36
ČSVE ČSVE WIND ENERGY IN THE CZECH REPUBLIC EWEC2009 Czech Society for Wind Energy Ing. Vladimír Česenek

ČSVE ČSVE

  • Upload
    waldo

  • View
    26

  • Download
    0

Embed Size (px)

DESCRIPTION

WIND ENERGY IN THE CZECH REPUBLIC EWEC 2009 Czech Society for Wind Energy. Ing. Vladimír Česenek. ČSVE ČSVE. Content of presentation. Installed capacity in the Czech Republic Trends in EIA assessment Renewable in Pačes energy commission conclusions - PowerPoint PPT Presentation

Citation preview

Page 1: ČSVE ČSVE

ČSVEČSVE

WIND ENERGY IN THE CZECH REPUBLIC

EWEC2009Czech Society for Wind Energy

Ing. Vladimír Česenek

Page 2: ČSVE ČSVE

Content of presentation

• Installed capacity in the Czech Republic

• Trends in EIA assessment

• Renewable in Pačes energy commission conclusions

• Approach of regional authorities to the wind turbines projects

• Wind potential of unit regions

Page 3: ČSVE ČSVE

Stimulus for branch development

• Positive• Law 180/2005Sb. – support of the generation renewable

energy and consequential regulations• Good feed-in tariff for the electricity from wind energy 2,34

CZK/kWh in 2009• Feed-in tariff is guarantied for fifteen years

• Negative• Myths about wind turbines• Distorted information about the wind turbines economics• Bad experience with the operation of previously Czech wind

turbines prototypes

Page 4: ČSVE ČSVE

Branch progressProgress

In 2006 rapidly grew up the interest of investors laical as well as scientific public is divided into two parts

(according to TNS Factum 73% YES, 18% NO, 9% VIEWLESS) but it is absent the update information about wind energy and OFFICIAL POLITICIAN SUPPORT

After-effects organized protests of small portion of public argueing with chaotic and uncontrolled building up regional governments answer with restrictive concepts and

studies this situation is reflected in project assessment

Page 5: ČSVE ČSVE

Wind map of the Czech Republic (average wind speed in 10 meters above ground level) made by

Institute of Atmosphere Physic of Prague

Page 6: ČSVE ČSVE

Wind map of the Czech Republic (average wind speed in 100 meters above ground level) made by

Institute of Atmosphere Physic of Prague

Page 7: ČSVE ČSVE

EIA 2003-2008 (199 projects )

Source: http://tomcat.cenia.cz

Page 8: ČSVE ČSVE

Successfulness of wind projects in EIA notification process (in comparison with total number of EIA

published wind projects)

Source: http://tomcat.cenia.cz

Page 9: ČSVE ČSVE

Successfulness of wind projects in EIA documentation judgment (in comparison with total number of EIA

published wind projects)

Source: http://tomcat.cenia.cz

Page 10: ČSVE ČSVE

Wind projects progress in years 2003-2008 - EIA assessment

Source: http://tomcat.cenia.cz

Page 11: ČSVE ČSVE

Total installed capacity 2003-2008 in Czech Republic

Source: ERÚ

Page 12: ČSVE ČSVE

New annual installed capacity 2003-2008

Source: ERÚ

Page 13: ČSVE ČSVE

Production of wind turbines 2003-2008

Source: ERÚ

Page 14: ČSVE ČSVE

Have wind turbines got good efficiency

in the Czech Republic? Využitelnost v Německu – 20%Využitelnost v ČR – 26%!

Zdroj: ERÚ

Page 15: ČSVE ČSVE

Predicted progress in installed capacity in Czech Republic

Page 16: ČSVE ČSVE

Wind energy potential

6 TWhs = 4,1 mil. of citizens

Page 17: ČSVE ČSVE

Recommendations of Pačeses indipendent energy commission

• Renewable energy must be developed as an important part of power mix

• It is necessary to give public support to renewable energies as well as got this support e.g. the nuclear power

• Simplify the permitting procedure for renewable energies according to requirements of EU directive 2001/77/ES – to simplify the building permission process

• Start with effective ecological tax reform, which will transfer the load of tax on fossil resources

• Start with extensive info campaign about the contributions of renewable energies

• Design the strategic development of electrical networks with respects to incoming needs of renewable energies

Page 18: ČSVE ČSVE

Potenciál v regionech

Source: UFA

Theoretical capacity for wind energy in regions

Page 19: ČSVE ČSVE

Where have wind turbines got the chance?

Total surface of the Czech Republic 78 864 km2 Area with low wind speed - 72 500 km2

Area acceptable for wind turbines (≥ 6 m/s) 6 364 km2

National parks, nature parks 12 000 km2

(demand for setting up additional 2km buffer zone) 24 000 km2

(demand for setting up additional 5km buffer zone) 45 000 km2)

NATURA 2000 14 630 km2

Air lane of birds 39 000 km2

forests 27 500 km2

military radars 42 000 km2

air-traffic corridors 5 200 km2

big airports + buffer zone (14 x) 9 900 km2

small airports + buffer zone (85 x) 6 600 km2

How much does place really remain of? ???? km2

Page 20: ČSVE ČSVE

Moravskoslezský regionMoravian – Silesian region

• Study: „Evaluation of possibilities wind turbines sitting in Moravskoslezský region in light of wind potential and nature and landscape protection“

Page 21: ČSVE ČSVE

Wind energy potential

6 TWhs = 4,1 mil. of citizens

Page 22: ČSVE ČSVE

Moravskoslezský kraj

Forests

Page 23: ČSVE ČSVE

Moravskoslezský kraj

ForestsAreas suitable for WTGs

Page 24: ČSVE ČSVE

Moravskoslezský kraj

ForestsAreas suitable for WTGsProtected area

Page 25: ČSVE ČSVE

Moravskoslezský kraj

ForestsAreas suitable for WTGsProtected areaNature parks

Page 26: ČSVE ČSVE

Moravskoslezský kraj

ForestsAreas suitable for WTGsProtected areaNature parksBirds territories

Page 27: ČSVE ČSVE

Moravskoslezský kraj

ForestsAreas suitable for WTGsProtected areaNature parksBirds territoriesNATURA 2000

Page 28: ČSVE ČSVE

Moravskoslezský kraj

ForestsAreas suitable for WTGsProtected areaNature parksBirds territoriesNATURA 2000Airport buffer zone

Page 29: ČSVE ČSVE

Moravskoslezský kraj

ForestsAreas suitable for WTGsProtected areaNature parksBirds territoriesNATURA 2000Airport buffer zoneMilitary radar

Page 30: ČSVE ČSVE

Moravskoslezský region proposes:

• 50 m – 500 m – distance from ÚSES (area system of ecological stability)

• 3000 m – buffer zone around protected areas, birds areas, natural parks – these limits have no support in Czech law system

• 5000 m – buffer zone around religious buildings (churches, chapels,...) – it means almost every village!!!!

Page 31: ČSVE ČSVE

Moravskoslezský region proposes:

• 600 m – buffer zone around populated areas (compare with previous point) and 1000 m around populated areas in recreational landscape units – it is in contrast of noise studies

• 5000 m – buffer zone around historical gardens and parks

• no wind turbines in harmonious landscape – unclearly interpretation, subjective measurement

Page 32: ČSVE ČSVE

Moravskoslezský region proposes:

• 5000 m – buffer zone around significant recreational and spa complexes

• no wind turbines in areas with enhanced landscape perspective sensitivity – according this study it is more than 50 % of region!!!

• staking out buffer zones for areas with enhanced landscape perspective sensitivity: „According to Czech cultural continuum is therefore possible build in these areas only the buildings with outstanding qualities or symbolical meanings (e.g. tower for mobile operators)

Page 33: ČSVE ČSVE

• very significant cultural areas will have buffer zone 25 km !!!

......and the result of study.....?

Moravskoslezský region proposes:

Page 34: ČSVE ČSVE

Moravskoslezský region

• from total surface of region (5554 km2), is approximately 5537 km2 unsuitable for wind turbines sitting- 99,7% of region!!!

• it means, that exists only 0,3% of area (17 km2) as an area conditionally suitable for wind turbines. It is baffling, that these localities have low wind speed.

Page 35: ČSVE ČSVE

Strategy of ČSVE(Czech Society for Wind Energy)

• analyses of Czech law system – disagreement with EU and act 180/2005Sb. obligations

• talks with new regional government

• communication with ministries and parliament

• drawing upon EWEA experience

• obtaining the support from EU offices

Page 36: ČSVE ČSVE

THANK YOU FOR YOUR ATTENTION

Ing. Vladimír ČesenekČeská společnost pro větrnou energiiCzech Society for Wind Energy

www.csve.cz