26.5% Efficiency Record For M6 Silicon HJT Solar Cell
ISFH Germany Validates LONGi Solar’s 26.5% Efficiency For HJT Cell, Which is Close To Overall Silicon Cell Record
One among the world’s largest integrated solar PV products manufacturer LONGi Solar has reported to have achieved 26.5% power conversion efficiency for its silicon heterojunction (HJT) solar cells, on M6 full size monocrystalline silicon wafers.
25.62% Efficiency For Silicon HJT Cell
Suzhou Maxwell Scores 25.62% Efficiency Using Low Indium & Silver Coated Copper Grid Lines
China’s Suzhou Maxwell Technologies Co, Ltd has reported achieving 25.62% power conversion efficiency for monocrystalline silicon heterojunction (HJT) solar cells, using 50% less indium and silver coated copper grid wires.
25.40% Efficiency For Indium-Free HJT
ISFH Validates LONGi Solar’s 25.40% Efficiency Claim For Indium-Free Heterojunction Solar Cells
Chinese solar PV company LONGi Solar has announced achieving 25.40% power conversion efficiency for its indium-free heterojunction (HJT) solar cells validated in testing by Germany’s Institute for Solar Energy Research (ISFH) in Hamelin.
24.47% Efficiency For P-Type HJT Cell
EGP & INES-CEA Claim 2nd Highest Efficiency For Industrial Sized Silicon Cells For P-Type Wafer
Italy’s Enel Green Power (EGP) and France’s Institut National De L’energie Solaire (INES) at French Alternative Energies and Atomic Energy Commission (CEA) have reported 24.47% efficiency for an industrial-sized Ga-doped P-type silicon heteroju.
26.07% Efficiency Record For HJT Solar Cell
SunDrive Reports 26.07% Efficiency For M6 HJT Cell Using Maxwell’s Mass Production Equipment
Chinese solar cell equipment maker Maxwell and Australian metallization technology company SunDrive have announced a full area conversion efficiency of 26.07% for a heterojunction (HJT) solar cell based on M6 wafer size, made using a mass manufacturing process and no silver.
26.30% Efficiency For LONGi’s HJT Solar Cell
LONGi’s Heterojunction Cell Efficiency Jumps To 26.30% Within A Week
LONGi Solar says it has set a new world record for heterojunction (HJT) solar cell power conversion efficiency with 26.30%, and that it is the world’s ‘highest’ efficiency for a front-back contact (FBC), meaning the cell has contacts on both sides and is not a back contact cell.
25.05% Record Efficiency For HJT M6 Solar Cell
Chinese Solar Cell Production Equipment Maker Maxwell Achieves ‘Record’ 25.05% Efficiency For M6/166mm Heterojunction Cell, Certified By Germany’s ISFH
Solar cell production equipment maker Suzhou Maxwell Technologies Co., Ltd. has reported achieving 25.05% efficiency for a heterojunction (HJT) solar cell, calling it a record for a large size cell designed for ‘mass production’.
China PV News Snippets: Jinergy, East Hope
Jinergy To Sign 1 GW Long-Term Order In Shanxi; East Hope & Ningxia Sign RMB 30 Bn Agreement; Day 2 Of TaiyangNews Virtual Conference On Very High-Power Solar Modules
Jinergy to sign 1 GW long-term order in Shanxi: PV manufacturer and clean energy provider Jinergy announced that it has signed a strategic cooperation agreement with Shanxi Jinkedian New Energy Co., Ltd.
China PV News Snippets: Trina, Jinko, Akcome, CSI
Trina Solar Releases 600W+ Tracking System; JinkoPower & Beijing Energy Sign Strategic Agreement; Akcome Produces First HJT Cell; Canadian Solar Sells 19 MW Power Plant In Japan; China 2020 Household PV Installed Capacity At 10 GW
Trina Solar releases 600W+ tracking system: Chinese solar company Trina Solar Co.Ltd., released its Vanguard 600W+ series tracking system for the Chinese market.
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.
24.63% Solar Cell Efficiency For Heterojunction Technology
Heterojunction Solar Cell Efficiency Of 24.63% Achieved On M2 Wafer By INES & Enel Green Power Using Meyer Burger Production Equipment
A partnership between the French National Solar Energy Institute (INES) of Alternative Energies of the Atomic Energy Commission (CEA) and Enel Green Power (EGP) from Italy has achieved a new heterojunction (HJT) solar cell efficiency of 24.63% on .
Hanergy Reports 25.11% Efficiency For SHJ Technology
ISFH Certifies Hanergy Exceeded Previous Power Conversion Efficiency Record For Silicon Heterojunction Technology With 25.11%
Thin film solar PV technology company Hanergy Mobile Energy Holding Group Limited has exceeded its previous record power conversion efficiency level of 24.85% for silicon heterojunction (SHJ) technology, this time achieving 25.11% efficiency over a s.
Europe: 2 GW PV Fab For Renewable Hydrogen Proposed
Hydrogenics, Meyer Burger, Ecosolifer & European Energy Propose Solar PV Module Manufacturing With 2 GW Annual Capacity To Produce 100% Renewable Hydrogen
The Silver Frog proposal from four EU solar/hydrogen firms - Hydrogenics, Meyer Burger, Ecosolifer and European Energy - and initiated by Europe's solar sector association SolarPower Europe is aimed at helping the region establish a local production of high-tech solar cells and modules for hydrogen production while also creating at least 6,000 jobs.
24.85% Efficiency For Hanergy HJT Cell
Germany’s Institute For Solar Energy Research In Hamelin Certifies Hanergy’s 24.85% Conversion Efficiency For Silicon Heterojunction 6-Inch Lab Cell
Chinese thin film solar PV manufacturer, Hanergy Thin Film Power Group has announced 24.85% power conversion efficiency for its silicon heterojunction technology, along with Chengdu Zhufeng Yongming Technology Company.
24.23% SHJ Conversion Efficiency From Hanergy
Hanergy Thin Film’s 24.23% Silicon Heterojunction Technology Champion Cell Sheet Termed ‘China’s Most Efficient’ By Japan’s JET
Hanergy says its SHJ technology can be used for several kinds of solar installations including BIPV. It has now reported conversion efficiency of 24.23% for a heterojunction cell.
CEA Achieves 23.9% HJT Cell Efficiency
CEA Of France Achieves 23.9% HJT Solar PV Cell Conversion Efficiency On Its Industrial Pilot Line Using Meyer Burger Production Equipment; Manufactured HJT Module With 348 W Peak Power Using 120 HJT Half-Cells
CEA says it managed to manufacture a HJT solar module with a power rating of 348 W using cells with average conversion efficiency of 23.25% and MeyerBurger's SWCT process.
