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Last updated February 1, 2026
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Heat pump thermal management architecture: BYDRecent Research Landscape

Inefficient thermal regulation in mobile environments leads to excessive energy drain and inconsistent cooling. These innovations utilize specific capillary tube geometries to stabilize refrigerant flow and maintain temperature precision in vehicle-integrated systems.

What technical problems is BYD addressing in Heat pump thermal management architecture?

Inadequate cabin and battery thermoregulation

(71)evidences

Excessive energy consumption for heating and cooling reduces electric vehicle driving range. Minimizing thermal energy waste extends battery life and operational autonomy.

Inadequate mobile food preservation

(38)evidences

Standard vehicle cabins lack integrated, energy-efficient cooling environments for perishable storage. Addressing this prevents food spoilage and enhances passenger utility during long-duration travel.

Inadequate cabin temperature regulation

(21)evidences

Standard thermal systems fail to maintain precise temperature control across integrated storage and cabin environments. Resolving this prevents thermal instability in multi-zone vehicle applications.