ENERGYLAB NORDHAVN DONG ENERGY PERSPECTIVE

Transkript

1 ENERGYLAB NORDHAVN DONG ENERGY PERSPECTIVE BATTERIER I DISTRIBUTIONSNETTET Daniel Sandermann Senior Strategisk Analytiker Radius Business Management Daniel Sandermann Jensen Analyst Strategic Grid Analysis

2 Executive summary Som en del af EnergyLab Nordhavn (ELN) projektet, vil Radius installere et Li-ion baseret Battery Energy Storage System (BESS) med en 630kW / 460kWh kapacitet, som vil blive anvendt til at udskyde anlægsinvesteringer og frekvensregulering. BESS projektets tidslinje: Q1. Q2. Q3. Q4. Q1. Q2. Q3. Q4. Q1. Q2. Q3. Q4. Q1. Q2. 1 Indledende analyser 2 Installering af BESS 3 BESS demonstrationer 2

3 Energylab Nordhavn I løbet af de næste 50 år, vil Nordhavn blive udbygget til en ny bydel med beboere og arbejdspladser Ambitionen er at blive et eksempel på en fremtidig bæredygtig by og samtidig bidrage til Københavns Kommunes mål om at blive carbon-neutral i 2025 Dette kræver innovation i byplanlægningen - ikke mindst i planlægningen af energiinfrastruktur Projekt DNA: 147 mio DKK Stort EUDP tilskud 13 partnere 4 år Slutdato April 2019 Radius nøgletal: 15 mio DKK 6 mio DKK til hardware (BESS) 40% tilskud fra EUDP 3

4 BESS installation i Nordhavn Skematisk overblik over BESS installation 4

5 Energy Storage Applications - throughout the energy-value chain Production Renewables TSO DSO End-User Electric energy time-shift (arbitrage) Capacity firming Frequency Regulation Retail electric energy timeshift Electric supply Curtailment minimization Transmission Power reliability Black start Renewable generation flexibility quality End-user peak shaving Reserve Intentional islanding Power quality Source: Based on data from EPRI, IRENA, DOE, and IEA 5

6 Energy Storage Applications - internal DSO business Production Renewables TSO DSO End-User Electric energy time-shift (arbitrage) Capacity firming Frequency Regulation Retail electric energy timeshift Electric supply Curtailment minimization Transmission Power reliability Black start Renewable generation flexibility quality End-user peak shaving Reserve Intentional islanding Power quality Source: Based on data from EPRI, IRENA, DOE, and IEA 5

7 Energy Storage Applications - market related synergies Production Renewables TSO DSO End-User Electric energy time-shift (arbitrage) Capacity firming Frequency Regulation Retail electric energy timeshift Electric supply Curtailment minimization Transmission Power reliability Black start Renewable generation flexibility quality End-user peak shaving Reserve Intentional islanding Power quality Source: Based on data from EPRI, IRENA, DOE, and IEA 5

8 Energy Storage Applications - renewable enabling synergies Production Renewables TSO DSO End-User Electric energy time-shift (arbitrage) Capacity firming Frequency Regulation Retail electric energy timeshift Electric supply Curtailment minimization Transmission Power reliability Black start Renewable generation flexibility quality End-user peak shaving Reserve Intentional islanding Power quality Source: Based on data from EPRI, IRENA, DOE, and IEA 5

9 Energy Storage Applications - ELN BESS Production Renewables TSO DSO End-User Electric energy time-shift (arbitrage) Capacity firming Frequency Regulation Retail electric energy timeshift Electric supply Curtailment minimization Transmission Power reliability Black start Renewable generation flexibility quality End-user peak shaving Reserve Intentional islanding Power quality Source: Based on data from EPRI, IRENA, DOE, and IEA 5

10 NPV mdkk (2016) NPV mdkk (2016) MW Hz Kombinering af applikationer styrker business casen for energilagring Udskydelse af Anlægsinvesteringer (UAI) UAI + Frekvensregulering 2 50,05 1,5 Kapacitetsgrænse 50 FNR 1 49,95 0,5 460kWh 49,9 49,85 FDR 0 49,8 - (0,50) (1,00) (1,50) (2,00) (2,50) (3,00) (3,50) Udskydelse i år 2,00 1,50 1,00 0, Udskydelse i år 6

11 Tak for jeres tid! Daniel Sandermann Senior Strategisk Analytiker Radius Business Management