General presentation of I EA SHC Task 5 3 Tim Selke 2 0 / 0 4 / 2 - - PowerPoint PPT Presentation

general presentation of i ea shc task 5 3
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General presentation of I EA SHC Task 5 3 Tim Selke 2 0 / 0 4 / 2 - - PowerPoint PPT Presentation

General presentation of I EA SHC Task 5 3 Tim Selke 2 0 / 0 4 / 2 0 1 7 Messina Energy challenges for sunny countries IEA Task 53 7 th meeting Messina 19-20/ 04/ 2017 Commitment of the countries to reach ambitious objectives and


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General presentation of I EA SHC Task 5 3

Tim Selke – 2 0 / 0 4 / 2 0 1 7 – Messina

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Energy challenges for sunny countries

Commitment of the countries to reach ambitious objectives and scale up Renewable Energy and Energy Efficiency measures Very important share of the energy consumption due to air conditioning One huge advantage in the sunny regions : Infinite resource with the SUN ! How to go and spread cost competitive solar cooling ?

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

1.5 x 1018 J/a = 416.7 TWh/a Solar Cooling by 2050 Systems could enter the market between 2015 and 2020

IEA Technology Roadmap SHC – M arket potential by 2050

Source: IEA Technology Roadmap Solar Heating and Cooling, 2012

Big potential of growth especially in sunny regions

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

2 main channels in 2017 for Solar Cooling

PV cooling Solar Thermal cooling CHILLER / AIR CONDITIONER

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Solar cooling market trends in the World

Still a niche market :

≈ 1,200 systems installed

worldwide (2015)

Source: Solem Consulting / TECSOL

A High level of innovation still present :

* Heat rejection * Electric consumption reduction * kWh cooling cost decrease

IEA SHC Task 53

Already very accurate concepts for Arabic countries

* low & medium temperature solar thermal absorption * small size PV air-conditioning

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Need of a new Generation solar cooling systems

Solar thermal « traditionnal » cooling has difficulty to emerge as a economically competitive solution M ain reasons :

  • Technical : Limit on adaptability due to hydraulics, complexity
  • Economical : High upfront cost, especially for small systems

 Still need intensive R&D for quality improvment and best solution

selection (ongoing IEA SHC Task 53)

 Very innovative concepts such…

PURIX (DK) – 2,5 kWc 5m² solar panels SOLABCOOL (NL) 4,5 kWc

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Example of Basic concept for the PV approach

GRID OPTI ONAL

Water storage (chilled water / hot water / DHW)

Air conditioner / Heat Pump / Food conservation LOAD PV Controller / Inverter

Master Slave

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Main categories Solar air conditioners : Splits PV+ HP coupling for Office/ Commercial

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Task 5 3 Structure

Subtask A Com ponents, System s & Quality Subtask B Control, Sim ulation & Design Subtask C Testing and dem onstration projects Subtask D Dissem ination & m arket deploym ent

4 Subtasks & 1 9 activities Time Schedule : 4,5 years From M arch 2014 to J une 2018

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Task 5 3 new developm ents & progress

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Subtask A: Components, Systems & Quality

State of the art of new generation com m ercially available Overall presentation of the data collection on innovative solar cooling and heating systems among IEA SHC Task 53

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Subtask A: Components, Systems & Quality

Technical report on best practices for energy storage including both efficiency and adaptability in solar cooling system s Consumption profile and storage properties for office buildings in European cities Estimation of the most economical storage technology for an office building depending

  • n its location.
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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Subtask A: Components, Systems & Quality

Report on a new and universal classification m ethod “new generation solar cooling square view ” for generic system s (A4 : System integration)

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Subtask B: Control, Simulation and Design

Definition for reference conditions (B1 : Reference conditions)

Ongoing set up work

  • f building TRNSYS

models for simulating reference systems Warning : so far, no climatic conditions

  • ut of Europe

(research of new contributors)…

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Subtask C: Testing and demonstration projects

Monitoring procedure for field test & dem o system s (C1 : Monitoring procedure & monitoring system selection criteria)

Monitoring procedure KPI’s Reference conditions Example

Final draft report (including ST & PV)

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Task 5 3 com m unication

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Workshops / conferences dealing with Task 53 ≈ 260 persons «reached by Task 53 commnication during 4 events Task 53 is better known in Spain !

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Task 53 Website

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IEA Task 53 7th meeting – Messina 19-20/ 04/ 2017

Thanks for your attention !

Contact : Daniel M ugnier, TECSOL daniel.mugnier@tecsol.fr