Jes Donneborg Executive Vice President

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1 Jes Donneborg Executive Vice President Our Vision i Our Mission i Changing Energy accelerating the world s renewable energy transition, by making more competitive green energy solutions. Develop and supply green technologies and integrated energy solutions to lower cost of energy for our customers.

2 INTEGRATED ENERGY SYSTEM Growing tomatoes in the Australian desert 20,000 MWh/ year 250, m 3 / year 36,6 MWt Integrated Energy System based on CSP 1,700 MWh/ year 127m 200,000 m 2 15,000,000 kg 51,500m 2 Berlin November 10'th 2016 Aalborg CSP A/S 2

3 31MWe SOLAR POWER TOWER IN SEVILLE, SPAIN Aalborg CSP has designed and delivered the worlds biggest solar thermal power towers at the time PS10 and PS20 in Seville, Spain. Combined 31MWe power stations operating with ongoing commercial excellence. Key achievement: natural circulation in receiver enabled operator in saving 10% of plant operational expenditures. Total plant capex +US$350M Rights from Abengoa Solar Berlin November 10'th 2016 Aalborg CSP A/S 3

4 250MWe PARABOLIC TROUGH POWER PLANT IN SEVILLE, SPAIN Aalborg CSP has designed and delivered CSP technology for five 50MWe parabolic trough power plants in Spain The combined 250MWe Solnova power stations have commercially been delivereing renewable power for +8yearsinsouthernSpain. Key achievement: power plants documented to be amongst the worlds most efficient within the CSP industry. Enduring design has avoided unexpected operational downtime, thereby increasing overall plant revenue. Total plant capex +US$1,000M Berlin November 10'th 2016 Aalborg CSP A/S 4

5 SELECTED REFERENCES PS20 Tower Customer: undisclosed Location, Seville, Spain Plant Type: Tower with saturated steam Capacity: 20 MWe Scope: Reciever panels, Steam Drum, Installation HE 1 Customer: undisclosed Location, Ecija, Spain Plant Type: Parabolic Trough Capacity: 50 MWe Scope: Steam Generator System, Turnkey installation HE 2 Customer: undisclosed Location, Ecija, Spain Plant Type: Parabolic Trough Capacity: 50 MWe Scope: Steam Generator System, Turnkey installation PS10 Tower Customer: undisclosed Location, Seville, Spain Plant Type: Tower with saturated steam Capacity: 11 MWe Scope: Receiver panels, retrofit Installation MS 4,2 MW Customer: undisclosed Location, Seville, Spain Plant Type: Molten Salt Steam generator Capacity: 4,2 MW Scope: Steam generator system, turnkey installation Cargo Solar Power Customer: Gujarat Location, India Plant Type: Parabolic Trough Capacity: 25 MWe Scope: Steam Generator System, Sundrop Farms Integrated Energy System Customer: Sundrop Farms Location: Australia Plant Type: Solar tower Capacity: 36 MWt Scope: Turnkey system S1 Customer: undisclosed Location: Seville, Spain Plant Type: Parabolic Trough Capacity: 50 MWe Scope: Steam Generator System, Turnkey install. S3 Customer: undisclosed Location, Seville, Spain Plant Type: Parabolic Trough Capacity: 50 MWe Scope: Steam Generator System, Turnkey installation S4 Customer: undisclosed Location, Seville, Spain Plant Type: Parabolic Trough Capacity: 50 MWe Scope: Steam Generator System, Turnkey installation Greenway Tower Customer: Greenway CSP Location, Mersin, Turkey Plant Type: Tower with superheated steam Capacity: 4 MWtth Scope: Receiver panels, steam system, engineering Godawari Customer: Lauren Location, Godawari, India Plant Type: Parabolic Trough Capacity: 50 MWe Scope: Steam Generator System, Taars District Heating Customer: Taars FV Location, Taars, DK Plant Type: Parabolic Trough + Flat panels Capacity: 2,5 MW Scope: Parabolic trouch system Brønderslev District Heating Customer: Brønderslev FV Location, Brønderslev, DK Plant Type: 800Kw Parabolic Trough Capacity: MWe Scope: Parabolic trough system Berlin November 10'th 2016 Aalborg CSP A/S 5

6 SOLAR DISTRICT HEATING TECHNOLOGIES CSP parabolic troughs Flat panel collectors Flexible solar energy system Producing at low and high temperatures Sun tracking solar collectors (parabolic troughs) Defocusing function to avoid overproduction High quality solar panels 10 years warranty Verified best performance in international tests Easy and quick ikinstallation ti + Combination Plant Perfect match of two technologies maximizing solar energy production Improved plant economy lowering consumer bills Stable heat production throughout the day Extended plant performance Heat storage for multiple days 25 Years of tightness guarantee Prolonged energy production Increase efficiency on colder months Heat storage accumulation tank Berlin November 10'th 2016 Aalborg CSP A/S 6

7 TÅRS COMBINED SOLAR HEATING THERMAL PLANT DENMARKS MOST ADVANCED SOLAR HEATING THERMAL PLANTS FOR DISTRICT HEATING Technical lhouse with heat exchanger, pumps, valves and controlsystem for FP and PBT m transmission pipe from solar field to plant, DN150 double pipe from ISOplus Berlin November 10'th 2016 Aalborg CSP A/S 7

8 LOWERING ENERGY COST OF HEATING DENMARK S MOST ADVANCED SOLAR DISTRICT HEATING PLANT Berlin November 10'th 2016 Aalborg CSP A/S 8

9 BASIC INFORMATION The combination of flat plate collectors and CSP solar panels are a perfect match where both technologies deliver temperatures in the span where their efficiency i is highest, h and thus increasing i the plant's overall efficiency. Flat plate collectors have a higher performance at lower temperatures and produces most at midday when the sun is high in the sky. CSP solar collectors are distinguished by high efficiency, especially at high temperatures and produce heat evenly over the day with the highest performance morning and afternoon. CSP collectors booster the flat plate collectors providing approximately 20% more heat. Berlin November 10'th 2016 Aalborg CSP A/S 9

10 EUDP DTU AALBORG CSP EUDP has supported the monitoring and testing of the most advanced solar plants DTU is online on the system and is very pleased with the many data available 1. Report has been presented at the Solar District Heating conference in Billund September Berlin November 10'th 2016 Aalborg CSP A/S 10

11 EUDP DTU AALBORG CSP From DTU rapport Fig.11. Heat demand and thermal performance of the Tårs solar heating plant (per m 2 solar collector aperture area, Sep.2015 Jul.2016) Berlin November 10'th 2016 Aalborg CSP A/S 11

12 COMPARISON WITH SOLAR PLANTS NEARBY Annual performance in W/m Vrå Jetsmark Ulsted Tårs Arcon Tårs CSP Kilde til referenceanlæggene, Vrå, Jetsmark, og Ulsted er Solvarmedata. Berlin November 10'th 2016 Aalborg CSP A/S 12

13 Selected Curves Production temperature Global inclination DNI Direct solar inclination Energy output measured Flat Panels Energy output measured CSP Berlin November 10'th 2016 Aalborg CSP A/S 13

14 Selected curves Production temperature Global inclination DNI Direct solar inclination Energy output measured combined Energy deliverd to town Berlin November 10'th 2016 Aalborg CSP A/S 14

15 16,6MWth PARABOLIC TROUGH POWER PLANT IN NORTHERN DENMARK Aalborg CSP has designed, installed and commissioned the worlds biggest parabolic trough CHP plant operating with Organic Rankine Cycle and in cogeneration with a biomass power plant. The 16,6MWth Brønderslev District Heating plant delivers power and heating to a municapality in Northern Denmark. Key achievement: Received green solution of the year in Denmark in 2012 within District Heating. Ministry of Energy financed validation report executed by Technical University of Denmark, leading to large scale implementation of demo project. Total plant capex +US$16M Berlin November 10'th 2016 Aalborg CSP A/S 15

16 Combined Heat and Power production Brønderslev CSP INTEGRETED WITH BIOMASS BASED COGENERATED HEAT AND POWER PLANT m 2 CSP-solfangere Heat as primary energyproductio n Electricity produced periodically Berlin November 10'th 2016 Aalborg CSP A/S 16

17 Organic Rankine Cycle ORC Thermal Oil C Hot water 60 0 C Silicon oil Thermal Oil C Hot water 80 0 C Normal production: Heat KJ/kg 4 Heat capacity and pressure in relation to temperature kpa Heat capacity 100 Produce power when the price is high 0 Vapour Presure o C Berlin November 10'th 2016 Aalborg CSP A/S 17

18 Thank you for your attention Jes Donneborg Executiv Vice President

19 EXISTING CONTROL PLANT - SRO Berlin November 10'th 2016 Aalborg CSP A/S 19

20 CONTROL SOLAR PLANT IGSS Berlin November 10'th 2016 Aalborg CSP A/S 20

21 What is CSP? Technology for parabolic through Euro trough, midi Heat transfer fluids: Water(up to 180 C/or 40 bar) Thermical oil (up to 400 C) Malten salt (up to 565 C) 1. Parabolic mirror 2. Vakuum isolated receiver tube 3. Steel Construction 4. Pipe installation Berlin November 10'th 2016 Aalborg CSP A/S 21

22 EURO-TROUGH, MIDI, DESSING Drivers Receiver tube Reflection >94,4% Mirror Pyloner Bearings Solar absorption Thermical loss 95.5% 9.5 % (400 C) Ball joint assemblies / 1 module Alb Aalborg CSP parabolic trough Flex hoses Solar transmission 96.5 % Preasure 40 Bar Temperature 400 C Berlin November 10'th 2016 Aalborg CSP A/S 22

23 FLEKSIBEL Solar Collector (PARABOLIC TROUGH) Solar thermal efficiency >65% Peak optical efficiency >77% 1 row = 124,5 m 415kWp Thermic loss <10% by 400 C <1% by 100 C Berlin November 10'th 2016 Aalborg CSP A/S 23

24 Flat Plate Collectors Dehumidification Berlin November 10'th 2016 Aalborg CSP A/S 24

25 Flat Plate Collectors Stagnation 8 enkelt+ 8 doppelt glas Berlin November 10'th 2016 Aalborg CSP A/S 25

26 Flat Plate Collectors Preassure drop 8 enkelt+ 8 doppelt glas Berlin November 10'th 2016 Aalborg CSP A/S 26