Global PV Pricing Outlook 2015

by Jade Jones

Driven by the emergence of a strong set of regionally diverse country markets in the last two years, the global PV supply chain overcame the stress of overcapacity, now benefiting from a healthy supply-demand market. Though supply-demand stability and input cost reduction are expected to continue in 2015, the continually evolving regional tariff landscape will pose price risks.

FIGURE: Regional Price Variation, T1 China Module, Q4 2014

(Note: Chart data available in full report)

Source: GTM Research

Which end-markets and value chain segments are likely to see the largest price changes in 2015? Will we continue to see significant regional variation in module selling prices? And what is the outlook for pricing in 2016 and beyond? Packed with data points, color, and insight on key trends and drivers, this report provides up-to-the-minute guidance on near and long-term pricing dynamics across the PV value chain, from polysilicon to modules.

This slide-based report contains:

  • Near-term and long-term pricing outlook and scenario-based forecasting for PV polysilicon, wafers, cells, and modules through 2018
  • Current prices by technology in the polysilicon, wafer, cell, and module markets
  • Regional module pricing for key markets, including the U.S., Japan, China, the EU, India, and Latin America
  • Comprehensive dataset of historical and forecasted pricing in Excel format
  • Detailed analysis of key pricing drivers, including current changes in supply-demand balance, supplier costs, and geopolitical factors
Jade Jones Senior Analyst, Solar

Jade Jones is a Senior Solar Analyst with GTM Research covering the global solar supply market. Jade aggregates and analyzes technology and pricing data within the solar manufacturing sector which informs both research and consulting. Prior to GTM, she has held several positions providing insight into the key relationships, business models and technology trends that are shaping the cleantech sector. Jade has a BS in electrical engineering from the University of California, Santa Barbara.

image description

Contact Us

Please wait while we load the form...