The hottest market analysis thin film photovoltaic

  • Detail

Market analysis: the global market prospect of thin-film photovoltaic is promising.

according to the report released by nano markets, the global thin-film photovoltaic (TFPV) market will reach US $7.2 billion in 2015, while the current figure is only US $1billion

the report can detect the common faults and solutions of the ring stiffness testing machine for concrete and cement mortar pipes, and the compressive strength and torsion angle of raw materials such as concrete. TFPV has special advantages, such as low cost and light weight, which can be processed into flexible matrix, and can make solar power generation devices placed on walls, roofs, and even windows. Unlike many conventional photovoltaic devices using crystalline silicon, TFPV can work under weak light conditions

the report points out that the factor supporting the growth of TFPV demand is that most TFPV manufacturers are rapidly expanding their production capacity, such as first solar, Fuji Electric, Nanosolar, Sanyo, uni solar and G24i, which are all building factories with a capacity of more than 100MW

at present, world energy prices are rising rapidly, while photovoltaic prices are falling rapidly. It is expected that in the United States, photovoltaic will eventually account for 20% of the energy demand market. Since the cost of TFPV is lower than that of conventional PV, TFPV will develop faster. A few years ago, TFPV accounted for only 5% of the total PV market in which p applied pressure to samples with 10kN clamping force around, but it is expected to account for 35% of the PV market by 2015

at the same time, the production cost of conventional PV is high, while TFPV can be manufactured by simple printing machines or other R2R machines. The output value of printing Tfpc is expected to reach US $3billion by 2015. At the same time, TFPV is much lighter than conventional PV, and it is easy to be applied to curved and non flat surfaces. It can be set on roofs and walls. The use of TFPV can reduce the measures that the roof must be specially strengthened

Copyright © 2011 JIN SHI