Connector Thermal Element for EV Charging Current Management

The patent changes the thermal parameters of the contact element by integrating a heat capacity element, allowing the same physical dimensions to handle higher currents without proportional increases in weight. The heat capacity element absorbs thermal energy, enabling the contact element to maintain lower operating temperatures despite high current loads.

The heat capacity element acts as an intermediary between the contact element and the thermal environment. It absorbs excess heat generated during high-current charging operations, preventing direct thermal transfer to the contact element structure and enabling higher current capacity without increasing weight.

The patent combines the heat capacity element with the contact element into a single integrated component. This merging eliminates the need for separate thermal management components, reducing overall manufacturing complexity and cost while enabling higher current-carrying capacity.

By changing the thermal parameters through integration rather than increasing physical dimensions, the patent avoids the cost penalties associated with larger materials, manufacturing, and assembly. The integrated design maintains cost-effectiveness while achieving higher power capability.

The heat capacity element provides passive thermal management by automatically absorbing excess heat through its thermal mass. This self-service mechanism eliminates the need for active cooling systems with moving parts, control electronics, and external power sources, thereby reducing device complexity while maintaining temperature control.

The patent converts the harmful effect of heat generation into a beneficial thermal management solution. The heat capacity element absorbs the thermal energy that would otherwise be harmful, transforming the heat problem into a controlled thermal storage function without requiring active cooling intervention.