Centre for environmental design of renewable energy CEDREN. SINTEF Energy Research

Transkript

1 Centre for environmental design of renewable energy CEDREN

2 Energi 21 trakk opp perspektivene Vannkraft får en viktig rolle 2

3 Energi21 og Klimaavtalen peker på energieffektivisering miljøvennlig kraft (inkl. Bio) CO 2 -nøytral oppvarming (inkl. Bio) energisystem rammer og samfunnsanalyse CO2-fangst og lagring miljøvennlig transport

4 Regjeringen opprettet 8 Forskningssentre for Miljøvennlig Energi (FME) 5 av disse legges til SINTEF/NTNU RESEARCH CENTRE FOR OFFSHORE WIND TECHNOLOGY BIGCCS CENTRE (Carbon capture ) CEDREN (Centre for Environmental Design of Renewable Energy) CENBIO (Bioenergy innovation centre) ZEB (Zero Emission Buildings)

5 Centre for Environmental Design of Renewable Energy - CEDREN The main objective of CEDREN is to develop and communicate design solutions for renewable energy production that address environmental and societal challenges at local, regional, national and global levels.

6 Environmental impacts of hydropeaking Environmental design of hydropower Technical hydropower development Tools for planning and operation of hydropower political, institutional and societal factors Laboratories, field sites, numerical and graphical lab, dissemination, management Mammals Environmental impacts of power transmission Environmental impacts and design of wind power

7 Goal: support and enhance the utilization of hydro power in an sustainable way by: Investment in new plants Upgrading of existing plants How: calculate increased value of hydro power s flexibility Analyzing hydro in CEDREN

8 Analyzing hydro in CEDREN Why: Environmental friendly hydro operation is in focus Closer integration towards Europe An increased share of uncontrolled RES production gives more volatile market prices

9 Hydro power development for peaking and load balancing (HYDROPEAK) in a European system with increasing use of non-regulated renewables HYDROPEAK Main goals To study how the hydropower system can support increasing amounts of non-regulated renewables (eg offshore wind power) What type of adaption that are needed (and possible) in the existing system Optimal design of the future hydropower system (incl Climate Change studies) Technological evolution and innovation (e.g. pumped storage, fish-pass, ) Design of environmentally friendly hydropower 9

10 Arbeidspakker i HYDROPEAK WP1 Scenarios and Dissemination SINTEF/Solvang NTNU/Killingtveit WP2 Hydrology SINTEF/Kolberg WP3 Modelling power system NTNU/Doorman WP4 Pumped storage plants NTNU/Nielsen WP5 Frequency and load governing NTNU/Nielsen WP6 Load fluctuation Tunnels NTNU/Lia Load fluctuations Rivers NTNU/Ruther WP7 River ice Climate change NTNU/Alfredsen Project leader HYDROPEAK NTNU/Killingtveit 10

11 Isproblemer ved effektkjøring

12 Mer erosjon i vassdrag og innsjøer?

13 Environmental impacts of hydropeaking EnviPEAK The main objective is to assess environmental impacts of hydropeaking and to describe how, when and where hydropeaking may be done with acceptable impacts on the ecosystem. Mitigation strategies will also be addressed. Erosion and sediment transport Temperature and ice Fish Benthos Freshwater mussel Mammals Birds Also including: Model development Catalogue of measures and mitigation Categorizing hydropower plants

14 OPTIPOL kraftledninger, trasévalg, vilt og biotoper 14 Utvikle prediksjonsverktøy for optimalt trasévalg for kraftledninger sett fra et miljøperspektiv Vurdere tekniske og økonomiske løsninger for å minske konflikter vis a vis vilt og biotopvern

15 BirdWind 15 Havørn Smøla vindpark

16 GOVernance for Renewable Electricity Production GOVREP How to reconcile environmental- and energy policy concerns?

17 Støtte fra Forskningsrådet i inntil 8 år GOVREP OPTIPOL HydroPEAK BirdWind EnviDORR CEDREN

18 National collaboration The existing strong collaboration between SINTEF, NINA and NTNU is fundamental to build the core centre in Trondheim Ongoing and future collaboration with LFI Oslo, NIVA, ProSus and UNIFOB will form a national team of excellence Core group Collaborative partners

19 Brukere Vi savner kontakt og samarbeide med kraftselskap i Midt-Norge!!!

20 Ref.gr. Ref.gr. Ref.gr. Ref.gr. Ref.gr. Ref.gr. Ref.gr. BirdWind OPTIPOL EnviDORR EnviPEAK Tools HydroPEAK GOVREP Dissemination Facilities Knowledge transfer Referansegruppe Generalforsamling Styret Senterledelse (daglig drift) Vitenskapelig rådgiving

21 Videre arbeid: Konsortieavtale undertegnes nå i September Kontrakt med Forskningsrådet klar fra 1. Oktober Prosjektene i CEDREN utformes i mer detalj i disse dager Konkrete faglige beskrivelser for dialog med brukere Valg av case studies Offisiell oppstart av CEDREN september Kontakt atle.harby@sintef.no