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eLibrary > PD IEC TR 62933-200:2021 Electrical energy storage (EES) systems - Unit parameters and testing methods. Case study of electrical energy storage (EES) systems located in EV charging station with PV >

PD IEC TR 62933-200:2021 Electrical energy storage (EES) systems - Unit parameters and testing methods. Case study of electrical energy storage (EES) systems located in EV charging station with PV, 2021

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PD IEC TR 62933-200:2021 Electrical energy storage (EES) systems - Unit parameters and testing methods. Case study of electrical energy storage (EES) systems located in EV charging station with PV, 2021

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CONTENTS
FOREWORD
1 Scope
2 Normative references
3 Terms, definitions and abbreviated terms [Go to Page]
3.1 Terms and definitions
3.2 Abbreviated terms
4 Overview of EES systems located in EV charging stations with PV power generation [Go to Page]
4.1 General
4.2 Application scenarios
4.3 System communication architecture
4.4 Duty cycle analysis
Figures [Go to Page]
Figure 1 – Example of communication system architectureof PV-EES-EV charging station
5 Project of commercial PV-EES-EV charging station based on common DC bus [Go to Page]
5.1 Case project overview
Figure 2 – System structure for the case of a commercial PV-EES-EVcharging station based on common DC bus
5.2 System operation and control [Go to Page]
5.2.1 Operation data analysis
Figure 3 – EV load and PV power for the case of a commercialcharging station based on common DC bus
Figure 4 – TOU and charging service prices for the case of a commercialcharging station based on common DC bus [Go to Page]
5.2.2 Operation mode analysis
Figure 5 – Operating power in low- and medium-price periodsfor the case of a commercial charging station based on common DC bus
5.3 Summary
Figure 6 – Operating power in high-price periods for the case of a commercial charging station based on common DC bus
Figure 7 – EES system duty cycle for the case of a commercialcharging station based on common DC bus
Tables [Go to Page]
Table 1 – Time division of EES system’s operation modes in the caseof a commercial charging station based on common DC bus
6 Project of commercial PV-EES-EV charging station based on common AC bus [Go to Page]
6.1 Case project overview
Figure 8 – Daily electricity flow for the case of a commercialcharging station based on common DC bus
6.2 System operation and control [Go to Page]
6.2.1 Operation data analysis
Figure 9 – System structure for the case of a commercial PV-EES-EVcharging station based on common AC bus [Go to Page]
6.2.2 Operation mode analysis
Figure 10 – EV load and PV power for the case of a commercialcharging station based on common AC bus
Figure 11 – Operating power in power smoothing mode for the case of a commercial charging station based on common AC bus
Figure 12 – Operating power in peak shaving mode forthe case of a commercial charging station based on common AC bus
6.3 Summary
Figure 13 – Operating power in the TOU price arbitrage mode forthe case of a commercial charging station based on common AC bus
Table 2 – Time division of the EES system’s operation modes for the case of acommercial charging station based on common AC bus
Figure 14 – EES duty cycle for the case of a commercial chargingstation based on common AC bus
Figure 15 – Daily electricity flow for the case of a commercialcharging station based on common AC bus
7 Project of business PV-EES-EV charging station based on common DC bus [Go to Page]
7.1 Case project overview
Figure 16 – System structure for the case of a business PV-EES-EVcharging station based on common DC bus
7.2 System operation and control [Go to Page]
7.2.1 Operation data analysis
Figure 17 – PV power, EV load and output power for the caseof a business charging station based on common DC bus
Figure 18 – TOU and charging service prices for the caseof a business charging station based on common DC bus [Go to Page]
7.2.2 Operation mode analysis
Figure 19 – Operating power in equivalent load tracing mode for thecase of a business charging station based on common DC bus
Figure 20 – Operating power in TOU price arbitrage mode for the case of a business charging station based on common DC bus
7.3 Summary
Figure 21 – Operating power in demand response mode for thecase of a business charging station based on common DC bus
Figure 22 – Operating power involved in TOU arbitrage and demand responsefor the case of a business charging station based on common DC bus
Figure 23 – EES duty cycle for the case of a business charging station based on common DC bus
Figure 24 – Daily electricity flow for the case of a business chargingstation based on common DC bus
8 Project of business PV-EES-EV charging station based on common AC bus [Go to Page]
8.1 Case project overview
8.2 System operation and control [Go to Page]
8.2.1 Operation data analysis
Figure 25 – System structure for the case of a business PV-EES-EVcharging station based on common AC bus [Go to Page]
8.2.2 Operation mode analysis
Figure 26 – EV load and PV power for the case of a businesscharging station based on common AC bus
Figure 27 – Simulation results for operation strategy 1 for the case of a business charging station based on common AC bus
Figure 28 – Simulation results for operation strategy 2 for thecase of a business charging station based on common AC bus
8.3 Summary
Figure 29 – Simulation results for operation strategy 3 for thecase of a business charging station based on common AC bus
Figure 30 – Three operation strategies and resultant operation modes of the EES system for the case of a business charging station based on common AC bus
9 Recommendation for operation modes of EES systems located in EV charging station with PV panels [Go to Page]
Table 3 – Time division of EES operation modesfor the case of a business charging station based on common AC bus
Table 4 – Recommended operation modes of the EES system in various installation scenarios of a PV-EES-EV charging station
Annex A (informative)Duty cycles of the EES systems located in EV charging station with PV [Go to Page]
A.1 General
A.2 Project of commercial PV-EES-EV charging station based on common DC bus
Table A.1 – Charging-discharging power of EES system for the case of a commercial charging station based on common DC bus (per-unit value)
A.3 Project of commercial PV-EES-EV charging station based on common AC bus
Table A.2 – Charging-discharging power of EES system for the case of a commercialcharging station based on common AC bus (per-unit value)
A.4 Project of business PV-EES-EV charging station based on common DC bus
Table A.3 – Charging-discharging power of EES system for the case of a businesscharging station based on common DC (per-unit value)
Bibliography [Go to Page]

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PD IEC TR 62933-200:2021 Electrical energy storage (EES) systems - Unit parameters and testing methods. Case study of electrical energy storage (EES) systems located in EV charging station with PV, 2021

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