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02 MARKET AND INDUSTRY TRENDS<br />
Utilities in Australia also are facing major impacts from solar PV.<br />
The country added more than 0.9 GW, ranking seventh globally<br />
for new installations and ending the year with 5.1 GW – the<br />
equivalent of one panel per inhabitant. 64 Australia’s market has<br />
been predominantly residential, with rooftop systems on almost<br />
16% of homes as of early 2016, although the commercial and<br />
large-scale sectors started to take hold in 2015. 65 Grid-based<br />
electricity consumption has fallen significantly in Eastern Australia<br />
since 2009 thanks in part to the growth of solar PV, which has<br />
eliminated afternoon “super peaks” in electricity demand. 66<br />
Australia’s very low wholesale electricity prices and high retail<br />
prices are encouraging a shift to solar PV with little incentive to<br />
sell into the grid. As a result, there is a small but growing market<br />
for storage, and several companies started rolling out affordable<br />
options for homeowners in 2015. 67 Storage applications are<br />
developing quickly in Australia as well as in several other<br />
developed countries (e.g., Greece, Japan, Sweden) for on- and<br />
off-grid applications, and in some developing countries (e.g.,<br />
Bangladesh, India, Peru), particularly off-grid. 68 (p See Distributed<br />
Renewable Energy chapter.)<br />
Latin America and the Caribbean added an estimated 1.1 GW in<br />
2015 to more than double regional capacity. 69 Chile installed over<br />
0.4 GW, mostly in very large-scale projects, with a year-end total<br />
exceeding 0.8 GW. 70 By some accounts, solar PV has become the<br />
country’s cheapest source of electricity. 71 Honduras emerged as<br />
an important market and, along with Chile, was among the top<br />
15 countries worldwide for new installations. The country added<br />
nearly 0.4 GW thanks to a generous FIT and to regulatory certainty<br />
that set it apart from its neighbours. 72 (p See Figure 17.) Mexico and<br />
Brazil experienced delays – due to low oil prices and anticipation<br />
of the Energy Transition Law in Mexico, and to Brazil’s difficult<br />
economic climate and insufficient transmission capacity – but<br />
both countries plus Peru had highly competitive auctions in<br />
2015 and early 2016. 73 Throughout the region, grid access and<br />
financing remained key challenges to growth. 74<br />
In developing and emerging economies, obtaining financing –<br />
and at affordable rates – is a common challenge; this is not the<br />
case for competitive tenders, however. 75 In 2015, some of the<br />
fastest growing markets were in Africa and the Middle East,<br />
where deployment is driven by rapidly falling costs, good solar<br />
resources, the desire to reduce energy imports, rapidly growing<br />
energy demand and the need to expand energy access. 76 Although<br />
the Middle East had relatively little capacity in operation at year’s<br />
end, much was happening in the region. 77 Jordan and the United<br />
Arab Emirates held tenders for solar PV in 2015 with record-low<br />
bids, and launched several large projects. 78 Israel added 0.2 GW<br />
for a total approaching 0.9 GW, and others developing projects<br />
included Kuwait, the State of Palestine and Saudi Arabia. 79<br />
Countries are turning to the sun across Africa as well, with projects<br />
ranging from very small to large-scale, both on- and off-grid. 80<br />
Leaders for new capacity were Algeria (adding almost 0.3 GW) and<br />
South Africa (0.2 GW), which ended the year with 1.1 GW. 81 Egypt<br />
has a burgeoning sector with increasing numbers of international<br />
companies announcing plans to finance, develop and construct<br />
up to 3 GW of solar PV projects. 82 Projects also were under way<br />
in Djibouti, Kenya, Mali, Morocco, Mozambique, Namibia, Nigeria,<br />
Rwanda, Tanzania and Zambia, among others. 83 The global offgrid<br />
solar PV market is estimated at USD 300 million annually,<br />
with the strongest growth in sub-Saharan Africa, followed by<br />
South Asia. 84 However, the African continent faces challenges as<br />
it rapidly scales up solar PV installations, including a shortage<br />
of skills necessary for installation, operation and maintenance. 85<br />
Around the world, the number and size of large-scale plants<br />
continued to grow. 86 By early 2016, at least 120 (up from 70 a<br />
year earlier) solar PV plants of 50 MW and larger were operating<br />
in at least 23 countries, with Australia, Denmark, Guatemala,<br />
Honduras, Kazakhstan, Pakistan, the Philippines and Uruguay all<br />
joining the list during the year. 87 Latin America saw the fastest<br />
growth, with the number of plants ≥50 MW increasing from 2 to<br />
10. 88 The world’s 50 biggest plants as of February 2016 reached<br />
cumulative capacity exceeding 13.5 GW. 89 At least 33 of these<br />
came online (or achieved full capacity) in 2015 and early 2016,<br />
including the US Solar Star project (750 MW) and, by some<br />
accounts, phase two of China’s Longyangxia hybrid hydropower–<br />
solar PV plant (boosting the total to 850 MW). 90<br />
The market for concentrating PV (CPV) is young and remains<br />
small, but there is interest in niche markets due greatly to higher<br />
efficiency levels in locations with high direct normal insolation<br />
(DNI) and low moisture. 91 CPV includes an optical system to focus<br />
large areas of sunlight onto each cell and usually is combined<br />
with a tracking system. 92 After a number of installations came<br />
online during 2012–2014, many projects were cancelled, and little<br />
new capacity was added during 2015. 93 By end-2015, global CPV<br />
capacity totalled 360 MW, most of which is high-concentration<br />
systems. 94<br />
Solar PV plays a substantial role in electricity generation in some<br />
countries. During 2015, solar PV met 7.8% of electricity demand<br />
in Italy, 6.5% in Greece and 6.4% in Germany. 95 By year’s end,<br />
Europe had enough solar PV capacity to meet an estimated<br />
3.5% of total consumption (up from 0.3% in 2008) and 7% of<br />
peak demand. 96 An estimated 22 countries (including several in<br />
Europe as well as Australia, Chile, Israel, Japan and Thailand) had<br />
enough solar PV capacity at end-2015 to meet more than 1% of<br />
their electricity demand. 97 By the end of 2015, China had achieved<br />
100% electrification in part because of significant off-grid solar<br />
PV systems installed since 2012. 98 Global capacity in operation at<br />
year’s end was enough to produce close to 275 TWh of electricity<br />
per year. 99<br />
64