37results about How to "Maximum output" patented technology

A control system for an in-vehicle solar energy charger, comprising a solar cell panel, a solar energy charger, a starting battery, a power battery and a controller. The solar energy charger, the starting battery and the power battery are electrically connected to the controller respectively. The controller is configured for performing a maximum photovoltaic power tracking algorithm and controlling an output power of the solar energy charger for charging the power battery or starting battery, according to an input power of the solar energy charger.

The invention belongs to the technical field of energy collection, in particular to an MEMS electric field energy collector based on an electret. The MEMS electric field energy collector based on the electret is mainly used for collecting energy of an alternating-current electric field in a space. The MEMS electric field energy collector based on the electret comprises an insulating substrate, a piezoelectric wire, a supporting surface and the electret, wherein the piezoelectric wire is arranged above the insulating substrate in parallel, an electrostatic field composed of the electret adhering to the supporting surface provides appropriate bias for the piezoelectric wire located in the electrostatic field, sensitivity of the piezoelectric wire biased by the electrostatic field to an external electric field is greatly improved, when the piezoelectric wire vibrates due to excitation of the external electric field, a piezoelectric material carries out stress-strain due to stretching or shrinkage so that internal electric charges flow to form electrical signals, and mechanical energy can be converted into electric energy; electric field energy is collected through an external circuit connected with the piezoelectric wire. The MEMS electric field energy collector based on the electret is manufactured through the MEMS micromachining technology, electric field energy in a space is used creatively, and the collector is small in size, convenient to carry and low in cost.

The invention discloses an all-fiber LD-pumped multi-mode optical fiber cascaded Raman random laser, comprising: an LD pumping laser source group, the output end of the LD pumping laser source group is connected to a multi-mode optical fiber combiner, and multiple The output end of the mode fiber combiner is connected to a mode field adapter, the output end of the mode field adapter is connected to a fiber grating string, the output end of the fiber grating string is connected to a multimode fiber, and the input and output fibers of the multimode fiber combiner have the same core diameter and The fiber type at the input end is the same as the output fiber type of the LD pump laser source, the fiber type at the input end of the mode field adapter is the same as that at the output end of the multimode fiber combiner, and the fiber type at the output end of the mode field adapter and the fiber grating string are the same as those of the multimode fiber same type. Using a specific matching multimode fiber combiner and a matching mode field adapter, the matching fiber grating series can be cascaded to obtain a cascaded Raman random laser with high beam quality and high power.

The invention discloses a turbo type pressurizing device of a disc granulator. An inner cylinder is arranged in a shell; the upper part of one side of the inner cylinder is communicated with a water inlet pipe; the bottom of the other side of the inner cylinder is communicated with a water outlet pipe; a motor is arranged below the inner cylinder; the rotating shaft of the motor is connected with a turbine rotating shaft; a first turbine, a first rotating turbine, a second turbine and a second rotating turbine are arranged on the turbine rotating shaft from bottom to top; the first and second turbines are fixedly connected with the turbine rotating shaft; and the first and second rotating turbines sleeve the outside of the turbine rotating shaft through a rotating sleeve and are not connected with the turbine rotating shaft. After the turbo type pressurizing device is arranged at the disc granulator, the problem of water pressurizing during fertilizer granulation can be solved; the processes of granulating and water supply and spraying are integrated; and the dust is proofed, the loss of raw materials is reduced and the environment is effectively protected.

The invention provides a design scheme of a sun-tracking solar quadrotor aircraft. The design scheme applies a sun-tracking mechanism and a solar cell module capable of two-axis rotation to a traditional quadrotor aircraft. Using the tracking sensor and the real-time adjustment of the motor, the solar cell module can supply energy for a long time and output solar energy to the maximum extent. This solution can solve the fatal flaw of the traditional quadrotor aircraft, which is short in the air, so that the application advantages of the quadrotor aircraft can be fully utilized. At the same time, the use of two-axis motors can realize the solar cell module to rotate to the best position at one time, thereby saving the energy of the quadrotor aircraft system. The application of the maximum power tracker can make the solar cell module always work at the maximum power point, and then the maximum Maximize the use of solar energy.