8results about How to "Improve waste heat utilization efficiency" patented technology

The present application belongs to the technical field of thermal management, and discloses a thermal management system, a control method, an electronic device, a medium and a vehicle. The thermal management system comprises a battery circuit, an electric drive circuit and a heat pump circuit. The electric drive circuit is coupled to the battery circuit, and the heat pump circuit is coupled to the electric drive circuit and the battery circuit. The control method of the thermal management system is used for controlling the above thermal management system. The electronic device can execute the above control method. The medium stores a program that can execute the above control method. The vehicle comprises the above thermal management system. In the thermal management system of the embodiment, the heat generated by the electric drive assembly and the battery during operation can be fully utilized.

The present application relates to the technical field of mine exhaust heat utilization, and particularly relates to a mine exhaust heat deep utilization device and method. The present application collects mine exhaust heat by means of working medium in the exhaust heat collection module containing baffle, and transmits the working medium to the preheating module containing heating module to preheat the new air into the well, collects the working medium temperature, exhaust temperature and air pressure differential pressure of the inlet and outlet of the exhaust heat collection module and preheating module through the exhaust heat utilization control system, analyzes and obtains the effective utilization parameters of exhaust heat, adjusts the water pump power and fan power, and monitors the working medium temperature of the inlet of the preheating module to control the start and stop of the heating module. The present application dynamically adjusts the water pump power and fan power by analyzing the relative temperature change of the working medium and gas in the device, combining the temperature difference between the working medium, fully utilizes the mine exhaust heat, and monitors the working medium temperature to control the added heating module to prevent the freezing of the ventilation system.

The invention provides an ecological industrial park solid waste collaborative resource treatment system, and relates to the technical field of solid waste treatment, the ecological industrial park solid waste collaborative resource treatment system comprises a cross-subject collaborative architecture, an intelligent scheduling module and a full-chain resource path unit, the cross-subject collaborative architecture is a three-level architecture of center overall planning, node execution and cross-region linkage, comprising a park-level collaborative center, a plurality of enterprise end processing nodes and a cross-park linkage interface. According to the invention, by constructing a three-level cross-subject collaborative architecture of the park-level collaborative center, the enterprise-side disposal node and the cross-park linkage interface, the administrative and technical barriers between the park and the enterprises are broken, and scattered enterprise solid waste disposal demands and disposal capabilities are integrated into a uniform resource pool; accurate allocation and complementary utilization of solid waste in different enterprises and different parks are achieved, the problem that solid waste accumulation of a single enterprise is difficult to treat is solved, and resource waste caused by repeated construction of disposal facilities of multiple enterprises is avoided.

The utility model discloses a flue type waste heat recycling device, which belongs to the field of waste heat recovery and comprises a flue connecting pipe, a switch component arranged at the right end of the flue connecting pipe, a dust backflow prevention component arranged at the right end of the switch component, and a filter component arranged at the right end of the dust backflow prevention component. According to the technical scheme, the heat storage device is characterized in that reverse protruding blocks which are distributed in a staggered mode are arranged in a conveying pipe, dust backflow is effectively prevented, the situation that dust flows back to block a flue connecting pipe is avoided, a large-hole filtering plate and a small-hole filtering plate are sequentially arranged in the filtering assembly in a matched mode, and the heat storage assemblies are arranged at the outer end of the filtering assembly in a matched mode. The waste heat is filtered in a classified mode; meanwhile, the contact area with the waste heat is increased through spiral heat conduction pieces in the heat storage assembly, meanwhile, a circulation loop is formed through a backflow pipe, the waste heat circulates in the device, the heat storage assembly can be independently taken down to be used at other places, and waste heat recycling is effectively achieved.

This invention relates to the field of thermal energy storage technology, and more particularly to a dynamic thermal energy storage and heating regulation system and method based on energy efficiency optimization. This invention collaboratively models multiple parameters such as server load rate, cooling water return temperature, and heating-side supply and return water temperatures to convert instantaneous surplus heat into dispatchable thermal storage. By releasing the stored heat and adjusting the proportion of auxiliary heat sources, the temperature difference between the heating-side supply and return water is stabilized within the target range, avoiding room temperature deviations and energy efficiency deterioration caused by heat source fluctuations. Simultaneously, closed-loop corrections of the charging and releasing heat power, heating demand range, and index weights allow the system to gradually approach the balance point of minimum energy consumption and optimal thermal comfort during long-term operation. This significantly improves waste heat utilization and reduces unit heating energy consumption while ensuring the thermal comfort of the building complex, effectively solving the problems of insufficient heating stability and low waste heat utilization efficiency caused by asynchronous heating regulation and waste heat recovery responses.

The utility model discloses sludge low-temperature drying and dewatering coupling equipment based on heat pump waste heat recovery, which belongs to the technical field of sludge drying treatment and comprises a drying box, a coupling box is fixedly connected to one side of the drying box, a partition plate is mounted in the middle of the inner wall of the coupling box, and a gas-liquid separator is fixedly connected to the top of the partition plate. Four heat conduction pipes are installed on one side of the gas-liquid separator, and a heat pump body is fixedly installed at the position, located at the bottom of the partition plate, of the coupling box. According to the sludge low-temperature drying and dewatering coupling equipment based on heat pump waste heat recovery, a first air pump, a heat pump body, a heat conduction pipe and an air outlet seat are arranged, and air enters a gas-liquid separator through an air inlet seat and an air guide pipe, so that the air can penetrate through the heat conduction pipe at the top of the gas-liquid separator; and residual heat in the gas is transferred into the drying box through the heat conduction pipe to be recycled, so that the heat is recycled, and the waste heat utilization efficiency of the equipment is improved.

The utility model discloses a pressure stabilizing screw air compressor and a waste heat recovery device thereof. The pressure stabilizing screw air compressor comprises an air filter, an air inlet control valve, a motor, a screw air compressor, an oil-gas separator, a pressure stabilizing device, a gas waste heat recovery device, a liquid waste heat recovery device and a user side device. Therefore, the pressure stabilizing device is arranged to control the air quantity input into the screw air compressor, so that the air quantity achieves a stable effect, the problem that the abrasion loss of parts of an air compressor unit is increased due to frequent load increase and decrease caused by unstable air quantity is solved, and the service life of the air compressor is prolonged. In addition, by arranging a gas and liquid waste heat recovery device, heat of high-temperature gas and heat of high-temperature liquid are recycled, and therefore the recovery efficiency is improved.

The application provides a control system and control method for whole vehicle thermal management of a new energy bus, and relates to the technical field of new energy bus thermal management. The system comprises a motor electric control cooling unit, a battery water cooling and water heating unit, a passenger cabin electric water heating unit, a passenger cabin electric cooling and heating air conditioning unit and an energy management unit. The energy management unit comprises a fluid pipeline, a valve assembly and a controller. The fluid pipeline is in communication with the motor electric control cooling unit, the battery water cooling and water heating unit, the passenger cabin electric water heating unit and the passenger cabin electric cooling and heating air conditioning unit. The valve assembly is arranged on the fluid pipeline. The controller is used for receiving running state parameters and temperature parameters uploaded by each unit, and outputting a control signal according to the obtained parameters to control the valve assembly to switch the communication state of the fluid pipeline, realize heat transfer or isolation between each unit and achieve the purpose of energy saving.