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SOLAR THERMAL HEATING/COOLING INDUSTRY<br />
countries. 47 Deployment in the industry sector is a fraction of<br />
that in the residential sector, even though the long-term potential<br />
for both segments is almost the same. 48 Top countries for solar<br />
process heat capacity in operation included Austria, Chile, China,<br />
the United States and India. 49<br />
Four major barriers have slowed the uptake of solar process<br />
heat installations, including: high system and planning costs;<br />
the absence of guidelines and tools for planners and engineers;<br />
a dearth of business models; and a lack of knowledge among<br />
potential customers. 50 To address some of these barriers,<br />
Australia established a grant to cover 50% of the project costs<br />
for solar process heat facilities. The grant programme, combined<br />
with educational workshops organised specifically for the dairy<br />
industry, resulted in some projects being in the first planning stage<br />
as of early 2016. 51 Other countries with support mechanisms for<br />
solar process heat include Austria, Germany and India. 52<br />
An additional barrier in 2015 was low oil and gas prices, which<br />
made solar process heat less competitive in many countries by<br />
extending system payback periods. In response to low oil prices,<br />
Thailand halted its process heat subsidy scheme for 2015–2016. 53<br />
Low fuel prices also affected the solar cooling market and,<br />
combined with the still high costs and complexity of cooling<br />
systems, reduced demand in 2015. 54 Demand for solar thermaldriven<br />
air conditioning systems also was tempered by rapidly<br />
falling costs of solar PV systems in conjunction with split air<br />
conditioning systems (especially in buildings with relatively small<br />
cooling loads). 55 An estimated 125 new solar cooling systems<br />
were added in 2014 (the last year for which global statistics are<br />
available), for a total of at least 1,175 by year’s end. 56 The peak year<br />
for new installations was 2012, when around 200 systems were<br />
added. 57<br />
Even so, several larger solar cooling systems were installed in<br />
2015, or were under construction as of early 2016. These include<br />
systems for the European companies Wipotec (Germany) and<br />
AVL (Austria), and for the Sheikh Zayed Desert Learning Center<br />
in Abu Dhabi. 58 There also was growing demand for solar cooling<br />
R&D and demonstration plants in China and the Middle East in<br />
2015. 59 The main driver of demand for solar cooling technology<br />
is its potential to reduce peak electricity demand, particularly in<br />
countries with significant cooling needs. 60<br />
Absorption and adsorption chillers have long dominated the solar<br />
cooling market and account for approximately 71% of capacity in<br />
operation. In 2015, they increased their market share, whereas<br />
desiccant cooling systems saw their market share decline. 61<br />
Success and crisis were close together in the global solar heating<br />
and cooling industry in 2015. Within individual countries, some<br />
players failed while others succeeded by changing their business<br />
models; and, from country to country, market development and,<br />
therefore, industry health varied considerably. For example,<br />
collector manufacturers in sunbelt countries with strong demand –<br />
such as India, Mexico and Turkey – invested in new production<br />
capacity. 62 By contrast, in much of Europe, China and some other<br />
countries, manufacturers faced declining sales and overcapacity.<br />
In India, component suppliers built new manufacturing facilities<br />
in response to the country’s growing demand for concentrating<br />
collector systems for industry and large-scale cooking<br />
applications, which has been driven by investment subsidies. 63<br />
Mexico has evolved into a technology hub in Central America and,<br />
in 2015, had two factories under construction, one for polymer<br />
collectors and one for vacuum tubes. 64 Turkey’s three vacuum<br />
tube manufacturers extended their production capacities in 2015<br />
based on rising national demand and plans for increased export. 65<br />
The collector industries in Greece and Austria continued to have<br />
high export numbers throughout 2015. Greek manufacturers saw<br />
their exports increase by 7%, following a 16% rise in 2014, while<br />
the Austrian collector industry’s export share remained high, at<br />
around 80% in 2015. 66<br />
Elsewhere, developments in 2015 were not as bright. Dark clouds<br />
were over Chile, for example, where the domestic industry went<br />
through a severe crisis. Chile’s new tax credit scheme for the<br />
housing industry, originally expected to be approved in early 2015,<br />
did not come into effect until February 2016; as a result, several<br />
manufacturers and system suppliers were forced to temporarily<br />
suspend their solar thermal activities. 67<br />
The Chinese industry was troubled by a second year of significant<br />
market contraction, driving industry consolidation at all levels of<br />
the supply chain. In 2014, Linuo New Material (once the world’s<br />
largest manufacturer of glass tubes and vacuum tubes) made the<br />
decision to stop production; this was followed, in 2015, by the<br />
Sunrain Group’s acquisition of a 30% stake in the large flat plate<br />
collector manufacturer Pengpusang. 68<br />
Manufacturers in several Central European countries also faced<br />
overcapacities and an associated drop in collector prices. This<br />
development resulted in serious financial troubles for four<br />
high-profile companies: Watt (Poland), Astersa (Spain), Solvis<br />
(Germany) and Clipsol (France). 69<br />
However, even in this period of declining markets all over Europe,<br />
several European solar thermal manufacturers managed to<br />
increase their sales in 2015 by developing new business models.<br />
In Poland, some system suppliers – such as Hewalex and Ensol –<br />
profited from a growing number of public tenders for social<br />
housing projects and public hospitals. 70 Spanish solar thermal<br />
manufacturers offered innovative financing schemes in order to<br />
decrease the industry’s dependence on subsidies. 71<br />
In addition to the well-established energy service companies<br />
(ESCOs) for solar thermal – including, S.O.L.I.D. (Austria) and<br />
Nextility (formerly Skyline Innovations; United States) – an increasing<br />
number of turnkey suppliers specialised in energy service contracts<br />
during 2015 to eliminate the barrier of high upfront costs for potential<br />
commercial clients. 72 Such suppliers include Sumersol (Spain), Sunti<br />
(France), Enertracting (Germany) and Sunvapor (United States). 73<br />
02<br />
RENEWABLES 2016 · GLOBAL STATUS REPORT<br />
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