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Standards solarer Großanlagen IEA SHC TASK 45 2014-06-11 Highlights der Energieforschung Wien Sabine Putz [email protected]

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Page 1: Standards solarer Großanlagen IEA SHC TASK 45

Standards solarer Großanlagen

IEA SHC TASK 45

2014-06-11 Highlights der Energieforschung

Wien

Sabine Putz [email protected]

Page 2: Standards solarer Großanlagen IEA SHC TASK 45

Potential Renewable Heating

Page 3: Standards solarer Großanlagen IEA SHC TASK 45

“Large scale solar heating/cooling systems, seasonal storages, heat pumps“

Operating Agent: Jan-Erik Nielsen, PlanEnergi, DK Overall Objectives • Assist in a strong and sustainable market development of large solar

heating and cooling systems Scope “MW size”: Collector field > 0.5 MW ≈ > 700 m² • Focus on district heating applications, including seasonal storage and

heat pumps (chillers)

Time Schedule • 3 years + 1 year extension 2011 - 2014

SHC - IEA Task 45 Objectives

Page 4: Standards solarer Großanlagen IEA SHC TASK 45

IEA Task 45 Workplan

• SUBTASK A: Collectors and Collector loops (Efficiency,

installation guidelines, performance guarantees, simulations)

• SUBTASK B: Seasonal Storages (State of the art,

identification R&D potential, simulations, characteristics and

design guidelines)

• SUBTASK C: Systems (system categorisation down to

component level, guidelines for financing and installation)

Page 5: Standards solarer Großanlagen IEA SHC TASK 45

IEA Task 45 Workplan

• Austrian participation:

AEE INTEC, S.O.L.I.D.

• “Official” international participation:

Austria, Canada, China, Denmark, France, Germany, Italy,

Spain

• Numerous Observer in broader sense > 15 countries

Page 6: Standards solarer Großanlagen IEA SHC TASK 45

SUBTASKS Status

Subtask A lead by DTU, DK: • Advancing in general according to plan with some minor delays • Work on simulation models and operation strategies put on stand by

due to lack of funding (Austria´s contribution partially depending on progress of Subtask A)

Subtask B lead by SOLITES, DE: • Subtask B is in general behind original schedule due to late start of

subtask leader • Important deliverables pending (design guidelines, simulations) Subtask C lead by SOLID, AT: • No delays, but minor changes in workplan due to lack of funding of

Spanish partners

Page 7: Standards solarer Großanlagen IEA SHC TASK 45

SUBTASK C Results

13 12

45

47 170

Worldwide Installed Solar Thermal Plants from 1985 - 2014

290 Installations > 0,5MW

Page 8: Standards solarer Großanlagen IEA SHC TASK 45

Solar Thermal Technologies

Page 9: Standards solarer Großanlagen IEA SHC TASK 45

290 Installation per Periods

4% 4%

16% 16%

59%

0%

10%

20%

30%

40%

50%

60%

70%

1985-1990 1991-1995 1996-2000 2001-2005 2006-2014

% of installed Solar Thermal Plants per Period

Page 10: Standards solarer Großanlagen IEA SHC TASK 45

Solar Thermal Collector Area

3.665 14.595 21.165 69.287

108.331

159.951 185.214

269.195

611.265

0 0 0 0 0 0 3.230 47.058

129.389

0

100.000

200.000

300.000

400.000

500.000

600.000

700.000

1985 - 1987

1988 - 1990

1991 - 1993

1994 - 1996

1997 - 1999

2000 - 2002

2003 - 2005

2006 - 2008

2009 - 2014

m² C

olle

ctor

Are

a (A

pert

ure)

Installed Solar Thermal Collector Area in China and Europe from 1985 – 2014

m² Collector Area for Solar Thermal Plants in Europe

m² Collector Area for Solar Thermal Plants in China

Page 11: Standards solarer Großanlagen IEA SHC TASK 45

Large Scale Solarthermal per Country

1 5

28

1 2 1

42

3

51

1 1

12

25

15

1 1

8

1

8

1

9

2 1 1 1

23

1

20

11

3 1 5

2 2 0

10

20

30

40

50

60 Ar

uba

Aust

ralia

Au

stria

B

osna

i H

erce

govi

na

Can

ada

Cro

atia

C

hina

C

zech

Rep

ublic

D

enm

ark

Dub

ai

Finn

land

Fr

ance

G

erm

any

Gre

ece

Indi

a In

done

sia

Italy

Ja

mai

ca

Net

herla

nds

Nor

way

Po

land

Po

rtug

al

Saud

i Ara

bia

Sing

apor

e Sl

oven

ia

Spai

n Su

dan

Swed

en

Switz

erla

nd

Thai

land

Tu

rkey

U

SA

Sout

h Af

rica

Viet

nam

Inst

alle

d So

lar T

herm

al P

lant

s

Country

Installed Solar Thermal Plants per Country

Page 12: Standards solarer Großanlagen IEA SHC TASK 45

Collector Types Worldwide

140.577

544.797

68.206 15.516 18.067 3.101 1.339 14.610 2.687 3.163 8.560

0

100.000

200.000

300.000

400.000

500.000

600.000 Fl

at p

late

Hig

h te

mpe

ratu

re

Flat

pla

te s

tand

ard

CPC

Eva

cuat

ed T

ube

Ung

laze

d co

llect

or

Hea

t pip

e +

Evac

uate

d so

lar

colle

ctor

Hea

t pip

e C

olle

ctor

Par

abol

ic T

roug

h

All-

glas

s ev

acua

ted

sola

r co

llect

or

tube

s

Hea

t pip

e

Hea

t pip

e/A

ll-gl

ass

evac

uate

d so

lar

colle

ctor

tube

s

U tu

be s

olar

col

lect

or

m² C

olle

ctor

Are

a (A

pert

ure)

Applied Collector Types - Worldwide

Page 13: Standards solarer Großanlagen IEA SHC TASK 45

Collector Types per Continent

Page 14: Standards solarer Großanlagen IEA SHC TASK 45

Worldwide installed Collector Area

13.212

137.265

3.095 1.482

611.265

36.455 17.849 0

100.000

200.000

300.000

400.000

500.000

600.000

700.000

Africa Asia Australia Central America

Europe Middle East North America

Total Installed Collector Area - Continents (Aperture)

Page 15: Standards solarer Großanlagen IEA SHC TASK 45

Denmark Activities

Page 16: Standards solarer Großanlagen IEA SHC TASK 45

Solar District Heating in Denmark

Source: J.E. Nielsen, PlanEnergie

Page 17: Standards solarer Großanlagen IEA SHC TASK 45

SDH Milestone in Denmark

Page 18: Standards solarer Großanlagen IEA SHC TASK 45

DENMARK versus Rest of the World

• Long time tradition for district heating

• Good price / performance of ground mounted collectors

• High tax on natural gas

• Benefits from combining technologies like solarthermal, CHPs (biomass,

gas) & seasonal storages

• Competitive heat production price

• Interaction with liberal electricity market

• Strong R&D activities and demonstration plants

• 2 Competition partners pushing each other

Page 19: Standards solarer Großanlagen IEA SHC TASK 45

DENMARK – Rest of the World

Source: J.E. Nielsen, PlanEnergie

Page 20: Standards solarer Großanlagen IEA SHC TASK 45

DENMARK – Rest of the World

Source: J.E. Nielsen, PlanEnergie

Page 21: Standards solarer Großanlagen IEA SHC TASK 45

DENMARK – Rest of the World

Source: J.E. Nielsen, PlanEnergie

Page 22: Standards solarer Großanlagen IEA SHC TASK 45

SDH AUSTRIA in Graz & Wels

13.000m2

3.400m2

Page 23: Standards solarer Großanlagen IEA SHC TASK 45

36.000 m² Riad

Source: AEE INTEC

Page 24: Standards solarer Großanlagen IEA SHC TASK 45

1,5 MW Cooling, Singapore

Page 25: Standards solarer Großanlagen IEA SHC TASK 45

1 MW Cooling, China

Page 26: Standards solarer Großanlagen IEA SHC TASK 45

Demo biggest Austrian SDH Plant

Austrian Demo in Upper Austria • 10,000 m² of solar collectors

• Approx. 60,000 m³ heat storage

• CHP combination

• Solar District Heating Funding: FP7-ENERGY-SMARCITIES-2012 „Large scale systems for urban area heating and/or cooling supply“

Page 27: Standards solarer Großanlagen IEA SHC TASK 45

Sheik Zayed Desert Learning Center Planning: iC Consultants; SOLID Location: Al Ain, UAE Exhibition area, theatre/cinema, café, office area; RES Peak visitor numbers: 1,600 visitors per hour Building certification levels: •LEED TM (Platinum) •Estidama (5 Pearls)

SZDLC- Al AIN Exhibition Center

Page 28: Standards solarer Großanlagen IEA SHC TASK 45

Cooling capacity: 352 kW Collector area: 1.134 m² Heat storage tank: 2 x 13 m³ Cold water storage tank: 5 m³ Cooling tower:

wet cooling tower shared with conventional cooling

Expected Solar yield: 825 kWh/ m²/ year

Solar Cooling via concrete core activation of a desert museum

SZDLC- Al Ain Key Data Solarthermal