Published on October 29th, 2013 | by Joshua S Hill0
Multicrystalline Silicon Modules To Dominate Solar PV Industry In 2014
October 29th, 2013 by Joshua S Hill
A new report from NPD Solarbuzz states that the production of multicrystalline-silicon (c-Si) solar photovoltaic (PV) modules is set to dominate the PV manufacturing industry for 2014, “with p-type multi c-Si technology accounting for 62% of all modules produced.”
This, according to the latest NPD Solarbuzz PV Equipment Quarterly report, and underlines solar industry expectations for a strong 2014.
According to the report, solar PV manufacturers are gearing up to increase module production by 25% in 2014, up to 49.7 GW of modules compared to 39.7 GW produced in 2013. The production increase matches NPD Solarbuzz’s own end-market solar PV demand predictions of 45-55 GW by next year.
“PV manufacturers continue to prioritize cost-reduction across the entire c-Si value-chain, with improvements in efficiency coming mainly from higher-quality multi c-Si wafers,” said Finlay Colville, vice president at NPD Solarbuzz. ”While there will inevitably be short-term supply issues throughout the year, polysilicon and wafer supply is considered adequate for 45-50 GW of c-Si module shipments in 2014. Chinese cell and module suppliers will continue to operate a flexible manufacturing strategy, with new capacity expected to come online during 2H’14.”
Figure 1: 2014 Solar PV Module Production by Technology
Source: NPD Solarbuzz PV Equipment Quarterly
In a blog post to their website on Friday, NPD’s Michael Barker noted that “companies across the industry chain are preparing new strategies to seize on the opportunities stemming from renewed optimism about the prospects for the PV industry in 2014 and beyond.” Reporting on the Solar Power International conference in Chicago, Barker noted the tough past 18 months and pointed to “record shipments in 2013 and increased demand and production in 2014” as confirmation that there is an upward trend currently suffusing the solar industry.