China PV News Snippets
LONGi Updates Silicon Wafer Prices & More From Zhonghuan Semiconductor, Ganneng, Autowell, Huasun Energy
LONGi increases silicon wafer prices; Ganneng to invest in 500 to 600 MW of PV power generation projects; Zhonghuan Semiconductor silicon prices on the rise; Autowell to raise funds for intelligent equipment; Huasun Energy Phase II put into productio.
China PV News Snippets
TaiyangNews Virtual Conference On 22 March & More From Maxwell, Wining, Jolywood, Drinda
TaiyangNews Conference Pushing PERC To Its Limits to take place on 22 March; Suzhou Maxwell releases investor relation activities report; Wining HJT project reaches full production; Jolywood invests in silicon projects; Drinda to increase capital for cell subsidiary.
Canadian Solar’s New 420W Solar Module
54-Cell 182mm Sized Solar Module For Distributed Generation Now In Mass Production
Canadian Solar Inc has launched a new solar module with up to 420W output and efficiency reaching as high as 21.5% based on 182mm cell size, saying the product is now in mass production, while it works on a heterojunction (HJT) module.
21.41% Efficiency For Shingled HJT Solar Modules
CEA-INES Team Reports 21.41% Power Conversion Efficiency For Shingled Heterojunction Solar Modules With Non-Blocking UV Encapsulant
The research team at French renewable energy technology research institute CEA National Solar Energy Institute (INES) has announced achieving 21.41% active area efficiency for shingled heterojunction (HJT) solar module with non-blocking UV encapsulant.
HJT Boasting Best Bifaciality
HJT A Technology Well Know For Its High Efficiency Potential, Also Comes With Best Bifaciality Of About 90% Among All Commercially Available Cell Architectures
Heterojunction is not just another high efficiency cell structure, but also boasts the best bifaciality. In fact, Panasonic’s (formerly Sanyo) HIT modules were the first commercial bifacial products that were already available in the year 2000.
Day 2: TaiyangNews High Efficiency Solar Event
TaiyangNews Launches 2nd Edition Of Heterojunction Solar Technology Report 2020 During High Efficiency Solar Technologies Conference Day 2; CSEM, Risen Energy & Toyo Aluminium See HJT Worthy Contender But Industry Needs To Lower Costs
With passivated emitter and rear cell (PERC) technology reaching its peak, the global solar PV manufacturing industry has been working on a replacement technology that can fuel the high efficiency aspiration of the PV cell/module makers.
Hevel Solar Commissions 10 MW Project In Altai Republic
Hevel Solar Grid Connects 10 MW Solar Project In Altai Republic, Increases Installed Solar Power Capacity To 120 MW In Region
The 10 MW Chemal Solar Plant with HJT modules (in the picture) adds to Hevel Group’s total installed capacity in the Altai Republic to 120 MW that’s capable of generating 154 million kWh of clean power annually.
Solar Is Always Good For Surprises
The Latest Solar Module Advancements To Improve Efficiency & Power Output
While in last year’s TaiyangNews Advanced Solar Module Technologies Report the most powerful 72-cell module had a rated power of 410 W, in the 2019 edition’s listing there are at least 15 commercially available module products that have more than 410 W, and the top products are significantly more powerful.
480 W HJT Bifacial Module from Meyer Burger
Meyer Burger & CEA INES Technical Collaboration Results In High Power Rating Of 410 W For Solar Module With 72 Heterojunction Cells; Adapted To Bifacial Technology Power Rating Reached 480 W
Leading production equipment provider Meyer Burger AG from Switzerland, in cooperation with French research institute CEA INES, has produced a monofacial solar module exceeding the 400 W level and a bifacial module getting close to 500 W.
410 W Record HJT PV Module from Meyer Burger
Meyer Burger Achieves Record Module Power Rating Of 410 W Using 72 Heterojunction Cells And SmartWire Cell Connection Technology; Order for SWCT from Panasonic
The French Atomic Energy and Alternative Energy Commission (CEA) along with Swiss PV equipment manufacturer Meyer Burger Technology Ltd., have achieved a heterojunction technology module power rating record of 410 W for a 72 cell panel.
