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Read the notes carefully. Some of the loads in the table are alternatives; others are maxima, but not expected to be needed in flat-top.
Cryogenic cooling power: Discussion #2925
Primary Heat Transport System - pressure drop and pumping power - HCPB: Discussion #3491
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Since 1 MW of electricity required to run the machine corresponds to 3 MW of fusion power, it's important to assess these loads properly.
Electrical Loads and Power Systems for the DEMO Nuclear Fusion Project (2020) (Note this is an MDPI paper.)
Tiago Pomella Lobo suggests talking to Thomas Franke, and also gave some IDM references:
DEMO_Electrical_Load_List_(ELL)_2NQSAJ_v4_0.xlsx
This is a detailed list of all the loads, but without any justification.
2020 update of the DEMO Steady State Electrical Load List (ELL) BOP-6-T017-D001__EXTRA_-_2020_update_of__2NKF25_v1_1.docx
Explanation of the spreadsheet. Note this dates from 2020.
Load list
Read the notes carefully. Some of the loads in the table are alternatives; others are maxima, but not expected to be needed in flat-top.
Cryogenic cooling power: Discussion #2925
Primary Heat Transport System - pressure drop and pumping power - HCPB: Discussion #3491
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