GS's downgrade on FSLR does not make sense# Stock
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First solar is going to produce PV-module in the second half of 2014. It
will have chance to catch up with the distributed installation market.
The First Solar TetraSun™ Module is design ned for applications where
space is at a premium or customers prefer a high-power density solution.
With a proprietary cell architecture and manufacturing process, our
crystalline modules offer one of the industry’s highest power ratings and
lowest temperature coefficients, resulting in superior energy density in
space-constrained installations. With lower installation costs, faster
installation times, and greater system revenues, our crystalline modules
will deliver unparalleled value for our customers. Production of First Solar
’s TetraSun modules will ramp in the second half of 2014.
First Solar TetraSun™ Module Features:
Proprietary cell enables efficiencies over 21% and module designs with
superior power density compared to standard crystalline silicon
Streamlined manufacturing process versus other approaches to high-efficiency
reduces complexity and improves product consistency and performance
Manufactured using high-purity, large form factor (156mm) n-type wafers with
higher efficiencies than p-type mono-crystalline cells due to a higher
minority carrier lifetime
156mm wafers provide more active cell area per module and increased power
output than standard 125mm wafers
Metallization process utilizes less than 50μ narrow copper electrodes with
superior conductivity and less resistive losses than industry-standard,
screen-printed silver fingers
Copper-plated metallization induces minimal stress on wafers, improving
mechanical yield and reliability
Superior energy harvest compared to standard crystalline silicon
technologies
Lower temperature coefficient (-0.3%/ °C) results in superior energy
production compared to standard crystalline technologies (typical -0.45%/°C)
No light-induced degradation
No potential-induced degradation
will have chance to catch up with the distributed installation market.
The First Solar TetraSun™ Module is design ned for applications where
space is at a premium or customers prefer a high-power density solution.
With a proprietary cell architecture and manufacturing process, our
crystalline modules offer one of the industry’s highest power ratings and
lowest temperature coefficients, resulting in superior energy density in
space-constrained installations. With lower installation costs, faster
installation times, and greater system revenues, our crystalline modules
will deliver unparalleled value for our customers. Production of First Solar
’s TetraSun modules will ramp in the second half of 2014.
First Solar TetraSun™ Module Features:
Proprietary cell enables efficiencies over 21% and module designs with
superior power density compared to standard crystalline silicon
Streamlined manufacturing process versus other approaches to high-efficiency
reduces complexity and improves product consistency and performance
Manufactured using high-purity, large form factor (156mm) n-type wafers with
higher efficiencies than p-type mono-crystalline cells due to a higher
minority carrier lifetime
156mm wafers provide more active cell area per module and increased power
output than standard 125mm wafers
Metallization process utilizes less than 50μ narrow copper electrodes with
superior conductivity and less resistive losses than industry-standard,
screen-printed silver fingers
Copper-plated metallization induces minimal stress on wafers, improving
mechanical yield and reliability
Superior energy harvest compared to standard crystalline silicon
technologies
Lower temperature coefficient (-0.3%/ °C) results in superior energy
production compared to standard crystalline technologies (typical -0.45%/°C)
No light-induced degradation
No potential-induced degradation