Off-Shore Windpark Projekt Kaliningrad

Slides:



Advertisements
Similar presentations
Experiences with wind energy development, planning and public acceptance in Denmark Bernd Möller, Ph.D. Sustainable Energy Planning & Management Group.
Advertisements

Boulder,March 11 st 2010 Proposal for a site assessment IEC standard IEC/TC88 Boulder meeting Millán Esteban - SC88 Spanish mirror committee.
TRP Chapter Chapter 6.8 Site selection for hazardous waste treatment facilities.
Major Accident Prevention Policy (MAPP) and Safety Management System (SMS) in the Context of the Seveso II Directive.
Wind-energy in Belgium Facts en future plans Catholic Institute of Higher Education in South – West- Flanders Belgium.
- P G Ajith kumara.  Introduce strong community/ business concept  Build capacity of non technical aspects  Build capacity of technical Aspects  Identify.
Optimising Site Investigations for Offshore Wind Farm Projects Mark Finch Geotechnical Engineering Manager Hydrosearch Associates, Aberdeen UK Offshore.
EU Policy Workshop Development of offshore wind energy & Concerted Action for the deployment of offshore wind energy COD Imar Doornbos Ruud de Bruijne.
Environmental Impact Assessment Myriam Raiche November 8, 2007.
Topic 6 Environmental Impact Assessments. EIA – Introduction The start Effectiveness?
REGIONAL SEEDS AND RENEWABLE ENERGY Frank Avvisato, SRI Project Officer 1.
Implementing a First Power/Energy Systems Management Course Via Multidisciplinary- Project-Context Learning Paulo Ribeiro, Calvin College, Grand Rapids,
Economics of The Yankee Ridge Wind Farm Project Mark E. Hardwidge Rachael Jabusch.
Review of progress and future work SQSS Sub Group 2 August 2006 DTI / OFGEM OFFSHORE TRANSMISSION EXPERTS GROUP.
UNFCCC/UNDP Expert Meeting on Methodologies for Technology Needs Assessments Seoul April 2002 Holger Liptow Technology Needs.
Legal procedure framework for application for the construction of offshore wind park permit in the Kaliningrad EEZ V. Sivkov, D. Dorokhov, M. Chestnova,
THE OFFSHORE SITUATION IN GREECE Municipality of Corfu.
PERSPECTIVES OF OFFSHORE WIND ENERGY DEVELOPMENT IN MARINE AREAS OF LITHUANIA, POLAND AND RUSSIA, , PALANGA PERSPECTIVES OF OFFSHORE WIND ENERGY.
Europe goes Offshore with Wind Farms Hermann J. Koch Senior Member IEEE Substations Committee Vice Chairman Siemens Energy Sector Transmission Erlangen,
Technical Due Diligence Renewable Energy We build with Passion!
[Gaßner, Groth, Siederer & Coll.] Dr. Jochen FischerPV Policy Group ProjectSolar Energy in Germany 1 st Meeting1 PV Policy Group Project 1.
Eric Antwi Ofosu (PhD) Smart Sanitation & Washtech - KNUST.
World Bank Water Week – 2004 Jerson Kelman. Hydroelectric power accounts for more than 90% of the total electric energy produced in Brazil.
PERSPECTIVES OF OFFSHORE WIND ENERGY DEVELOPMENT IN MARINE AREAS OF LITHUANIA, POLAND AND RUSSIA, , PALANGA PERSPECTIVES OF OFFSHORE WIND ENERGY.
Development and Construction of On- Shore Windfarms Andrew Aveyard Green Cat Renewables Jim Wilkinson CA Blackwells.
Frankfurt (Germany), 6-9 June 2011 W. Niederhuemer – Austria – RIF Session 4 – Paper PROBABILISTIC PLANNING FOR A HIGHER INTEGRATION OF WIND TURBINES.
Future European issues on off-shore wind power deployment Steffen Nielsen Head of Section Danish Energy Authority Ministry of Transport and Energy European.
The role of REGULATORY IMPACT ASSESSMENT in Technical Regulation and Standards Houston, April 2-4, 2014 THE MINISTRY OF ECONOMIC DEVELOPMENT OF THE RUSSIAN.
WIND ENERGY. Introduction What is wind energy? – energy generated from wind What is wind energy? – energy generated from wind Wind energy electrical energy.
VUJE, a. s., Okružná 5, Trnava Strengthening the European Union Energy Security Prepared by Peter Líška (Slovak proposal) Brussels, 14th September.
111/11/2015 Reserved flow at the foot of large dams and green electricity Vincent Denis MHyLab Switzerland 1 st October 2009.
Riga 4th December 2008 Renewable energy: is there a Latvian masterplan? Ieva Indriksone Riga Graduate School of Law.
Decision making exercise
Perspectives of the offshore wind energy development in Russian EEZ, Kaliningrad Oblast V. Sivkov, D. Dorokhov, M. Chestnova, B. Zatoplyaev, O. Pichuzhkina,
Sustainable Strategy Policy Priorities in Russia Tkachenko Maxym (CEFIR)
Implementation and follow up Critically important but relatively neglected stages of EIA process Surveillance, monitoring, auditing, evaluation and other.
Mitigation and Impact management
FUTURE FOR OFFSHORE WIND ENERGY IN SPAIN Wind Energy Department
Long Island’s Offshore Wind Farm David Tobias Project Evaluation.
An Overview of the Technology and Economics of Offshore Wind Farms
Dikella Offshore Windfarm 50 MW Presentation August 2010.
Economics in support of biodiversity conservation policy The EC experience Expert Workshop on Biodiversity and Economics, EEA 5 October 2006 Alexandra.
Impact assessment concerning energy projects. Case; windpower 16 October 2007 Harald Noreik Ministry of the Environment.
Promotion of Biogas Production and Development in Latvia Astrida Celmina Ministry of the Environment Republic of Latvia.
Environmental Impact Assesment and Strategic Environmental Assesment – tools for biodiversity conservation Emilian Burdusel – Clubul ecologic UNESCO Pro.
Pilot Project on implementation of SEA for regional planning in Ukraine Prof. Dr. Michael Schmidt Dmitry Palekhov Brandenburg University of Technology.
Czech methodology for wind power plants localization (from the point of view of nature conservation) Brussels January, 17th 2006 Ministry of the Environment.
Energy Auditing – Energy Conservation and Efficiency Measures PRESENTER Mr. A. Hamukale BENG, Meng,MBA,PEEIZ,REng.
Applications of Environmental Science. Recap  What is environmental Science?  Studying the physical and biological world to understand, make decisions.
Lecturer: Lina Vladimirovna Zhornyak, Associate Professor.
15MW ac UTILITY SCALE SOLAR FARM Municipal Association of Victoria 12 th July 2016.
Planning and Realisation of Wind Farms
Konstantinos Loukidis
Betül Özer, Erdem Görgün, Selahattin İncecik
MERMAID Innovative multi-purpose offshore platforms: planning, Design and operation MERMAID.
OFFSHORE WIND ENERGY in Vietnam.
Zahrani & Selaata IPP Projects
WFD and Hydromorphology - 4/5 June 2007, Berlin, Germany -
Integration of EVs with Existing Distributed Energy Resources in Findhorn Ecovillage Craig mcarthur, Georgios PAPOUTSIS, KONSTANTINOS PISOKAS, MARINOS.
Copenhagen Strategy European Policy Seminar on Off-shore Wind Power
Sioned Evans Jim Poole Keith Williams
Objective Provide enough wind generation to supply 15% of Rhode Island’s native demand from wind powered generation in Rhode Island, for Rhode Island consumers.
Role of DER in the EU and current status in the Baltic States
Relationship between World Bank and Romanian EA requirements
Strategic Environmental Assessment (SEA)
Incentives for electricity infrastructure – ERGEG view
Electricity generation in Japan
Energy Management and Planning MSJ0210
Solar Opportunities in Ontario
Wave Energy: Building an Industry
Presentation transcript:

Off-Shore Windpark Projekt Kaliningrad

The Squad Gilbert Duee Berno Hellauer Max Mueller Andreas Rembold Prof. Andrey Nikishin Gilbert Duee Berno Hellauer Max Mueller Andreas Rembold Aurelio Schug Abbas Seifeddine Moritz Schneider Kevin Weber Sebastian Westphal

Table of contents 1 - Aims of the project 2 - What we did in the project 3 - Installation Site Selection 4 - Power production assessment 5 - Environmental Review 6 - Interconnection Studies 7 - Financial Aspects 8 – Conclusion and Proposals

1 - Aims of the Project convince Russia to build offshore windfarms basic planning of 115/130MW windfarm in Kaliningrad region feasibility study

2 - What we did in the project Collect information: - technical - legislative - financial aspects Basic planning and feasibilty calculation of offshore windfarms for Kaliningrad region Conclusions and proposals

2 - What we did in the project Our project includes: Installation Site Selection Power production assessment Environmental Review Interconnection Studies Financial Aspects

3 - Installation site selection

3 - Installation site selection

3 - Installation site selection

3 - Installation site selection

4 - Power production assessment Annual wind speed m/s Wind speed m/s P, kW fy,i %

5 - Environmental review EIA and ecological assessment EIA procedure promotes decision making on realization of planned activity taking into account: possible adverse effects and environmental consequences; public opinion; working out measures of decreasing and prevention of effects EIA is carried out in few steps. 1. Preliminary assessments for requirements specification development of EIA. 2. Requirements specification making. 3. EIA investigations. 4. Preparation of preliminary EIA. 5. Public discussions.

6 - Interconnection studies

4 – Financial aspects Pnom - Ins. Cost - Payback period –

Data WF1 WF2 Pnom: 115 MW n-ntur: 58 Van: 9.2 m/s Ean: 489 GWh Total cost: 192 Mio € Paybackperiod: In Rus: ca. 8 Years In Ger: ca. 3 Years Ins. costs: 1717 €/kW Pnom: 130 MW n-ntur: 65 Van: 8.5 m/s Ean: 562 GWh Total cost: 225 Mio € Paybackperiod: In Rus: ca. 7 Years In Ger: ca. 3 Years Ins. costs: 1718 €/kW

8 – Conclusions No offshore wind energy development program; No standards for evaluation of environmental and other impacts; No other guiding documents; No stimulation for production of wind electricity; No one-desk policy; Favorable wind conditions; Enough place in suitable depths Minimum environmental conflicts Economically feasible Growing interest by investors Possibilities for connection to the grid Kaliningrad region has a good perspectives for offshore wind power development

8 - Proposals Use the experience of EU to prepare normative documentation and standards. Financial stimulation for green power in Russia. Encoureging the local people to accept such projects. Use the modern wind power technology