Regional and local strategies of development of use of renewable energy 
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Regional and local strategies of development of use of renewable energy

18 sierpnia 2008
mala fotka

Materiały z konferencji: „Wdrażanie przepisów UE regulujących wykorzystanie odnawialnych źródeł energii w wybranych krajach członkowskich, ze szczególnym uwzględnieniem zagadnienia wykorzystania biomasy”

organizowane we współpracy z

Urzędem Marszałkowskim Województwa Dolnoślaskiego

Dolnośląską Agencją Energii i Środowiska

Stowarzyszeniem na Rzecz Zrównoważonego Rozwoju

Tytuł:

Regional and local strategies of development of use of renewable energy

Wroclaw, Poland, 23-24.03.2006

Christof Delatter

Association of Flemish Cities and Municipalities

(Vereniging van Vlaamse Steden en Gemeenten – VVSG)

www.vvsg.be

Tel. +32 2 211.55.99

E-mail: christof.delatter@vvsg.be

This Presentation

• Competences

• Flemish energy market

• Energy consumption

• Renewable energy certificate system

• Geothermal heat pump

• Solar energy

• Wind energy

• Local authorities

Competences

• Significant delegation of energy responsibilities to regions

• Region fully responsible for:

– Rational use of energy

– Distribution and local transport of electricity up to 70kV

– Public gas distribution

– Renewable energy sources

• Federal responsibilities:

– Pricing policy

– Large infrastructures for storage, transport and distribution of energy

– Nuclear fuel cycle

– National equipment programme

Liberalised energy market

• 1 July 2003: freedom of choice of energy supplier

• Monitoring of ‘smooth functioning’ of the market by Flemish

Regulatory Authority (VREG)

• Distribution grids

– Operated by appointed distribution system operators (DSO)

– Legally independant from electricity or gas producers and suppliers

– Each supplier entitled to use distribution system

– Operator receives a fee for electricity or gas carried by his system

• Public service obligations for DSO’s and suppliers

– Provision of services (investments, social schemes)

– Environmental requirements (rational use, renewable energy)

– Safety requirements

Distribution system operators: mostly owned by

municipalities (often intermunicipal cooperation)

Energy consumption in Flanders

• Europeans: 11 tonnes of CO2/inh/year

• Flanders: gluttonous users of energy

– Intense pressures from human activities: densely

populated, dense transportation network, industry,

intensive cattle breeding (millions of porcs, chickens,

cows) and crop cultivation

– 15 ton CO2/inh/year !

• Trias energetica

Renewable energy certificate system

• Granting of RE-certificates

– Production of electricity from solar energy, wind, hydro, tidal, geothermal, biogas (incl. landfill gas), biomass (incl. part of municipal solid waste)

– 1 certificate for every 1.000 kWh produced

– Valid for 5 years

• Each producer/supplier of electricity has to “contribute” to production of renewable energy

• Proof of contribution: yearly presentation of certificates to Regulatory Authority

• Contribution = percentage of total amount of electricity delivered by producer/supplier

– 2002: 0,8%

– 2003: 1,2%

– 2010: 6%

• If a producer/supplier can not give the necessary amount of certificates: fine of 125 €/missing certificate

• Free choice between:

– own production of renewable energy

– buying certificates from other RE-producers

– paying fine

Geothermal heat pump (1)

• Geothermal heat pumps (GHP)use the natural heat storage capacity of the earth or ground water to provide energy efficient heating and cooling.

• GHPs use the relatively constant temperature of the ground or water several feet below the earth's surface as source of heating and cooling

• Regional/Federal support:

– Tax abatement

• 40% of the investment

• Max. 1.280 €

• Local support:

– Grants from distribution system operators (up to 50% of the investment)

– Additional grants from some municipalities (up to 25% of investment)

Solar energy systems

• Photovoltaic panels

– ROI: 12 years

– Regional support:

• Grants

– 10% of the investment

• Green energy certificates

– Local support:

• Grants from some municipalities (up to 25% of investment)

• Solar domestic water heating system

– ROI (including supportive measures): 6 years

– Regional support:

• Tax abatement

– 40% of the investment

– Local support:

• Grants from distribution system operators (up to 50% of the investment)

• Additional grants from some municipalities (up to 25% of investment)

Wind energy

• Green energy certificates allow economic investments in wind farms

• In combination with specific “ecology-bonus” for investment (10 – 30% of investment)

• But many obstacles…

– Legislation: Flemish Windplan, safety aspects, aviation, landscape, high-tension network, spatial planning, environmental permits

– NIMBY !

• Knokke (Belgian coast)

– Good setting for offshore windfarm

– But risk that it could ‘spoil’ the view

– 4 years of discussions in court

– Finally no permit because of one (1) objection

Wind energy

• Eeklo (in land)

– Cooperative investment with participation by local citizens ? less objections !

– Cheaper energy and profit for participants

• Similar example: Wase Wind (Waasland)

– Customers can buy shares (1 / 10.000 kWh/y)

– 1 share costs 255 €

– Yearly return of 5 – 6%

Local authorities

• Own buildings and services:

– Purchasing renewable energy

– Installation of solar energy systems

– Streetlighting

– Biodiesel for municipal vehicles

• Investing in production of renewable energy

• For the population:

– Grants

– Setting up cooperative investments in renewable energy

– Playing their role within the distribution system operators

You are welcome !!!

• In Flanders

– Visit plants, projects,…

– Share data on policy and on practical implementation methods

– Long-term relationship and help in setting up a local or intermunicipal initiatives

• Contact: Christof Delatter

christof.delatter@vvsg.be – www.vvsg.be

Short introduction to Flanders (1)

• 3 Belgian regions: Flanders, Brussels, Wallonia

• Land area Flanders: ± 13.500 km² (45% of Belgium)

• Flat coastal plains in northwest, central rolling hills

• Population: just over 6 million

• Population density: ± 440 inh./km²

• 5 provinces

• 308 municipalities

– Average population: ± 18.000 inh/municipality

– Smallest municipality: 84 inhabitants

– Largest city: 452.474 inhabitants

– Rural municipalities as well as densely populated cities

– All are member of VVSG

autor

Christof Delatter

Association of Flemish Cities and Municipalities

(Vereniging van Vlaamse Steden en Gemeenten – VVSG)

jurek





   
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  7. 73 - 84 |
  8. 85 - 96 |
  9. 97 - 101 |
  1. Biomasa jako paliwo
  2. Biomasa jako istotny czynnik rozwoju i aktywizacji społeczności lokalnej
  3. Zasady planowania produkcji biomasy z roślin energ. z uwzględnieniem zasad zrównoważonego rozwoju
  4. Regional and local strategies of development of use of renewable energy
  5. Wywiązywanie się ze zobowiązań wynikających z wymogów polityki UE w krajach członkowskich
  6. Doświadczenia w budowaniu rynku biomasy dla ZEW KOGENERACJA S.A.
  7. Osiągnięcia Powiatu Dzierżoniowskiego w zakresie wykorzystania odnawialnych źródeł energii
  8. Energetyczne Wykorzystanie Odpadów Ulegających Biodegradacji
  9. Audyty energetyczne opracowywane w programach komputerowych
  10. Termografia w Budownictwie
  11. Termomodernizacja c.o. i c.w.u.
  12. Bieżące remonty dociepleń ścian
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