft)	LETID 75 °C , 85 %RH； I= (Isc-Impp)×2, 300 h	2 items are qualified
	IEC TS 63342 (Draft)	LETID 75 °C , 85 %RH； I= (Isc-Impp)×2, 300 h	Power degradation ≦ 5 %

Category	Reference standard	Requirement content	Pass criteria

Selecting essentials of cells
(1) Silicon solar cell: ：166 mm x 166 mm or less (2) Must qualify efficiency and reliability

Efficiency	IEC 60904-1:2006	Efficiency performance after exposure of 20 kWh·m^-2	Efficiency ≧ 21.2 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C 85 % RH ±System Voltage 192 h	Power degradation ≦ 5 %
Reliability (Light and elevated Temperature Induced Degradation, LETID)	IEC TS 63342 (Draft)	LETID 75 °C, 85%RH； I= (Isc-Impp)×2, 300 h	Power degradation ≦ 5 %

Category	Reference standard	Requirement content	Pass criteria

Selecting essentials of inerter
(1) PV-Inverter：125 kW or less (2) Must qualify all safety, performance, efficiency and reliability

Safety	CNS 15426-1: 100、CNS15426-2: 102	Safety test	Meet the reference standard
Grid-connected	CNS 15382: 107	Grid-connected test	Meet the reference standard
Electromagnetic Compatibility (EMC)	CNS 14674-1~3: 95、CNS 14674-4: 105 or IEC 62920: 106	EMC test	Meet the reference standard
Reliability (Copper Accelerat-ed Salt Spray Test, CASS)	ASTM B368-09	Mix 5 % concentration NaCl with CuCl2-H2O and glacial acetic acid , the PH value is between 3.1~3.3. Temp.: 49 ± 1 °C Time : 14 days	Where applicable, the continuous output current or power shall not exceed 10% of the marked output rating value

TAIWAN EXCELLENT PV AWARD

Taiwan excellent PV award is a symbol of Taiwan's highest quality solar photovoltaic products. Photovoltaic products selecting items of this term are categorized as “silicon photovoltaic module” and “silicon solar cell”, in addition to safety and performance in reliability part of silicon photovoltaic module test items, including salt mist corrosion test, dynamic mechanical load test which are required on oceanic island climate. Besides on test items of solar cells, in addition to measuring efficiency of solar cells, also increasing the potential induced degradation test, thus screen stringently the superior domestic solar photovoltaic products.

Criteria

(in alphabetical order)

AU Optronics Corp.
Type: Monocrystalline (6”)
Module Model: PM060MW6_350

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS60-6MH-340 H1

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS72-6MH-410 H1

United Renewable Energy Co., Ltd.
Type: Monocrystalline (6”)
Module Model: D2K410H8A

Win Win Precision Technology Co., Ltd.
Type: Monocrystalline (6”)
Module Model: WSP-330M6G

(in alphabetical order)

TSEC Corporation
Type: Monocrystalline (6”)
Cell Model: TSS65TN

Win Win Precision Technology Co., Ltd.
Type: Monocrystalline (6”)
Module Model: NSAW

Picture of award

Criteria

(1) Silicon photovoltaic module：2.2 m (L) x 1.5 m(W) or less
(2) Must qualify all safety, performance, efficiency and reliability

PV Module Assessment Items:

Category	Reference standard	Requirement content	Pass criteria
Safety	IEC 61730-2：2004 or above	Safety test	Meet the reference standard
Performance	IEC 61215：2005 or above	Performance test	Meet the reference standard
Efficiency	IEC 60904-1：2006	STC max. power test, calculating efficiency according to external frame area of module	monocrystalline ≧ 18.9 %
			polycrystalline ≧ 18.0 %

Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	56 Days	6 items are qualified
Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	56 Days	Power degradation ≦ 5 %
Reliability (Damp heat test)	IEC 61215：2005 or above	DH 3000	4 items are qualified
Reliability (Damp heat test)	IEC 61215：2005 or above	DH 3000	Power degradation ≦ 15 %
Reliability (Thermal cycling test)	IEC 61215：2005 or above	TC 600	3 items are qualified
Reliability (Thermal cycling test)	IEC 61215：2005 or above	TC 600	Power degradation ≦ 15 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± System Voltage 300 h	4 items are qualified
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± System Voltage 300 h	Power degradation ≦ 5 %
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(±2000 Pa)-TC50-HF10	4 items are qualified
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(±2000 Pa)-TC50-HF10	Power degradation ≦ 5 % (single item) Power degradation ≦ 8 %

(1) Silicon solar cell: 5”or 6”
(2) Must qualify performance and reliability

Category	Reference standard	Requirement content	Pass criteria
Performance	IEC 60904-1:2006	Efficiency performance after exposure of 20 kWh·m^-2	monocrystalline ≧ 21.0 % polycrystalline ≧ 19.5 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C 85 % RH ±System Voltage 192 h	Power degradation ≦ 5 %

TAIWAN EXCELLENT PV AWARD

Criteria

(in alphabetical order)

AU Optronics Corp.
Type: Monocrystalline (6”)
Module Model: PM060MW4_335

Motech Industries, Inc.
Type: Monocrystalline (6”)
Module Model: XS60CB-315-T

Motech Industries, Inc.
Type: Monocrystalline (6”)
Module Model: XS60GB-315

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS60-6M3-320 V

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS72-6M3-380 V

United Renewable Energy Co., Ltd.
Type: Monocrystalline (6”)
Module Model: D6G385O4A

Win Win Precision Technology Co., Ltd.
Type: Monocrystalline (6”)
Module Model: WSP-335MX

(in alphabetical order)

TSEC Corporation
Type: Monocrystalline (6”)
Cell Model: TSS65TN

Picture of award

Criteria

Selecting essentials of modules
(1) Silicon photovoltaic module：2.2 m (L) x 1.5 m(W) or less
(2) Must qualify all safety, performance, efficiency and reliability

Category	Reference standard	Requirement content	Pass criteria
Safety	IEC 61730-2：2004 or above	Safety test	Meet the reference standard
Performance	IEC 61215：2005 or above	Performance test	Meet the reference standard
Efficiency	IEC 60904-1：2006	STC max. power test, calculating efficiency according to external frame area of module	monocrystalline ≧ 18.6 %
			polycrystalline ≧ 17.7 %

Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	56 Days	6 items are qualified
Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	56 Days	Power degradation ≦ 5 %
Reliability (Damp heat test)	IEC 61215：2005 IEC 61646：2008	DH 3000	4 items are qualified
Reliability (Damp heat test)	IEC 61215：2005 IEC 61646：2008	DH 3000	Power degradation ≦ 15 %
Reliability (Thermal cycling test)	IEC 61215：2005 IEC 61646：2008	TC 600	3 items are qualified
Reliability (Thermal cycling test)	IEC 61215：2005 IEC 61646：2008	TC 600	Power degradation ≦ 15 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± 1000V 300 h	4 items are qualified
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± 1000V 300 h	Power degradation ≦ 5 %
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(2000 Pa)-TC50-HF10	4 items are qualified
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(2000 Pa)-TC50-HF10	Power degradation ≦ 5 % (single item) Power degradation ≦ 8 %

Selecting essentials of cells
(1) Silicon solar cell: 5”or 6”
(2) Must qualify performance and reliability

Category	Reference standard	Requirement content	Pass criteria
Performance	IEC 60904-1:2006	Efficiency performance after exposure of 20 kWh·m^-2	monocrystalline ≧20.8 % polycrystalline ≧19.5 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C 85 %RH ±1000 V 192 h	Power degradation ≦5 %

TAIWAN EXCELLENT PV AWARD

Criteria

(in alphabetical order)

AU Optronics Corp.
Type: Monocrystalline (6”)
Module Model: PM072MW2_390

AU Optronics Corp.
Type: Monocrystalline (6”)
Module Model: PM060MW4_325

Neo Solar Power Corporation
Type: Monocrystalline (6”)
Module Model: D7M390H8A

Neo Solar Power Corporation
Type: Monocrystalline (6”)
Module Model: D7M330H7A

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS60-6MH-310

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS60-6M3-305

(in alphabetical order)

TSEC Corporation
Type: Monocrystalline (6”)
Cell Model: TSS65TN

Ming Hwei Energy
Type: Monocrystalline (6”)
Cell Model: PERC-M2 5BB

Neo Solar Power Corporation
Type: Monocrystalline (6”)
Cell Model: NS6WL

Picture of award

Criteria

Selecting essentials of modules
(1) Silicon photovoltaic module：2.0 m (L) x 1.5 m(W) or less
(2) Must qualify all safety, performance, efficiency and reliability

Category	Reference standard	Requirement content	Pass criteria
Safety	IEC 61730-2：2004 or above	Safety test	Meet the reference standard
Performance	IEC 61215：2005 IEC 61646：2008 or above	Performance test	Meet the reference standard
Efficiency	IEC 60904-1：2006	STC max. power test, calculating efficiency according to external frame area of module	monocrystalline ≧18.3 %
			polycrystalline ≧17.4 %
			Thin-film ≧ 13.8 %
Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	65 Days	6 items are qualified
Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	65 Days	Power degradation ≦ 5 %
Reliability (Damp heat test)	IEC 61215：2005 IEC 61646：2008	DH 3000	4 items are qualified
Reliability (Damp heat test)	IEC 61215：2005 IEC 61646：2008	DH 3000	Power degradation ≦ 15 %
Reliability (Thermal cycling test)	IEC 61215：2005 IEC 61646：2008	TC 600	3 items are qualified
Reliability (Thermal cycling test)	IEC 61215：2005 IEC 61646：2008	TC 600	Power degradation ≦ 15 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± 1000V 300 h	4 items are qualified
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± 1000V 300 h	Power degradation ≦ 5 %
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(2000 Pa)-TC50-HF10	4 items are qualified
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(2000 Pa)-TC50-HF10	Power degradation ≦ 5 % (single item) Power degradation ≦ 8 %

Selecting essentials of cells
(1) Silicon solar cell: 5”or 6”
(2) Must qualify performance and reliability

Category	Reference standard	Requirement content	Pass criteria
Performance	IEC 60904-1:2006	Efficiency performance after exposure of 20 kWh·m^-2	monocrystalline ≧20.6 % polycrystalline ≧19.5 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C 85 %RH ±1000 V 192 h	Power degradation ≦5 %

TAIWAN EXCELLENT PV AWARD

Criteria

(in alphabetical order)

AU Optronics Corp.
Type: Monocrystalline (6”)
Module Model: PM060MW2_310

AU Optronics Corp.
Type: Monocrystalline (5”)
Module Model: PM096B00_330

AU Optronics Corp.
Type: Polycrystalline (6 ")
Module Model: PM060PW1_285

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS60-6M3-305

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS72-6M3-363

Anji Technology Co., Ltd
Type: Monocrystalline (6”)
Module Model: AJP-S660-300

Neo Solar Power Corporation
Type: Monocrystalline (6”)
Module Model: D6L305K3A

Neo Solar Power Corporation
Type: Monocrystalline (6”)
Module Model: D6M315E3A

(in alphabetical order)

TSEC Corporation
Type: Monocrystalline (6”)
Cell Model: TSS64TN

Neo Solar Power Corporation
Type: Monocrystalline (6”)
Cell Model: NS6QL

Picture of award

Criteria

Selecting essentials of modules
(1) Silicon photovoltaic module：2.0 m (L) x 1.5 m(W) or less
(2) Must qualify all safety, performance, efficiency and reliability

Category	Reference standard	Requirement content	Pass criteria
Safety	IEC 61730-2：2004	Safety test	Meet the reference standard
Performance	IEC 61215：2005 IEC 61646：2008	Performance test	Meet the reference standard
Efficiency	IEC 60904-1	STC max. power test, calculating efficiency according to external frame area of module	monocrystalline ≧18.0 %
			polycrystalline ≧17.1 %
			Thin-film ≧ 13.8 %
Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	6 items test	6 items are qualified
Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	6 items test	Power degradation ≦ 5 %
Reliability (Damp heat test)	IEC 61215：2005 IEC 61646：2008	DH 3000	4 items are qualified
Reliability (Damp heat test)	IEC 61215：2005 IEC 61646：2008	DH 3000	Power degradation ≦ 15 %
Reliability (Thermal cycling test)	IEC 61215：2005 IEC 61646：2008	TC 600	3 items are qualified
Reliability (Thermal cycling test)	IEC 61215：2005 IEC 61646：2008	TC 600	Power degradation ≦ 15 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± 1000V 300 h	4 items are qualified
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C , 85 % RH ± 1000V 300 h	Power degradation ≦ 5 %
Reliability (Combination testing)	IEC TS 62782 : 2016	DML-TC50-HF10	4 items are qualified
Reliability (Combination testing)	IEC TS 62782 : 2016	DML-TC50-HF10	Power degradation ≦ 5 % (single item) Power degradation ≦ 8 % (series)

Selecting essentials of cells
(1) Silicon solar cell: 5”or 6”
(2) Must qualify performance and reliability

Category	Reference standard	Requirement content	Pass criteria
Performance	IEC 60904-1	Efficiency performance after exposure of 20 kWh·m^-2	monocrystalline ≧20.4 % polycrystalline ≧19.5 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1 : 2015	PID 85 °C 85 %RH ±1000 V 192 h	Power degradation ≦5 %

TAIWAN EXCELLENT PV AWARD

Criteria

(in alphabetical order)

Neo Solar Power Corporation
Type: Monocrystalline (6”)
Module Model: D6M300E3A

RITEK Corporation
Type: Monocrystalline (6”)
Module Model: MM60-6RT-295

Tainergy Tech Co., Ltd
Type: Monocrystalline (6”)
Module Model: TKSA-29017

Tainergy Tech Co., Ltd
Type: Polycrystalline (6 ")
Module Model: TKSA-27507

TSEC Corporation
Type: Monocrystalline (6”)
Module Model: TS60_6M3_290

(in alphabetical order)

Gintech Energy Corporation
Type: Monocrystalline (6”)
Cell Model: G156S4

Gintech Energy Corporation
Type: Polycrystalline (6 ")
Cell Model: G156M4

Neo Solar Power Corporation
Type: Monocrystalline (6”)
Cell Model: NS6QL

Sino-American Silicon Products Inc.
Type: Monocrystalline (6”)
Cell Model: CELCO_SR6SKZN

TSEC Corporation
Type: Monocrystalline (6”)
Cell Model: TSS64TNW

TSEC Corporation
Type: Polycrystalline (6 ")
Cell Model: TSN64TNW

Picture of award

Criteria

Selecting essentials of modules
(1) Silicon photovoltaic module：2.0 m (L) x 1.5 m(W) or less
(2) Must qualify all safety, performance, efficiency and reliability

Category	Reference standard	Requirement	Pass criteria
Safety	IEC 61730-2：2004	13 items of safety test	13 items are qualified
Performance	IEC 61215：2005	18 items of Performance test	18 items are qualified
Efficiency	IEC 60904-1	STC max. power test, calculating efficiency according to external frame area of module	monocrystalline ≧ 17.4 %
Efficiency	IEC 60904-1		polycrystalline ≧ 16.5 %
Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	6 items test	5 items are qualified
Reliability (Salt mist corrosion test)	IEC 61701：2011 Severity 6	6 items test	Power degradation ≦ 5 %
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1:2015	PID 85 °C 85 %RH 288 h	5 items are qualified
Reliability (Potential Induced Degradation test, PID)	IEC TS 62804-1:2015	PID 85 °C 85 %RH 288 h	Power degradation ≦ 5 %
Reliability (Accelerated Weathering Test)	IEC 62892-1 Draft	TC 500 with 1 kg load	5 items are qualified
		TC 500 with 1 kg load	Power degradation ≦ 8 % (single item)
		UV(80 °C)-DML- TC50-HF10-DH1000	5 items are qualified
		UV(80 °C)-DML- TC50-HF10-DH1000	Power degradation ≦ 5 % (single item) Power degradation ≦ 8 % (series)
Reliability (Combination testing)	IEC TS 62782 : 2016	DML(2000 Pa)-TC50-HF10	4 items are qualified Power degradation ≦ 5 % (single item) Power degradation ≦ 8 %

Selecting essentials of cells
(1) Silicon solar cell: 5”or 6”
(2) Must qualify all performance and reliability

Category	Reference standard	Requirement content	Pass criteria
Performance	IEC 60904-1	Efficiency performance after exposure of 20 kWh×m^-2	monocrystalline ≧20.2 % polycrystalline ≧18.7 %
Reliability (Potential Induced Degradation test, PID)	IEC61215:2005 IEC TS 62804-1	PID 85 °C 85 %RH 1000 V 192 h	Power degradation ≦5 %

Criteria

(Alphabetization)

AU Optronics Corp.
Module：PM096B00_320

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Neo Solar Power Corporation
Module：D6M290B3A

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TSEC Corporation
Module：TS60-6M3-285

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WINAICO
Module：WSP-300M6

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(Alphabetization)

Neo Solar Power Corporation
Cell：NS6ML(Black20)

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TSEC Corporation
Cell：TSS64TN

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TSEC Corporation
Cell：TSN64TN

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Criteria

Selecting essentials of modules
(1) Silicon photovoltaic module： < 2.0 m (L) x 1.5 m(W)
(2) must qualify all safety, performance, efficiency and reliability

Category	Reference standard	Requirement content	Pass criteria	Evaluation method mode
Safety	IEC 61730-2：2004	13 items of safety test	13 items are qualified	Document review
Performance	IEC 61215：2005	18 items of safety test	18 items are qualified	Document review
Efficiency	IEC 60904-1	STC max. power test, calculating efficiency according to external frame area of module	monocrystalline ≧17.4 %	Verification test
Efficiency	IEC 60904-1		polycrystalline ≧16.5 %	Verification test
Reliability (saline fog test)	IEC 61701：2011 Severity 6	6 items test	5 items are qualified	Document review
Reliability (saline fog test)	IEC 61701：2011 Severity 6	6 items test	Power degradation ≦5 %	Document review
Reliability (saline - fog test) (Potential Induced Degradation, PID)	IEC 62804 Draft	PID 85 °C 85 %RH 288 Hr.	5 items are qualified	Verification test
	IEC 62804 Draft	PID 85 °C 85 %RH 288 Hr.	Power degradation ≦5 %	Verification test
Reliability (Warm damp, equable climate)	IEC 62892-1 Draft	TC 500 with 1 kg load	5 items are qualified	Verification test
		TC 500 with 1 kg load	Power degradation ≦8 % (single item)	Verification test
		UV(80 °C)-DML- TC50-HF10-DH1000	5 items are qualified	Verification test
		UV(80 °C)-DML- TC50-HF10-DH1000	Power degradation ≦5 % (single item) Power degradation ≦8 % (series)	Verification test

Selecting essentials of cells
(1) Silicon solar cell: 5”or 6
(2) must qualify all performance and reliability

Category	Reference standard	Requirement content	Pass criteria	Evaluation method mode
Performance	IEC 60904-1	Efficiency performance after exposure of 20 kWh×m^-2	monocrystalline ≧20.0 % polycrystalline ≧18.5 %	Verification test
Reliability (Potential Induced Degradation test (PID))	IEC61215:2005 IEC 62804 Draft	PID 85 °C 85 %RH 1000 V 192 Hr.	Power degradation ≦5 %	Verification test

Criteria

Selecting essentials of modules
(1) Silicon photovoltaic module: < 2.0 m (L) x 1.5 m(W)
(2) must qualify all safety, performance, efficiency and reliability

Category	Reference standard	Requirement content	Pass criteria	Evaluation method mode
Safety	IEC 61730-2：2004	13 items of safety test	13 items are qualified	Document review
Performance	IEC 61215：2005	18 items of safety test	18 items are qualified	Document review
Efficiency	IEC 60904-1	STC max. power test, calculating efficiency according to external frame area of module	monocrystalline≧ 16.5 %	Verification test
Efficiency	IEC 60904-1		polycrystalline≧ 16 %	Verification test
Reliability (saline fog test)	IEC 61701：2011 Severity 6	6 items test	5 items are qualified	Document review/Verification test
Reliability (saline fog test)	IEC 61701：2011 Severity 6	6 items test	Power degradation ≦ 5%	Document review/Verification test
Reliability (saline - fog test (Dynamic state mechanical load test)	IEC 61215：2005 IEC 62782 Draft	UV-DML 1440 Pa 1000 cycles-TC50 -HF10	4 items are qualified	Verification test
	IEC 61215：2005 IEC 62782 Draft	UV-DML 1440 Pa 1000 cycles-TC50 -HF10	Power attenuation ≦ 5%(single item) Power degradation ≦ 8% (series)	Verification test
Reliability (saline - fog test) (Potential Induced Degradation, PID)	IEC 61215：2005 IEC 62804 Draft	PID 85°C 85%RH 168 Hr.	2 items are qualified	Verification test

Selecting essentials of cells
(1) must qualify all performance and reliability

Category	Reference standard	Requirement content	Pass criteria	Evaluation method mode
Performance	IEC 60904-1	Efficiency performance after exposure of 5 kWh×m^-2	monocrystalline ≧ 19.2% polycrystalline ≧ 17.6%	Verification test
Reliability (saline - fog test) (Potential Induced Degradation, PID)	IEC 61215：2005 IEC 62804 Draft	PID 85°C 85%RH 96Hr.	Power degradation ≦ 5%	Verification test

2014 Qualified Product Model (Alphabetization)

TSEC CORPORATION
Module：TS60-6M3-275

AU Optronics Corp.
Module：PM096B00

AU Optronics Corp.
Module：PM245P00

Perfect Source Technology Corp
Module：PST 266 GT

Apollo Solar Energy Co., Ltd., GINTUNG(ASEC)
Module：ASEC-260G6M6A

Win Win Precision Technology Co., Ltd.
Module：WSP-280M6

Solartech Energy Corp
Module：SEC-6M-72-325-3BB

TYNSOLAR CORPORATION
Module：TYNS62610275

Neo Solar Power Corporation
Module：D6P265B3A

TSEC CORPORATION
Cell：TSS63TN

TSEC CORPORATION
Cell：TSN63TN

BIG SUN Energy Technology Incorporation
Cell：B156S1D2B

Mosel Vitelic Inc.
Cell：MB726BM00-ZP

Solartech Energy Corp.
Cell：M-156-3-verD

Neo Solar Power Corporation
Cell：NS6ML

Neo Solar Power Corporation
Cell：NP6M

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Criteria
According to IEC International PV Standards : (1)Safety：IEC 61730-2:2004 (2)Performance：IEC 61215:2005; c-Si efficiency 15% (3)Reliability：IEC 61701:2011, Ed.2 (sev.6) Salt mist test items shall all be passed, and the degradation rate of maximum output power shall not exceed 5 % of the value measured before the tests
2013 Qualified Product Model (Alphabetization)
TOPPER SUN Energy Technology Inc. Module：TS-M260J3WG-6100	General Energy Solutions Inc. Module：7NAC000-06A245
Solartech Energy Corp. Module：SEC-6P-60-250-3BB	Neo Solar Power Corporation Module：D6P245B3A
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