RENEWABLE BASELOAD FROM AGDER AGDER ENERGI ÅRSRAPPORT 2011 1 Høgefoss powerstation 2 INDEX 4 Norway 7 Agder Energi 9 Products 10 Power Stations 22 Contact 3 NORWAY Evenstad powerstation A NATION OF RENEWABLE ENERGY Norway is the largest hydro power producer in Europe and the sixth largest in the world. Norway holds close to half of NORWEGIAN HYDRO ELECTRICITY PRODUCTION Europe’s reservoir capacity and produces nearly a quarter of all European hydro power. Average production 133 390 GWh Installed capacity 31 671 MW Almost all Norwegian electricity production is based on renewable energy resources of which hydro constitutes the https://www.nve.no/energiforsyning-og-konsesjon/vannkraft/vannkraftpotensialet/ largest part. 4 Existing NorthConnect Skagerak 1,4 GW 1,7 GW In progress by 2021 Planned Nordlink 1,4 GW by 2019 NSL NorNed 1,4 GW 0,7 GW by 2021 Evenstad powerstation ENERGY PRODUCTION IN SOUTHERN NORWAY Agder Energi is one of the largest renewable energy Norway is connected to Europe through multiple interconnec- producers in Norway. tors and further connections are planned. With a a large share of flexible production capacity and a possible 85 TWh of hydro The company’s activities comprise production, distribution and storage, Norway is well placed to respond to the renewable en- sale of energy and energy-related services. ergy needs of Europe. The group is publicly owned; the majority share is controlled by the municipalities of Agder while the Norwegian State is a minority shareholder. 5 NORWAY ELECTRICITY GENERATION IN NORWAY 2016 (150 TWh) 2,3% 1,4% 0,1% Hydro power Wind power Thermal - fossile Thermal - bio 96,1% DISCLOSURE FOR ELECTRICITY PURCHASES WITHOUT GUARANTEES OF ORIGIN 2016 (112 TWh) 14% Renewable 21% Nuclear 64% Fossile Electricity suppliers who do not prepare an individual electricity disclosure based on guarantees of origin are obliged to refer to an electricity disclosure calculated by the Norwegian Water Resources and Energy Directorate (NVE) to inform their customers about how the electricity they sold was generated. The European Guarantee of Origin (GO) system has enabled of renewable energy is clearly reflected in the Norwegian resi- accountable interchange of electricity attributes between dual mix. national markets. The EU GO system is a standardized system and includes 21 European members. The suppliers in Norway are obliged to disclose the residual mix to customers. The Norwegian residual mix calculation is in line It provides a credible and transparent framework as a base for with the RE-DISS best practice recommendations. the disclosure of electricity to consumers The increasing export Here is the page to use to find the updated 2016 Norwegian residual mix: https://www.nve.no/reguleringsmyndigheten-for-energi-rme-marked-og-monopol/varedeklarasjon/nasjonal-varedeklarasjon-2016/ The Norwegian residual mix is calculated in line with European standards and recommendations of European initiatives such as RE-DISS and EPED. 6 AGDER ENERGI RENEWABLE SOURCE ELECTRICITY ONLY Agder Energi’s electricity production sources are 100% southern Norway. The group’s average annual production is renewable. The company holds a variety of small, midsize and 8 100 GWh. The installations, encompassing both run of the large hydroelectric power stations in the watercourses of river and storage capacity, exceed 1 700 MW of generation. 7 AGDER ENERGI RENEWABLE ENERGY MANAGEMENT Agder Energi has developed extensive capability within physical eral selling arrangements are primarily done in the German mar- and financial energy optimization. The company holds a high ket whereas Agder Energi is set up as balancing responsible level of competence in i.a. finance, price modelling, power opti- party in all control areas. mization, system development, hydrology and meteorology. In the future the linking of GO and physical supplier will become The company hosts one of the leading renewable energy man- more important as the market of bilateral purchase arrange- agement teams in Europe. In the past two decades the renewa- ments, e.g. via PPAs, increases. With its hydro power asset base ble management operations created a large network of custom- and through the interconnection Agder Energi can provide long ers. The operations are based primarily on EECS GOs which term hedging and balancing solutions to renewable projects as include a variety of environmental brands and standards. well as to consumption customers. Agder Energi is also able to offer renewable electricity products based on corresponding physical power contracts. These bilat- PROJECTS AND DEVELOPMENT The activities of Agder Energi also include development, Agder Energi is currently projecting and building a number of new construction and extension of hydro and wind power plants. projects and upgrades that will provide significant additional pro- Agder Energi is strongly commited to investments in new duction the next couple of years. renewable production capacity. Honna substation in Åseral. 8 PRODUCTS PRODUCTS Our power plants and products are certified in line with several demands of both power consumers and suppliers in the different energy labels and industry standards. We are constantly European markets for renewables. developing our products and services in order to match the PRODUCTS WITH PHYSICAL DELIVERY • Physical delivery of hydropower • Physical delivery of hydropower • Physical delivery of hydropower production quality Generation EE with GO production Generation EE TÜV SÜD TÜV SÜD with module EE+ GO PRODUCTS • Hydropower GOs • Hydropower GOs in production • Hydropower GOs in production quality Generation EE TÜV SÜD quality Bra Miljøval • Wind power GOs with module EE+ • I-RECs • Hydropower GOs in production • Hydropower GOs from new power quality Generation EE TÜV SÜD plants • EPD (Environmental Product Declaration) • EKO Energy • naturemade star Bra Miljöval WHY RENEWABLE ENERGY FROM AGDER ENERGI? • One of the leading hydropower • Has a stable financial structure with • We provide a wide range of producers in Norway. 30 municipalities in Southern certified products in line with Norway as majority shareholders. European standards and national • One of the largest 100% renewable requirements. energy producers in Europe. • We are a production company: You are supplied directly from the source, no intermediary fees. 9 POWER STATIONS LOCATION OF THE POWER STATIONS 1. Kuli 17. Nomeland 33. Uleberg 2. Osen 18. Steinsfoss 34. Brokke 3. Finså 19. Hunsfoss 35. Holen 4. Høylandsfoss 20. Hanefoss 36. Duge 5. Kvinesdal 21. Finndøla 37. Roskrepp 6. Tryland 22. Dynjanfoss 38. Kvinen 7. Logna 23. Berlifoss 39. Tjørhom 8. Smeland 24. Nisserdam 40. Solhom 9. Skjerka 25. Tjønnefoss 41. Tonstad 10. Håverstad 26. Høgefoss 42. Åna-Sira 11. Færåsen 27. Jørundland 43. Skarg 12. Bjelland 28. Åmli – Nidelv 13. Laudal 29. Åmli – Gjøv 14. Hovatn 30. Evenstad 15. Longerak 31. Rygene 16. Iveland 32. Hekni Holen 43 Skarg Finndøla Telemark Duge Brokke Roskrepp Nisserdam Hekni Hovatn Tjønnefoss Dynjanfoss Berlifoss Kvinen Høgefoss Tjørhom Jørundland Aust-Agder Solhom Logna Åmli-Nidelv Kuli Longerak Åmli-Gjøv Osen Tonstad Smeland Finså Vest-Agder Uleberg Skjerka Evenstad Håverstad Hanefoss Åna-Sira Bjelland Iveland Rygene Nomeland Kvinesdal Høylandsfoss Steinsfoss Færåsen Hunsfos Laudal Tryland 10 POWER STATIONS POWER STATIONS 1. KULI Intake Kulivann Head 173,5 m Tunnel length 780m + 276m pipe trench No. of generators 1 In operation 1966 Maximum output 6 MW Average annual production 25 GWh 2. OSEN Intake Nespervann Head 67 m Tunnel length 2350 m + 178 m pipe trench No. of generators 1 In operation 1964 Maximum output 4 MW Average annual production 18 GWh 3. FINSÅ Intake Bjørnestadvann and Lindvann Head 303.5 m Tunnel length 6229 m + 992 m pipe trench No. of generators 1 In operation 1963 Maximum output 22.2 MW Average annual production 154 GWh 4. HØYLANDSFOSS Intake Høylandsbotn Head 45.5 m Tunnel length 586 m + 155 m pipe trench No. of generators 3 In operation 1948 / 1957 / 1985 Maximum output 6.9 MW Average annual production 33 GWh 11 POWER STATIONS 5. KVINESDAL Intake Stampetjønn Head 278 m Tunnel length 1048 m No. of generators 1 In operation 2006 Maximum output 1.3 MW Average annual production 5.7 GWh 6. TRYLAND Intake Aklandstjønn Head 132 m Tunnel length 375 m pipe trench No. of generators 2 (1) In operation 1922 (2008) Maximum output 4.5 (5.5) MW Average annual production 25 GWh 7. LOGNA Intake Juvann Head 154 m Tunnel length 4820 m + 228 m pipe trench No. of generators 1 In operation 1961 Maximum output 19 MW Average annual production 105 GWh 8. SMELAND Intake Lognavatn Head 95 m Tunnel length 8100 m No. of generators 1 In operation 1985 Maximum output 23 MW Average annual production 119 GWh 12 POWER STATIONS 9. SKJERKA Intake Skjerkevatn Head 346 m Tunnel length 1830 m No. of generators 1 In operation 1997 Maximum output 102.6 MW Average annual production 612 GWh 10. HÅVERSTAD Intake Øre Head 82.5 m Tunnel length 4043 m No. of generators 2 In operation 1957 Maximum output 47 MW Average annual production 282 GWh 11. FÆRÅSEN Intake Eptevann and Brådlandsvatn Head 55 m Tunnel length 270 m No. of generators 1 In operation 2009 Maximum output 1,43 MW Average annual production 5,76 GWh 12. BJELLAND Bra Miljöval Intake Tungesjø Head 87.5 m Tunnel length 5812 m No. of generators 2 In operation 1947 / 1975 Maximum output 52 MW Average annual production 312 GWh 13 POWER STATIONS 13. LAUDAL Bra Miljöval Intake Mannflåvann Head 36 m Tunnel length 5900 m No. of generators 2 In operation 1981 Maximum output 26 MW Average annual production 146 GWh 14. HOVATN Intake Hovatn Head 485 m Tunnel length Operating tunnel 3390 m No. of generators 1 In operation 1971 Maximum output 44.2 MW Average annual production 78 GWh 15. LONGERAK Intake Langeraksvatnet Head 300 m Tunnel length 1195 m pipe trench No. of generators 3 In operation 1916 Maximum output 1.2 MW Average annual production 7 GWh 16.