6 results about "Resonant energy" patented technology

The application discloses a high-performance p-type GeTe-based thermoelectric material with introduced resonance energy level and a preparation method thereof, and belongs to the field of new energy materials. 0.85‑y Sb 0.1 Pb 0.05 Te-x%Mo; the method comprises the following steps: I, weighing; II, sealing; III, heating, melting and annealing treatment; and IV, sintering. The application is used for the high-performance p-type GeTe-based thermoelectric material with introduced resonance energy level and the preparation thereof.

The application relates to the field of smart grids, and discloses a photovoltaic distribution box integrated module for a charging pile group, which comprises a photovoltaic input, a charging output interface, a direct-current bus and a bidirectional power disturbance unit, cooperates with an internal heat conduction flow channel and a connector preheating cavity. In an engineering mode, a control unit drives the disturbance unit to generate internal power circulation in the direct-current bus, realizes virtual full-load heating, verifies construction quality by comparing the drift degree of cold and hot state impedance characteristic fingerprints, and solves the problem of no-car detection. In a running mode, the system uses the consistency of real-time impedance and solidified fingerprints as the basis for physical layer safety locking to prevent illegal tampering; meanwhile, based on a virtual resistance control law, the disturbance unit is driven to actively absorb wideband resonant energy. The application effectively realizes self-loading test of power distribution facilities, hardware-level safety access protection and active management of power quality.

The application discloses a method and device for transformer power frequency resonance energy collection in a power system, designs a cantilever beam type multi-tunnel rolling type friction nanogenerator energy collection device, and can effectively collect vibration energy generated by transformer power frequency resonance in the power system. The collected energy is effectively stored, and then is used for power supply of a sensor node and real-time monitoring of an operation state of the transformer. This provides a new scheme for stable operation of a smart grid and maintenance of long-distance power transmission.

This invention relates to the field of electronic circuit technology, specifically to a passive network structure for suppressing the influence of inductor self-resonance. The structure includes: a large inductor with a resistor connected in parallel across its terminals and a small inductor connected in series; the resistor is used to dissipate resonant energy, and the small inductor is used to adjust the resonant frequency; the large inductor, resistor, and small inductor are sequentially connected via a connection structure; the connection structure includes a first connection structure and a second connection structure; the first connection structure connects the large inductor and the resistor, and the second connection structure connects the large inductor and the small inductor. This invention features a simple structure, low power consumption, and strong adaptability, making it suitable for high-frequency communication, power supply filtering, and other applications requiring high inductor performance.

The application discloses a vehicle charging method, a vehicle, a system and a storage medium. The method comprises the following steps: in response to controlling a direct-current voltage converter to enter a stable working state based on pulse energy, sending a communication message to a ground end; in response to the ground end confirming that the identity of the vehicle-mounted end is legal and that the battery management system is in a normal working state according to the communication message, receiving pre-charging coupling energy output by the ground end through a primary side coil via a secondary side coil; determining whether the battery management system and the power battery are charging ready based on the pre-charging coupling energy; in response to the battery management system and the power battery being charging ready, sending a charging readiness confirmation signal to the ground end; receiving high-frequency resonant energy sent by the ground end based on the charging readiness confirmation signal, and charging the power battery by using the high-frequency resonant energy. The application solves the technical problem of poor applicability of the vehicle charging method provided in the related art.

This invention relates to the field of vibration control technology and discloses a structural coupling vibration isolation system and method for cleanrooms. The system is installed on the floor slab of a building structure and includes an isolation support frame system, a quasi-zero stiffness main support unit, a segmented viscous damper, and a nonlinear tuned mass damping module. The isolation support frame is lowered in the middle to form a suspended foundation pit. The quasi-zero stiffness unit effectively isolates external low-frequency vibrations. The segmented damper achieves low-resistance, high-energy-dissipation limiting for micro-vibrations and large displacements. The equipment base acts as a tuned mass block to adaptively absorb internal resonant energy. This invention, by constructing a coordinated structural coupling vibration control system, can simultaneously achieve ultra-low frequency vibration isolation, wideband adaptive vibration absorption, and seismic safety protection, making it suitable for micro-vibration control scenarios of precision equipment in semiconductor cleanrooms.