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ENDNOTES 02 MARKET AND INDUSTRY TRENDS - SOLAR THERMAL HEATING AND COOLING<br />
were Micoe, Sunrain, Himin and Linuo-Paradigma, per Cheng<br />
Hongzhi, SunVision Management Consulting, Dezhou, China,<br />
personal communication with REN21, April 2016. Micoe and<br />
Sunrain are the two brands of the manufacturer Sunrise East<br />
Group.<br />
79 The TASK on Price Reduction of Solar Thermal Systems was<br />
launched in October, per Eva Augsten, “IEA SHC: Industry invited<br />
to join research community for lower solar heat costs,” Solar<br />
Thermal World, October 2015, http://www.solarthermalworld.<br />
org/content/iea-shc-industry-invited-join-research-communitylower-solar-heat-costs.<br />
80 Bärbel Epp, “Germany/Belgium: Container solutions to<br />
standardise commercial solar thermal systems,” Solar Thermal<br />
World, 2 February 2016, http://www.solarthermalworld.org/<br />
content/germanybelgium-container-solutions-standardisecommercial-solar-thermal-systems-0.<br />
81 Domestic hot water supply stations have been used mainly<br />
in German-speaking countries to date but have become<br />
increasingly popular in southern and eastern Europe, especially<br />
for large buildings that are equipped with buffer tanks, per Eva<br />
Augsten, “Tap water stations: top marks for hygiene,” Sun &<br />
Wind Energy, November 2015, http://www.sunwindenergy.com/<br />
content/tap-water-stations-top-marks-hygiene.<br />
82 Viessmann from Bärbel Epp, “Germany: ISH 2015 and its<br />
prominent novelties,” Solar Thermal World, 30 March 2015, http://<br />
www.solarthermalworld.org/content/germany-ish-2015-andits-prominent-novelties;<br />
Sunlumo from Bärbel Epp, “Germany:<br />
Two national awards for solar thermal specialists,” Solar Thermal<br />
World, 27 January 2016, http://www.solarthermalworld.org/<br />
content/germany-two-national-awards-solar-thermal-specialists.<br />
The Sunlumo collector received the German Federal Ecodesign<br />
Award in the Product category, from idem.<br />
83 The Global Solar Certification Network (GSCN) was developed<br />
within TASK 43, called Solar Rating and Certification – Global<br />
Collector Certification, per Bärbel Epp, “IEA SHC: Mutual<br />
recognition of test and inspection reports saves industry<br />
costs,“ Solar Thermal World, 4 August 2015, http://www.<br />
solarthermalworld.org/content/iea-shc-mutual-recognition-testand-inspection-reports-saves-industry-costs.<br />
84 Epp, op. cit. note 83; An example of the cost-saving possibilities:<br />
a manufacturer that certifies eight different collector types on<br />
three regional market would pay around EUR 288,000. Under the<br />
new scheme of mutual recognition the fees go down to only EUR<br />
96,000, per Jan Erik Nielsen, Solarkey Int., Hvalsø, Denmark, head<br />
of GSCN (http://www.gscn.solar/), personal communication with<br />
solrico, November 2015.<br />
85 Bärbel Epp, “ISH 2015: Letter A with or without + dominates<br />
International Heating Fair,” Solar Thermal World, 13<br />
March 2015, http://www.solarthermalworld.org/content/<br />
ish-2015-letter-or-without-dominates-international-heating-fair.<br />
86 Ibid. Another critical point is the dependency of collector<br />
and tank manufacturers from the installer, which should<br />
calculate the so-called package label for a solar system<br />
with an arbitrary boiler, whereas boiler manufacturers sell<br />
already-labelled heating and hot water systems, including<br />
solar, per Bärbel Epp, “European energy labelling: solar<br />
manufacturers have doubts,” Solar Thermal World, 27<br />
October 2015, http://www.solarthermalworld.org/content/<br />
european-energy-labelling-solar-manufacturers-have-doubts.<br />
87 The relevant solar thermal institutions in Europe – ESTIF,<br />
Solar Keymark Network and BSW Solar – have difficulties<br />
implementing Solergy because the initiative lacks broad<br />
industry support and is not anchored in the EU regulations, per<br />
Bärbel Epp, “Germany: Debate about voluntary collector output<br />
label Solergy,” Solar Thermal World, 4 November 2015, http://<br />
www.solarthermalworld.org/content/germany-debate-aboutvoluntary-collector-output-label-solergy;<br />
Bärbel Epp, “Solergy<br />
collector label: EU commission confirms clear distinction from<br />
energy labelling,” Solar Thermal World, 28 December 2015, http://<br />
www.solarthermalworld.org/content/solergy-collector-labeleu-commission-confirms-clear-distinction-energy-labelling.<br />
By end-January 2016, around 200 collector types were labelled<br />
partly by the German certification body Din Certco, per Marisol<br />
Oropeza, “News from Solergy,” Solar Heat Initiative newsletter, 15<br />
February 2016, http://solar-heating-initiative.com/.<br />
88 Vanessa Kriele, “Quality infrastructure crucial to emerging<br />
markets,” Solar Thermal World, 11 January 2016, http://www.<br />
solarthermalworld.org/content/quality-infrastructure-crucialemerging-markets;<br />
IRENA, Quality Infrastructure for Renewable<br />
Energy Technologies: Solar Water Heaters (Abu Dhabi: December<br />
2015), http://www.irena.org/DocumentDownloads/Publications/<br />
IRENA_QI_3_SWH_2015.pdf.<br />
89 Alejandro Diego Rosell, “MENA: First online training program<br />
on solar water heaters certification,” Solar Thermal World,<br />
21 June 2015, http://www.solarthermalworld.org/content/<br />
mena-first-online-training-program-solar-water-heaterscertification.<br />
The Initiative of the Pan American Standards<br />
Commission (Copant) aims to develop regional standards for<br />
solar water heaters with the aim of harmonising them with<br />
ISO standards, per Vanessa Kriele, “Latin America on its way<br />
to solar thermal quality standards,” Solar Thermal World, 31<br />
August 2015, http://www.solarthermalworld.org/content/<br />
latin-america-its-way-solar-thermal-quality-standards.<br />
90 A total of 39 suppliers with 76 collectors was analysed in a survey,<br />
with 76% of the supplied collectors based on parabolic trough<br />
technology, followed by 16% with lineal Fresnel technology, per<br />
Ana Huidobro, “Medium temperature solar collectors database,<br />
TASK 11.1 – small scale and low cost installations for power and<br />
industrial process heat applications,” Tecnalia, July 2015, http://<br />
www.stage-ste.eu/keydocuments/docs/STAGE-STE_D110.pdf.<br />
91 Database STAGE-STE, cited in Tecnalia, “Medium temperature<br />
solar collectors manufacturers and models database” (Donostia-<br />
San Sebastian, Spain: November 2015), http://www.stage-ste.eu/<br />
keydocuments/solarthermalcollectors.php.<br />
92 Artic Solar manufactures the XCPC collectors, which provide<br />
enough heat for commercial buildings as well as hightemperature<br />
applications, per the company’s website, http://<br />
www.articsolar.com/about.html. Skyven Technologies is<br />
developing a solar thermal panel which concentrates radiation<br />
to a closed, controllable piping network, per the company’s<br />
website, http://www.skyven.co/technology/. Oorja Solar<br />
develops concentrating solar thermal collectors for new industrial<br />
applications, per the company’s website, http://www.oorja.in/<br />
intersolar-india-2015-oorja-presents-on-novel-solar-thermalapplications/.<br />
93 Database STAGE-STE, op. cit. note 91.<br />
94 Among the more than 9,600 buildings of the US General Services<br />
Administration, appropriate candidates for PV-T are those<br />
which have a larger domestic hot water load that is provided by<br />
electricity not gas, per Jesse Dean et al., Photovoltaic-Thermal<br />
New Technology Demonstration (Golden, CO: US National<br />
Renewable Energy Laboratory, January 2015).<br />
95 Ibid., op. cit. note 94.<br />
96 The annual electrical co-efficient of performance (COP el<br />
) of 12<br />
monitored solar cooling systems between 10 and 1,750 kW cool<br />
was<br />
between 6 and 25, with an average value of 12.9, which is three<br />
times higher than the state of the art compression chiller systems,<br />
per Uli Jakob, “Best Practice Brochure from IEA SHC TASK<br />
48 Quality Assurance & Support Measures for Solar Cooling<br />
Systems” (Germany: Green Chiller Association for Sorption<br />
Cooling, June 2015), http://task48.iea-shc.org/data/sites/1/<br />
publications/Task%2048%20-%20Activity%20D2%20Final%20<br />
Report%20-%20November%202015.pdf. A COP el<br />
of 12.9 means<br />
that the system produces the equivalent of 12.9 kWh of cooling<br />
energy from each kWh of electricity. Riccardo Battisti, „Solar<br />
cooling 2.0: new generation growing up,” Solar Thermal World,<br />
1 October 2015, http://www.solarthermalworld.org/content/<br />
solar-cooling-20-new-generation-growing.<br />
97 Bärbel Epp, “Denmark/Italy: Green cooling kit from Purix<br />
addresses growing split chiller market,” Solar Thermal World,<br />
23 December 2015, http://www.solarthermalworld.org/content/<br />
denmarkitaly-green-cooling-kit-purix-addresses-growing-splitchiller-market;<br />
Solarinvent and Solabcool from Riccardo Battisti,<br />
“Solar cooling: from research to market competitiveness,” Solar<br />
Thermal World, 6 October 2015, http://www.solarthermalworld.<br />
org/content/solar-cooling-research-market-competitiveness.<br />
Meibes developed a 5 kW sorption chiller and will offer complete<br />
system kits including space heating and cooling energy<br />
distribution, per Andre Breuer, Meibes, Gerichshain, Germany,<br />
personal communication with REN21, April 2016.<br />
98 Compact Thermal Energy Storage has a huge potential for latent<br />
heat and sorption materials in the long run – in seasonal solar<br />
heat storage for small and medium applications, as well as in<br />
the building sector, per Wim van Helden and Matthias Rommel,<br />
230