Photovoltaically powered electrically heated vibrating mobile bed reactor, system and method

By combining an inclined heat-conducting material plate with an eccentric wheel vibration mechanism in a vibrating moving bed reactor, and with an intelligent control system, the problems of feed splashing, discharge blockage, and poor energy matching were solved, achieving a stable and efficient photovoltaic power supply heating effect.

CN122643965APending Publication Date: 2026-08-28XI AN JIAOTONG UNIV +1
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Patent Information

Application Number
CN202610792647.5
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Priority Date
2026-05-18
Filing Date
2026-06-03
Publication Date
2026-08-28

AI Technical Summary

Technical Problem

Traditional vibrating moving bed reactors suffer from problems such as feed splashing and leakage, discharge blockage at low flow rates, and poor energy matching, which are particularly difficult to solve effectively when photovoltaic power supply is limited.

Method used

The inclined heat-conducting material plate, combined with a fixed support shaft and an eccentric wheel vibration mechanism, is designed as a variable amplitude mode with the front stationary and the rear moving. The photovoltaic power supply is dynamically adjusted by an intelligent control system to adapt to power fluctuations, thereby achieving stable feeding, preventing blockages, and optimizing energy matching.

Benefits of technology

Significantly reduces feed splashing and loss, prevents discharge blockage, improves energy matching, ensures product quality uniformity, and extends equipment life.

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Abstract

The application discloses a kind of electric heating vibration mobile bed reaction system and method based on photovoltaic energy supply, including reaction cavity, and the heat-conducting load plate of inclination arrangement is movably installed in reaction cavity;The lower surface of heat-conducting load plate is fixedly connected with alternating current heating assembly;Reaction cavity upper portion is provided with feed inlet and exhaust port, bottom is provided with discharge port, the position of reaction cavity inside close to feed inlet is equipped with the fixed support shaft that spans the width of reaction cavity, and both ends of fixed support shaft are fixed to the inner wall of reaction cavity;The feed end of heat-conducting load plate corresponds with feed inlet, and feed end is equipped with shaft sleeve structure, and rotatably set on the fixed support shaft by shaft sleeve structure, form with fixed support shaft as center rotating connection;The discharge end of heat-conducting load plate is free end, and discharge end corresponds with discharge port, and eccentric wheel vibrating mechanism is equipped below it, and heat-conducting load plate is periodically oscillated around the fixed support shaft under the drive of the eccentric wheel vibrating mechanism.
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