However,
on Thursday EnergyTrend published an
analysis which adds to a growing
consensus that this oversupply is ending. The company reports that prices are
rising for all multicrystalline silicon solar products from wafers to cells to
modules and that the output of tier one PV module makers has been purchased
through the end of 2015.
EnergyTrend
cites strong demand from the world's three largest markets: The U.S., China and Japan. This warning
comes only days after GTM Research
issued a report describing a module capacity shortfall which is already
beginning. GTM expects the global module excess capacity ratio to fall below 30%
in 2015, the first time it has been this low in many years, and for this to lead
to shortages as early as 2016.
GTM
also says that it is starting to see price impacts. "We're definitely seeing
impacts on a regional basis, meaning markets that are high-demand markets,
especially in Q4," GTM Research Solar Analyst Jade Jones told pv
magazine.
"In
the U.S. we are going to see more price stability instead of decline," explains
Jones. "For China, we are likely to see prices increase quarter-over-quarter in
Q4."
Equipment
sales began responding to these changing circumstances as early as the second
quarter of 2015, with SEMI reporting a
PV
equipment book-to-bill ratio of 1.58, its highest level in four years. GTM
Research says that this is just the beginning.
"In
general, what we are going to need to see in the next few years is capacity
investments being more aggressive along the value chain," predicts
Jones.
EnergyTrend
says that for multicrystalline products, wafers are seeing the biggest price
increases. This follows on a warning by wafer maker Green Energy Technologies
three weeks ago that there may not be
enough multicrystalline silicon wafer capacity to meet demand in
2016.
Notably,
EnergyTrend reports very different circumstances for monocrystalline silicon
products. The company estimates monocrystalline wafer prices have fallen more
than 10% since the beginning of the year, and says that monocrystalline silicon
wafer capacity of 14 GW is well above demand projected under 10
GW.
EnergyTrend
expects demand for monocrystalline products to increase in 2016, stating that
greater use in utility-scale solar
projects and increased maturity of passivated emitter rear contact (PERC)
technology for mono cells will both be factors.
The
company also says that prices have not fallen as much for n-type mono wafers as
compared to p-type.
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