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Self reconfigurable, adaptable power electronics building block (A-PEBB)

專利號
US11888398B2
公開日期
2024-01-30
申請人
GE Energy Power Conversion Technology Limited(GB Warwickshire)
發(fā)明人
Zhi Zhou; Steven Mankevich
IPC分類
H02M3/158; H02M1/00; H02J7/00; H02M7/25
技術(shù)領(lǐng)域
pebb,power,lrus,in,lru,ps,converter,adaptable,or,dc
地域: Warwickshire

摘要

A power conversion system for mobile power generation and support is configured to be adaptable to different, time-varying mission requirements, system statuses, environmental contexts, and for different power sources and power loads. Adaptability includes real-time, on-the-fly adaptation from DC-to-AC, AC-to-DC, AC-to-AC, and DC-to-DC conversion; adaptations from buck conversion to boost conversation; and from current source conversion mode to voltage source conversion mode. In an embodiment, individual internal power stages for one or more power electronics building blocks are equipped with multiple internal current routing switches/contactors. Current flow may be dynamically re-routed along different current paths associated with an H-bridge of each power stage. Alternative current routings allow for the introduction or removal of inductors at critical points along the current path. Such on-the-fly current rerouting, at the power transistor level, enables the adaptability of the power converter. Specific open/closed switch settings and specific current routing configurations are presented.

說明書

Based on the above determinations—available power sources 110.1 and expected, mission-specific loads 110.2—in step 730 the method determine appropriate power conversion requirements for one or more adaptable power converters 500, and for their internal A-PEBB LRU(s) 200.A.

For example, a first mission (at a first point in time) may utilize AC power from a generator to support multiple DC loads, with a lone or primary requirements for AC-to-DC power conversion with low output voltages. At a later point in time, a different mission may only have available DC power (from batteries or solar power, for example) which must support multiple AC and DC loads, and so require system-wide DC-to-AC power conversion with high voltage or current requirements. Based on such assessments, step 730 identifies the contextual, mission specific conversion requirements for the power converter(s) 500 and their internal A-PEBB LRU(s) 200.A.

The method continues with step 740. In step 740, and based on the required, respective power conversion modes RPCM1, . . . , RPCMx for A-PEBB LRU(s) APEBBLRU.1, . . . , APEBBLRU.(x?1), APEBBLRU.x, the method determines the appropriate internal open/closed states for the numerous contactors 350 of specific power stages A-PS.1.1, A-PS.1.2, . . . , A-PS.(x?1). 1, . . . A-PS.(x?1).2, A-PS.x.1, . . . A-PS.x.2. These required states for contactors 350 may be based for example on stored versions of Table Λ 390 and/or Table β 680.

權(quán)利要求

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