energy transition in rhineland-palatinate from the idea into practice 15. september 2015 –...
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ENERGY TRANSITION IN RHINELAND-PALATINATE
FROM THE IDEA INTO PRACTICE
15. September 2015 – Klimaschutzkonferenz FrankenthalDr. Bernd Lämmlin
www.energieagentur.rlp.detwitter.com/energie_rlp
» Population: 4 Mio.
» Surface: ca. 20 000 km2
» GDP: € 121,6 Mrd. (2013)
» Export ratio: 54 %
» GDP per capita: € 30.420 (2013)
» Unemployment rate: 5,2% RLP (09/2013) Germany 6,6% (09/2013)
RHINELAND-PALATINATE: SOCIO-ECONOMIC KEY FIGURES
BENEFITS OF ENERGY TRANSITION
WHAT DO WE MEAN BY ENERGY TRANSITION?
For a fundamental transition of energy supply and use in the fields of electricity, heat and mobility:
» based on saving energy, increasing energy efficiency and the development of renewable energies;
» replace the existing energy supply based on fossil fuels - among others Oil, gas, coal and uranium step by step to a new energy supply based on renewable energy such as wind power, solar power, biomass, hydropower, geothermal energy;
» the today mainly centralized major energy supply should be decentralized and be more diverse and complex.
BENEFITS OF ENERGY TRANSITION
» Risk provision - phase out nuclear power
» Contribution to climate protection
» Environmental and resource protection (intergenerational justice)
» Promotion of local value added
» Reduce dependence on imported fossil fuels
» Greater independence from the development of the energy price
» Long-term cost savings
ENERGY INDICATORS
Eigene Darstellung nach Statistisches Landesamt (2014)
66,6 %
33,4 %
Gross electricity generation in 2012 by energy source (%)
Non-renewable energy
Renewables
Total: 17, 69 TWh
ENERGY INDICATORS
45.6%
15.8%
20.7%
17.9%
Gross electricity generation by renewable energy source in 2012 (%)
Wind Hydro
PV Biomass
Total: 5, 91 TWh
Eigene Berechnung und Darstellung nach Statistisches Landesamt (2014)
ENERGY INDICATORS
Quelle: Ministerium für Wirtschaft, Klimaschutz, Energie und Landesplanung (2014): 10. Energiebericht RLP
1 27
6.838.7
224.5
Final energy consumption by energy source (%)
Coal
Natural Gas
Renewable Energy
Oil
Electricity
Others
Total: 127,4 TWh
Covering the electricity demand by 2030 from 100% RE (balance) Quintuple of wind energy by 2020 2 TWh electricity from photovoltaic by 2020
Priority List of electricity production Windpower 2/3 Photovoltaic 1/4 Hydropower Biomass Geothermal
Ratio for Energy efficient refurbishment of 3% per year
ENERGY TRANSITION IN RHINELAND-PALATINATEOBJECTIVES AND CHALLENGES
Rest
ENERGY TRANSITION IN RHINLAND-PALATINATEOBJECTIVES AND CHALLENGES
Quelle: MWKEL
THE DEVELOPMENT OF RENEWABLE ENERGIES IN RHINELAND-PALATINATE
Covering the electricity demand by 2030 from 100% RE (balance) Quintuple of wind energy by 2020 2 TWh electricity from photovoltaic by 2020
Priority List of electricity production Windpower 2/3 Photovoltaic 1/4 Hydropower Biomass Geothermal
Ratio for Energy efficient refurbishment of 3% per year
ENERGY TRANSITION IN RHINELAND-PALATINATEOBJECTIVES AND CHALLENGES
Rest
Climate change targets contribute to avoid the heating of the average global
temperature over 2 ° Celsius Reduction in greenhouse gas emissions by 90% by 2050 Reduction in greenhouse gas emissions by 40% by 2020 Climate neutral state administration by 2030
Further expansion of CHP technology Construction and development of district heating networks Expansion of electricity generating heating Development of industrial cogeneration
Promotion of heat production based on renewable energy (solar thermal, biomass, geothermal)
ENERGY TRANSITION IN RHINLAND-PALATINATEOBJECTIVES AND CHALLENGES
Key Challenges Grid expansion and grid adaptation Funding and Financing Increase the contribution to the base load Integration of storage technologies Awareness raising „Wärmewende“ (transition in the heat sector)
ENERGY TRANSITION IN RHINLAND-PALATINATEOBJECTIVES AND CHALLENGES
Stakeholders» Associations and chambers» Science and Research» Innovative Enterprises and Handicraft» Organizations and initiatives» Cities and Towns» Citizens» Energy Agencies & Consultants
ENERGY TRANSTION IN RHINLAND-PALATINATE
Climate-Initiative of the City of Speyer
ENERGY TRANSITION IN RHINLAND-PALATINATEBEST PRACTICES – MUNICIPALITIES
Climate protection concept
Wärmenutzungskonzept Energetisches Quartierskonzept
„Klimaschutz
manager“
Climate-Initiative of the City of Speyer
ENERGY TRANSITION IN RHINLAND-PALATINATEBEST PRACTICES – MUNICIPALITIES
• 762 kWh heat demand• 550 m² of solar collector area• 599 kW gas condensing boiler• 22% solar fraction
ENERGY TRANSITION IN RHINLAND-PALATINATEBEST PRACTICES – MUNICIPALITIES
Quelle: htt
p://ww
w.rhein-pfalz-
kreis.de
ENERGY TRANSITION IN RHINLAND-PALATINATEBEST PRACTICES – MUNICIPALITIES
» Connection size 24,000 inhabitants» Current electricity demand:
480,000 kWh/year» Conversion from aerobic to anaerobic
sludge stabilization» Hence, production of methane which a
CHP facility will use for electricity & heat generation
» The facility will produce an energy surplus
» Investment: € 1.75 million» Return of invest: ca. 10 years
Energy self-sufficient wastewater treatment plant
ENERGY TRANSITION IN RHINLAND-PALATINATEBEST PRACTICES – SMART COUNTRY
Challenge:Adapting local distribution networks to increase decentralized, fluctuating generation from renewable energy sources.
Quelle: w
ww
.rwe.com
Quelle: http://energiepark-mainz.de/projekt/energiepark/
ENERGY TRANSITION IN RHINLAND-PALATINATEBEST PRACTICES – ENERGIEPARK MAINZ
ENERGY TRANSITION IN RLPBEST PRACTICES– ECOLOGICAL NEW CONSTRUCTION WERNER & MERTZ GMBH
» Werner & Mertz GmbH, Mainz» 2009 decision on the construction of a sustainable high
energy efficient building» Completion in July 2010» Energy-producing office building (demand electrical energy:
156 MWh / yr)» 16 wind turbines (132 MWh / yr)» Photovoltaic system (45 MWh / yr)» Heating and cooling supply
of geothermal» Environmental Award Winners
http://werner-mertz.de/Nachhaltigkeit/Beispielhafter-Neubau/
ENERGY TRANSITION IN RLPBEST PRACTICES – AGRICULTURE
ZukunftsInitiativeNiedrigEnergieGewächshaus (ZINEG) – Experimental farm Queckbrunnerhof in Schifferstadt
ENERGY TRANSITION IN RLPBEST PRACTICES – AGRICULTURE
Fuente: http://www.vdb-info.de/ueber-uns/foerderbeispiele/blum-biogas-hillesheim
From farmer to energy supplier: Blum-Biogas GmbH & Co. KG
» Energy from citizens: > 20 Citizens Energy
Cooperatives
ENERGY TRANSITION IN RLPBEST PRACTICES – CITIZENS
» CERO-Emission-Campus Birkenfeld
ENERGY TRANSISTION IN RLPUNIVERSITIES
» Facts and figures ~ € 13 billion in sales ~ 11% of total economic output (GDP) ~ 60% of industry sales in the fields of renewable energy
(24%), energy efficiency (19%) and circular economy (15%) ~ 750 companies (over 20 employees) ~ 1/3 of its sales in export business Growth Forecast: ~ 11% (sales)
» Environmental Technology Network Rhineland-Palatinate Ecoliance
ENERGY TRANSITION MADE IN RLPENVIRONMENTAL TECHNOLOGY FROM RHINELAND-PALATINATE
http://www.ecoliance-rlp.de
REGIONAL ENERGY AGENCIES AS AS DRIVER OF A DECENTRALIZED ENERGY TRANSITION THE „ENERGIEAGENTUR RHEINLAND-PFALZ“
www.energieagentur.rlp.detwitter.com/energie_rlp
REGIONAL ENERGY AGENCIES AS DIRVER OF A DECENTRALIZED ENERGY TRANSITION
International Energy Agency (IEA)
DENA
Energy agencies of the federal states
Local/regional Energy agencies
Energy Agency Rhineland-Palatinate
International Renewable Energy Agency (IRENA)
» national platform for the energy transition
» informed, networked and supports Energy transition actors in municipalities, companies, organizations, citizens
» initiated and supported many cross-thematic, interdisciplinary dialogue on renewable energy, efficiency, savings, sustainable mobility
» working product / vendor neutral and market-neutral
» funded by the Ministry of Economic Affairs, Climate Protection, Energy and Regional Planning Rhineland Palatinate
ENERGIEAGENTUR RHEINLAND-PFALZ
Individual SupportPublic Relations & Marketing for the Energy transition
ModerationNetworking
Monitoring&
Documentation
Quelle: Energieagentur
ROLE OF THE ENERGY AGENCY
Energy Transition
REGIONAL OFFICES AND HEADQUARTER
DEZENTRALIZATION OF THE ENERGIEAGENTUR RHEINLAND-PFALZ
Regional Offices Local contact point Regionally adapted support
services
Headquarter Pool of experts for
technical questions Statewide campaigns and
events Development of
information services
ACTIVITIES OF THE ENERGIEAGENTUR RHEINLAND-PFALZ – SOME EXAMPLES
Information, Training and Networking: Development and implementation of workshops
and information sessions Initiation and support of various networks on
specialized topics Smart Grid Week Rhineland-Palatinate Training of different target groups, for example,
energy consultants, employees of municipalities, etc.
Factsheets and publications on current energy issues
Energy Atlas Rhineland-Palatinate
PROJECTS
ACTIVITIES OF THE ENERGIEAGENTUR RHEINLAND-PFALZ – SOME EXAMPLES
Energy Atlas Rhineland-Palatinate:
PROJECTS
AKTIVITIES OF THE ENERGIEAGENTUR RHEINLAND-PFALZ – SOME EXAMPLES
Campaigns Energy saving campaign for local authorities factor e: Sector-specific approach to energy
efficiency in enterprises Support for the introduction of a municipal energy
management Energy caravan (pilot phase)
Publicity/Awarness raising: Energy Week "Rhineland-Palatinate: A country full
of energy", with 160 projects across the country Regional partner of the nationwide "Week of the
Sun"
PROJECTS
Energieagentur Rheinland-Pfalz GmbH
Trippstadter Straße 12267663 Kaiserslautern
Tel.: 0631 - 205 75 - 7100Fax: 0631 - 205 75 - [email protected]://www.energieagentur.rlp.de/
CONTACTS
Dr. Bernd LämmlinProject Manager International Cooperationc/o TechnologieZentrum LudwigshafenDonnersbergweg 167059 Ludwigshafen
Telefon: 0621-595730-36Mobil: [email protected]
Quelle…….
Thank you for your attention