2results about How to "Go mobile" patented technology

This utility model relates to the field of mobile energy storage vehicle technology, specifically a mobile energy storage vehicle with temperature control function. It includes an adapter box, a main control box, a power module, an EV charging gun, a mobile frame, an energy storage battery, and a temperature control component. The adapter box, main control box, power module, EV charging gun, and energy storage battery are all mounted on the top of the mobile frame, and are electrically connected to the energy storage battery. This utility model achieves mobile charging equipment, flexibly meeting the charging needs of scenarios such as old residential areas, highways, and temporary operations, solving the problem of fixed charging pile layout limitations. Its temperature control component monitors the energy storage battery temperature in real time through a thermal management driver, driving the coolant to circulate between the battery cooling plate, heat exchanger, and coolant tank to achieve dynamic heating or cooling, avoiding abnormal temperature affecting battery charging and discharging efficiency and safety. Compared with traditional cooling methods, it is more efficient and uniform.

This invention relates to the field of hydrogen energy production and internal combustion engine power supply technology, specifically to an integrated power supply technology based on weak electric excitation and electron double recombining mechanism, which enables instantaneous hydrogen production upon water addition, simultaneous hydrogen storage, and direct power supply to the internal combustion engine. This technology belongs to the interdisciplinary field of new energy and power systems. Currently, hydrogen energy production, storage, and power supply technologies worldwide suffer from significant technological limitations. This invention abandons the traditional hydrogen production catalytic mechanism and innovatively employs a weak electric excitation + electron double recombining physical mechanism: using a weak electric field (low voltage, low current) as the excitation source, it acts on a graphene-based lithium-potassium composite medium with a slightly higher potassium content than lithium. Through a weak electric field, a double recombining reaction of electrons occurs within the medium, generating a polar intermediate. Hydrogen is directly produced by decomposing water without the need for high temperature, high pressure, or strong electricity, while simultaneously achieving synchronous in-situ hydrogen storage. The hydrogen can be directly supplied to the internal combustion engine for combustion, forming a complete closed-loop power supply system.