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BSI PD IEC TR 62933-4-200:2024

BSI PD IEC TR 62933-4-200:2024

$167.15

Electrical Energy Storage (EES) Systems – Guidance on environmental issues. Greenhouse gas (GHG) emission assessment by electrical energy storage (EES) systems

Published By Publication Date Number of Pages
BSI 2024 36
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PDF Catalog

PDF Pages PDF Title
2 undefined
4 CONTENTS
6 FOREWORD
8 1 Scope
2 Normative references
3 Terms and definitions
9 4 General
10 Figures
Figure 1 – Actions to take against frequency fluctuation (short duration)
12 5 Current practices of EES systems usage in relation to GHG emissions reduction
5.1 General
5.2 Korea case (KR)
5.2.1 Case name
5.2.2 Overview
13 5.2.3 View points
Figure 2 – Current FR EES sites in Korea
Figure 3 – FR EES system commercial operation
14 5.2.4 Economics
5.2.5 FR EES systems GHG emissions reduction calculation formula
15 5.2.6 GHG emissions reduction
Table 1 – Example of the power generation sources for each fuel source
16 Figure 4 – Data of loads for every 5 min during the first week of April (one week)
Figure 5 – Frequency scenario at intervals of 5 min (Case 1)
Figure 6 – Frequency scenario at intervals of 5 min (Case 2)
17 Figure 7 – FR EES system operation algorithm in the normal status
Figure 8 – EES system charging/discharging scenario at intervals of 5 min (Case1)
18 Figure 9 – EES system charging/discharging scenario at intervals of 5 min (Case2)
19 5.3 Cases in Japan (JP)
5.3.1 Case name
5.3.2 Overview of the case
5.3.3 Utilization of conventional BESS
20 5.3.4 Advanced use of BESS
Figure 10 – Application of behind the meter
Figure 11 – Problems caused by large-scale penetration of renewable energy
21 5.3.5 Application example on the grid side
Figure 12 – Background of BESS utilization in the power system
22 Figure 13 – BESS for reducing grid frequency changes at Nishisendai substation (S/S)
Figure 14 – Large BESS demonstration at Minamihayakita substation (S/S)
23 5.3.6 Application example on the demand side
Figure 15 – Energy shift demonstration by large BESS at Buzen battery substation (S/S)
Figure 16 – Role of aggregator for demand response (DR)
24 5.3.7 Examples of consideration of GHG reduction by EES systems
Figure 17 – Virtual power plant (VPP) demonstration example
27 5.3.8 Multiple use of BESS
5.4 Cases in Australia (AU)
5.4.1 Case name
5.4.2 Overview of the case
Figure 18 – High added-value of a BESS
28 5.4.3 The NSW energy programs
31 5.4.4 Hornsdale Power Reserve
5.4.5 Examples of consideration of GHG reduction by EES
6 Example methods for estimating GHG reduction
6.1 General
Table 2 – Hornsdale Power Reserve
32 6.2 Estimation method of green house gas reduction for EES systems based on a use case [17]
6.3 Environmental and economic evaluation of the introduction of CO2 reduction surcharge and storage battery considering the energy chain [18]
33 Annex A (informative)Template for related publications and current practices
A.1 General
A.2 Related publication title (who, organization, YYYY)
A.3 Current practices of EES systems usage in relation to GHG emissions reduction
34 Bibliography

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BSI PD IEC TR 62933-4-200:2024
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