Abstract
FIELD: aviation technology.
SUBSTANCE: aviation integrated electric power plant contains a battery pack made using superconducting materials with the possibility of cryocooling a switchgear, connecting cables, at least one engine, a cryo-system with at least one cryogenic cooling circuit for components of the installation made using superconducting materials interconnected in a certain way.
EFFECT: total weight of the aviation integrated electric power plant is reduced and stable operation of the plant is achieved by reducing the thermal load on the cryogenic system of the plant and eliminating unused cryogenic pumps.
SUBSTANCE: aviation integrated electric power plant contains a battery pack made using superconducting materials with the possibility of cryocooling a switchgear, connecting cables, at least one engine, a cryo-system with at least one cryogenic cooling circuit for components of the installation made using superconducting materials interconnected in a certain way.
EFFECT: total weight of the aviation integrated electric power plant is reduced and stable operation of the plant is achieved by reducing the thermal load on the cryogenic system of the plant and eliminating unused cryogenic pumps.
| Translated title of the contribution | Aviation integrated electric power plant |
|---|---|
| Original language | Russian |
| Patent number | RU2768988C1 |
| Priority date | 22/06/21 |
| Filing date | 22/06/21 |
| Publication status | Published - 22 Jun 2021 |
Keywords
- cryocooling
- superconducting materials
- thermal load