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From October 14th to 15th, the 15th China Photovoltaic Annual Conference was held
in Beijing.
Dr.
Darren Verebelyi, Global Vice President of Global Solar Energy (GSE), an overseas subsidiary of Hanergy Group, and He Gang, Chief Technology Officer of Alta Devices, an overseas subsidiary of Hanergy Group, attended the meeting and shared Hanergy's thin-film solar technology and R&D achievements
.
At the annual conference of photovoltaics, thin-film power generation technology has attracted attention from the industry
.
Although thin-film power generation currently accounts for only 9% of the global photovoltaic market, its advantages of low cost, high conversion rate and flexibility make thin-film technology favorable
.
Shen Hui, deputy director of the Photovoltaic Special Committee of the China Renewable Energy Society and director of the Solar System Research Institute of Sun Yat-sen University, said that he hopes that enterprises in different fields and routes in the photovoltaic industry can find their own markets and develop
better.
In terms of flexibility, it is definitely the world of thin-film power generation
.
From wearable watches to large buildings, thin-film power generation technology has a wide range
of applications.
As a pioneer in the field of thin-film power generation in China, Li Hejun, chairman of Hanergy Group, recently said that in the future, Hanergy's business will focus on accelerating the localization of the world's leading copper indium gallium selenide (CIGS) thin-film power generation technology and gallium arsenide (GaAs) thin-film power generation technology and its wide application
in the market.
Hanergy will transform into a mobile energy strategy, cooperate with other industries through the "Industry +" model, build an open and innovative application development platform, and cultivate new businesses
.
For example: fully powered solar cars and unmanned aircraft, etc
.
In the next one or two years, Hanergy will launch a number of new products with great market application potential, and the wide application of "mobile energy +" products is just around the corner
.
"Anything that can be moved, carried or worn can be carried using Hanergy's highly efficient gallium arsenide film technology
.
Including unmanned systems, consumer electronics, remote power supplies, automotive, Internet of Things, etc
.
He Gang, chief technology officer of Alta Devices, a subsidiary of Hanergy that is engaged in the research and development of gallium arsenide thin-film technology, said, "GaAs thin-film batteries are more
efficient than conventional cells due to the photon recycling effect.
Hanergy's GaAs modules have achieved a maximum conversion rate of 30.
8% certified by the National Renewable Energy Laboratory (NREL), setting a world record
for the highest conversion rate of thin-film power generation technology.
"GaAs batteries are currently concentrated in the high value-added market segment and are competitive
in mid-to-high-end conventional photovoltaic applications, such as solar cars, commercial drones and other fields.
From October 14th to 15th, the 15th China Photovoltaic Annual Conference was held
in Beijing.
Dr.
Darren Verebelyi, Global Vice President of Global Solar Energy (GSE), an overseas subsidiary of Hanergy Group, and He Gang, Chief Technology Officer of Alta Devices, an overseas subsidiary of Hanergy Group, attended the meeting and shared Hanergy's thin-film solar technology and R&D achievements
.
At the annual conference of photovoltaics, thin-film power generation technology has attracted attention from the industry
.
Although thin-film power generation currently accounts for only 9% of the global photovoltaic market, its advantages of low cost, high conversion rate and flexibility make thin-film technology favorable
.
Shen Hui, deputy director of the Photovoltaic Special Committee of the China Renewable Energy Society and director of the Solar System Research Institute of Sun Yat-sen University, said that he hopes that enterprises in different fields and routes in the photovoltaic industry can find their own markets and develop
better.
In terms of flexibility, it is definitely the world of thin-film power generation
.
From wearable watches to large buildings, thin-film power generation technology has a wide range
of applications.
As a pioneer in the field of thin-film power generation in China, Li Hejun, chairman of Hanergy Group, recently said that in the future, Hanergy's business will focus on accelerating the localization of the world's leading copper indium gallium selenide (CIGS) thin-film power generation technology and gallium arsenide (GaAs) thin-film power generation technology and its wide application
in the market.
Hanergy will transform into a mobile energy strategy, cooperate with other industries through the "Industry +" model, build an open and innovative application development platform, and cultivate new businesses
.
For example: fully powered solar cars and unmanned aircraft, etc
.
In the next one or two years, Hanergy will launch a number of new products with great market application potential, and the wide application of "mobile energy +" products is just around the corner
.
"Anything that can be moved, carried or worn can be carried using Hanergy's highly efficient gallium arsenide film technology
.
Including unmanned systems, consumer electronics, remote power supplies, automotive, Internet of Things, etc
.
He Gang, chief technology officer of Alta Devices, a subsidiary of Hanergy that is engaged in the research and development of gallium arsenide thin-film technology, said, "GaAs thin-film batteries are more
efficient than conventional cells due to the photon recycling effect.
Hanergy's GaAs modules have achieved a maximum conversion rate of 30.
8% certified by the National Renewable Energy Laboratory (NREL), setting a world record
for the highest conversion rate of thin-film power generation technology.
"GaAs batteries are currently concentrated in the high value-added market segment and are competitive
in mid-to-high-end conventional photovoltaic applications, such as solar cars, commercial drones and other fields.