Photovoltaic-Thermal Systems (PVT) achieve market relevance Thomas - - PowerPoint PPT Presentation

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Photovoltaic-Thermal Systems (PVT) achieve market relevance Thomas - - PowerPoint PPT Presentation

Photovoltaic-Thermal Systems (PVT) achieve market relevance Thomas Ramschak, AEE INTEC http://task60.iea-shc.org/ Task Organisation Operating Agent JC Hadorn, Switzerland A B C PVT systems in PVT Performance PVT Systems operation


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Photovoltaic-Thermal Systems (PVT) achieve market relevance

Thomas Ramschak, AEE INTEC http://task60.iea-shc.org/

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Task Organisation

A PVT systems in

  • peration
  • T. Ramschak,

AEE INTEC, Austria

B PVT Performance characterization

  • K. Kramer, Fraunhofer ISE,

Germany

C PVT Systems modelling

  • As. Sanz

Tecnalia, Spain

D Systems performance assessment, dissemination and market support

  • A. Haeberle, SPF, Switzerland

Operating Agent

JC Hadorn, Switzerland

Models Simulation

In situ

LAB Evaluate Communicate On PVT

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Highlight and Trends

  • Ed. 2019 PVT for the first time
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Survey

 PVT-collector  Type of collector  Collector area  Power output (thermal, electric)  PV Technology  Export  Application  Type of application  Number of installations  Average system size  Etc.

uncovered (wisc) covered evacuated tube Cumulated gross collector area [m²] 0,0 0,0 0,0 0,0 0,0 0,0 Cumulated Thermal power output [kWth] 0,0 0,0 0,0 0,0 0,0 0,0 Cumulated nominal PV power [kWpeak] 0,0 0,0 0,0 0,0 0,0 0,0 PV-Technology (mono-Si, poly-Si, etc.) Number of installations [#] Average System Size [m²] Typical collector
  • peration
temperature [°C]
  • thers
aaabbbccc Total uncovered covered evacuated tube Gross collector area [m²] 0,0 0,0 0,0 0,0 0,0 0,0 Thermal capacity [kWth] 0,0 0,0 0,0 0,0 0,0 0,0 Nominal PV power [kWpeak] 0,0 0,0 0,0 0,0 0,0 0,0 PV-Technology (mono-Si, poly-Si, etc.) Number of installations [#] Average System Size [m²] Typical collector
  • peration
temperature [°C]
  • thers
aaabbbccc Total Solar air heating/cooling for houses, industrie, etc. Use of heat produced by the PVT collector Direct (D), Serial (S), Parallel (P), Regeneration (R) Swimming pool heating Domestic hot water systems for single family houses Application Domestic hot water systems for multiple family houses, offices, hotels, etc. Solar combi systems for single family houses Solar combi systems for multiple family houses, offices, hotels, etc. 1) Cumulated PVT Collectors by End of 2017 Cumulated manufactured Collector Area by End of 2017 Company: Countries gross collector area in [m²] Air Collectors Solar district heating systems Concentrators Total

IEA-SHC TASK 60 - Application of PVT Collectors

New manufactured PVT Collectors by the End of September 2018 Water Collectors Air Collectors Concentrators Total Market Share by Type of APPLICATION - Installations by End of 2017 Solar heat for industrial applications (e.g. drying and cleaning processes, rearing of animals, food processing, precess heat, etc.) EXPORT in 2017 2) Manufactured PVT Collectors in 2018 Use of heat produced by the PVT collector Direct (D), Serial (S), Parallel (P), Regeneration (R) Market Survey Factsheet Solar air(pre)heating/cooling for buildings (house, hall, etc.) Solar district heating systems Solar heat for industrial applications (e.g. drying and cleaning processes, rearing of animals, food processing, precess heat, etc.) Please fill in the orange fields! Application Swimming pool heating Domestic hot water systems for single family houses Domestic hot water systems for multiple family houses, offices, hotels, etc. Solar combi systems for single family houses XXX Solar combi systems for multiple family houses, offices, hotels, etc. Market Share by Type of APPLICATION - New Installations by the End of September 2018 Water Collectors D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R D S P R
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Market overview

  • Total: 26 PVT collector manufacturer

(non-exhaustive overview)

  • Countries: 11

France; 3 Germany; 2 Israel; 1 Italy; 3 Netherlands; 6 Austria; 3 Australia; 1 Spain; 2 United Kingdom; 1 United States; 1 Switzerland; 3

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Category of PVT collectors

  • Source: Naked Energy

Water Collectors

  • Uncovered (wisc)
  • Covered
  • Evacuated tube

Air Collectors Concentrators

Source: DualSun Source: 3F Solar Source: GSE Integration Source: Systovi Source: Solarus Source: Sunoyster

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Market overview – PVT-Producer

Uncovered water collector 48% Covered water collector 28% Evacuated tube collector 4% Air collector 12% Concentrator 8%

Distribution of PVT-manufacturer by collector type

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World map – Installed PVT collector area

Cumulated installed collector area by end of 2018:

  • 57% uncovered
  • 41% air collectors
  • 2% covered

26 countries

~ 1.1 Mio m²

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PVT - European market

Market leader:

France (442.500 m²) Germany (109.400 m²) Netherlands and Italy (15.000 m²)

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Global installed capacity by country

Thermal capacity: 524,2 MWth Nominal PV Power: 178,2 MWpeak

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Global PVT-system plants in operation by type of application

By end of 2018: >22.900 systems, 581.000 m² ~2.200 systems with uncoverd collectors

  • 75% DHW – SFH, MFH, hotels, hospitals, etc.
  • 21% Combi systems
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Building complex (7 MFH, 50 flats, swimming pool) Heating system 31 boreholes of 150 m Centralized heat pumps Heat recovery for pool and DHW 672 m² PVT collector area

Uncovered PVT GS-Regeneration

Source: Swiss Travel Fund Cooperative (Reka)

Performance: Thermal yield 400 kWh/m² Electrical yield 130 kWh/m² Degree of GS regeneration 98 %

Installed collector area: 672 m²

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Covered PVT collectors for hotels

Installed collector area 148 m² Ibiza, Spain

Source: EndeF

Performance: Thermal yield 112.814 kWh/a Electrical yield 34.600 kWh/a CO2 saving: 41.639 kg/a

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Low concentration PVT collectors for industrial application

Installed capacity: 110kWth and 22 kWpelect Katwoude, Netherlands

Source: Solarus

Performance: 450 MWh heat and 15 MWh electicity

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