194 results about "Water source heat pump" patented technology

The invention belongs to the technical field of water source heat pump units, and particularly relates to a self-checking method of a vortex type water source heat pump unit, which comprises the following steps: 1, controlling a bypass valve to open according to a set period and driving a sampling pump through a controller in a detection part on the water source heat pump unit, and introducing a water source sample into a sampling tank in the detection part from a main pipeline, and the controller is electrically connected with a built-in control module of the detection component through an RS485 bus so as to transmit instructions. According to the self-checking method of the vortex type water source heat pump unit, by arranging the self-checking method of the vortex type water source heat pump unit, water quality self-checking can be conducted on the water source heat pump unit automatically and regularly, the water quality is detected through a pH sensor, a turbidimeter, a conductivity meter and a metal ion detector, the weight is dynamically adjusted through water sources, a segmented normalization algorithm is adopted, and the self-checking accuracy of the vortex type water source heat pump unit is improved. And the misjudgment problem of adapting to all water sources according to a fixed standard is avoided.

The invention relates to the technical field of energy conversion, and discloses a cascade energy utilization system, a scheduling control method and device, equipment and a medium. The system comprises a photovoltaic power generation module, an electric heater, a hot molten salt tank, a cold molten salt tank, a steam generator, a primary heat exchanger, a secondary heat exchanger, a first water source heat pump unit, a second water source heat pump unit, a plurality of valves and a control module, wherein the valves comprise a first valve, a second valve, a third valve, a fourth valve, a fifth valve, a sixth valve and a seventh valve. The system provided by the invention aims at an energy system of a sewage treatment plant, high photovoltaic abandoned light, low efficiency of heat pumps, waste heat waste and island operation pain points, depends on photovoltaic energy, fused salt heat storage, a two-stage heat exchanger, double heat pumps and a dynamic control framework, stores photovoltaic energy by utilizing a fused salt heat storage system, preheats sewage through the two-stage heat exchanger, improves COP of the heat pumps, and reduces the energy consumption of the heat pumps. Waste heat is fully utilized, and dependence on a power grid is reduced.

The invention relates to the technical field of data processing, in particular to a water source heat pump air conditioning system emission reduction data evaluation method and system, and the method comprises the steps of data acquisition and processing, data complementation, reference scene modeling and simulation, actual emission calculation, emission reduction calculation and analysis, full life cycle emission calculation and result output. According to a traditional full-life-cycle evaluation method, specific resource conditions, environment cost, policy intensity and other regional factors of a project location are ignored, so that an evaluation result is lack of regional guiding significance; according to the method, a regional influence weight adjustment model constructed based on a multi-layer perceptron neural network is introduced, differential parameters such as underground water recharge cost, pollution control cost, recovery industry level and carbon policy intensity of a project location are taken as input, and weight coefficients of all life cycle stages are dynamically calculated; the evaluation result can dynamically reflect where emission reduction is implemented, the value is higher, and a more accurate scientific basis is provided for differentiated decisions of different areas.

The invention relates to the technical field of water source heat pumps, in particular to a water source heat pump pretreatment device for a sewage plant, which comprises a sewage guide cylinder, a filter screen, a garbage self-cleaning mechanism, a linkage mechanism and a limiting frame, the sewage guide cylinder for guiding sewage is of an L-shaped structure, and the filter screen is fixed in a vertical cavity of the sewage guide cylinder; and the garbage self-cleaning mechanism is arranged at the turning point of the sewage guide cylinder. According to the water source heat pump pretreatment device, two core defects of the water source heat pump pretreatment device are effectively overcome, firstly, the linkage mechanism driven by water flow impact drives the garbage self-cleaning mechanism to realize online cleaning of the filter screen, so that the filtering efficiency can be always maintained in an initial state; compared with the traditional fixed filter screen, the efficiency attenuation caused by impurity accumulation has obvious advantages; secondly, the requirement of manual shutdown for cleaning is avoided through the dynamic cleaning mechanism; meanwhile, compared with an electric backwashing scheme, the self-cleaning system completely depending on hydraulic driving is more energy-saving.

The invention relates to the technical field of industrial wastewater treatment and energy recovery, in particular to a cooperative waste heat recovery system and method for shale gas drilling and production wastewater MVR treatment. The system comprises an MVR multi-effect evaporation crystallizer and a biochemical device, the water source heat pump unit comprises an evaporator, a compressor, a condenser and a throttle valve which form a refrigerant circulation loop; a condensate water outlet of the condensate water preheater is communicated with an inlet of the evaporator through a condensate water branch; an outlet of the evaporator is communicated with an inlet of the biochemical device; and the wastewater preheating branch is connected with an outlet of a raw water tank for storing the pretreated wastewater, and is used for sequentially conveying the wastewater to pass through a condenser and a condensate water preheater, then discharging the wastewater and then conveying the wastewater to an inlet of the MVR multi-effect evaporation crystallizer. According to the preheating recovery method based on the system, the technical problems that waste of low-temperature waste heat is serious during MVR treatment of the shale gas drilling and production wastewater, the energy consumption of wastewater preheating is high, and the adaptability to a back-end process is poor are solved.

This utility model belongs to the field of HVAC technology and discloses an anti-clogging water source heat pump system with automatic unclogging function. It includes a water source heat pump unit and a water supply well. A water source pump is installed in the water supply well, and the water source pump is sequentially connected to a well water outlet pipe, a cyclone separator, a self-clogging multi-stage filter box, a water tank outlet pipe, and the water source heat pump unit. The outlet of the water source heat pump unit is connected to a well water reinjection pipe via a pipeline, and the well water reinjection pipe is connected to a return water well. The outlet of the water source heat pump unit is also connected to an end user via a terminal water supply pipe. The end user is connected to the inlet of the water source heat pump unit via a terminal return water pipe. A terminal circulating water pump is installed on the terminal return water pipe, and the terminal return water pipe is also connected to an external makeup water pipe. This system has an automatic water source cleaning function, which can effectively and promptly clean impurities on the water source side and reduce labor costs. Furthermore, maintaining a balanced water volume between the pumping well and the reinjection well ensures the dynamic balance of groundwater and the stability of system operation.

The invention relates to the technical field of water source heat pumps, and particularly discloses a water source heat pump device applied to a sewage plant, the water source heat pump device comprises a supporting bracket, the top of the supporting bracket is fixedly connected with a suspended matter cleaning device, one side of the suspended matter cleaning device is fixedly connected with a sewage treatment box body, and one side of the sewage treatment box body is provided with an access hole; the side, away from the access hole, of the sewage treatment box body is fixedly connected with a scum cleaning box body, the bottom of the scum cleaning box body communicates with a first valve body water inlet through a pipeline, and the part, located at the bottom of the scum cleaning box body, of one side of the sewage treatment box body communicates with a gas heating mechanism through a pipeline; according to the water source heat pump device applied to the sewage plant, waste heat in the sewage is recycled while the sewage is purified, meanwhile, hot air flows into a water body through the air heating mechanism, so that heat generated by the sewage is decomposed through thermophilic aerobic bacteria, and meanwhile the heat of the hot air flows can be efficiently recycled.

The invention discloses a cold and heat demand coupling type waste heat recovery system, a control method and a storage medium. The cold and heat demand coupling type waste heat recovery system comprises a plurality of heat supply loops, a plurality of cold supply loops and a controller. A first temperature sensor is arranged on a water outlet pipe of the leaf storage room to obtain a first temperature; a third temperature sensor is arranged on a water outlet pipe at the heat absorption end of the heat exchanger to obtain a third temperature; the controller controls opening and closing of a heat supply loop and a cold supply loop according to the first temperature and the third temperature; the water source heat pump supplies heat to the tobacco leaf storage room and supplies cold to the tobacco shred storage room at the same time, cold and heat complementation of the tobacco leaf storage room and the tobacco shred storage room is achieved, the water inlet temperature of the low-temperature side of the water source heat pump is improved through the heat exchanger, and therefore the system energy efficiency is improved; the air source heat pump is arranged, relative cold and heat sources are supplemented in time when the cold and heat requirements of the system are not equal, and stable operation of the system is guaranteed; by arranging various heat supply loops and cold supply loops, heat supply in winter and heat supply and cold supply in summer can be met.

The utility model relates to a kind of PV / T phase change energy storage water source heat pump heating system, including heat collection circulation loop, heat transfer circulation loop, heating circulation loop;Heat collection circulation loop includes cyclically communicated PV / T photovoltaic photo-thermal plate and phase change water tank;Heat transfer circulation loop includes cyclically communicated phase change water tank and double-source heat pump;Heating circulation loop includes cyclically communicated double-source heat pump and fan-coil unit.Wherein, phase change water tank includes shell, and the first spiral pipe heat exchanger and second spiral pipe heat exchanger of shell inside being set;First spiral pipe heat exchanger is connected with PV / T photovoltaic photo-thermal plate closed loop, and second spiral pipe heat exchanger is connected with double-source heat pump closed loop.Compared with prior art, the PV / T photovoltaic photo-thermal plate of the utility model system is collected solar heat while generating electricity, and the electric energy generated can drive heat pump to operate, and heat energy is used for auxiliary heating or storage;Heat pump utilizes double-source to improve heating energy efficiency, and phase change energy storage reduces energy loss.

This utility model discloses a brewery heating system with molten salt energy storage, including a water source heat pump module. The water source heat pump module comprises a first working fluid-water heat exchanger, an expander, a second working fluid-water heat exchanger, a compressor, a water storage tank, a second water pump, and a third water pump. The water source heat pump module is used to convert the low-quality heat from waste hot water generated in the brewery's process into high-quality heat. This utility model addresses the current situation of energy waste and steam demand in breweries by utilizing a water source heat pump module, a molten salt energy storage module, and a steam generation module. It can be designed to take advantage of the availability of off-peak electricity and renewable energy sources, and is equipped with a molten salt electric heater to fully utilize off-peak electricity or renewable energy, reducing steam costs in the industrial park. The heat pump system can recover heat from the waste hot water, improving energy efficiency.

The application provides a new energy heavy truck thermal management system, vehicle and method, relates to the vehicle thermal management technical field, wherein the thermal management system comprises: a refrigerant circuit and a coolant circuit; the coolant circuit is provided with a first water source heat pump connected with a cooling circuit of a battery pack and a second water source heat pump connected with a cooling circuit of a motor unit, the coolant circuit is connected with the refrigerant circuit through a cooler, the refrigerant circuit is communicated with an air conditioning device arranged in a driver cabin to heat the driver cabin through the battery pack and / or the motor unit; the cooling circuit of the battery pack is connected with the cooling circuit of the motor unit, so that the motor unit is used as a direct heat pump of the battery pack to heat the battery pack. The application improves the energy efficiency, reliability and environmental adaptability of the whole vehicle thermal management system.

The invention belongs to the technical field of energy-saving cultivation, and relates to a water source heat pump bilateral energy-saving data acquisition system which comprises a water source heat pump circulating system, a sensor assembly, a controller and a magnetic driving assembly. The water source heat pump circulation system forms a warm water and cold water circulation loop through a pipeline and communicates with the water tank and the pool. The sensor assemblies are arranged in a plurality of culture ponds and used for collecting water quality parameters; the controller receives and processes the data. The magnetic driving assembly drives the driving unit internally provided with the first magnetic part to rotate through water flow in the pipe, and drives the driven unit externally provided with the second magnetic part to rotate synchronously through magnetic coupling so as to drive the auxiliary equipment. The system realizes two-way heat utilization and synchronous heat supply and refrigeration, so that the energy efficiency is improved; automatic control is integrated, the water temperature and the rotating speed of the oxygen generator are adjusted in real time, key parameters are recorded, and intelligent management is achieved; and rapid, uniform and stable measurement values of the sensor are ensured through non-contact magnetic driving, and the breeding efficiency and the product quality are improved.

The invention discloses a sludge drying intelligent management and control system based on Internet of Things, and belongs to the technical field of sludge drying. Comprising a sludge drying machine, a circulating fan, a pre-cooling heat exchanger, a condenser and a heater, the sludge drying machine is provided with a feed port, a discharge port, a hot air inlet and an exhaust port, the exhaust port of the sludge drying machine is connected with the circulating fan, and an air outlet of the circulating fan is connected with the hot air inlet of the sludge drying machine after passing through the pre-cooling heat exchanger, the condenser and the heater. The water source heat pump unit raises the environmental heat energy to 60-80 DEG C, the environmental heat energy is fed into the conveying belt through the air duct, the circulating fan circularly inputs the dried gas into the sludge drying machine after three-stage heat exchange (pre-cooling, condensation and preheating) to dry the sludge, the moisture condensation rate reaches 90%, and the waste heat recovery rate exceeds 80%.

The invention relates to the technical field of mineral separation, and provides a method for graded heating of flotation reagent preparation water based on cooling waste heat of a strong magnetic separator, which comprises the following steps: introducing normal-temperature water into the strong magnetic separator for cooling and heat exchange to obtain cooling hot water with increased temperature; one part of the cooling hot water is divided into a first water flow and a second water flow; the first path of water flow enters an air energy heat pump to be heated for the first time, and first-temperature hot water is obtained; the first-temperature water flow enters the water source heat pump to be heated for the second time, the second-path water flow enters the heat source side of the water source heat pump to serve as a heat source for heating for the second time, and second-temperature hot water higher than the first-temperature hot water is obtained; and supplying the hot water at the second temperature to a primary preparation process of the flotation reagent, and supplying the hot water at the first temperature to a secondary preparation process of the flotation reagent. Efficient recovery and gradient utilization of the cooling waste heat of the strong magnetic separator are achieved, two kinds of stable hot water at different temperatures can be synchronously produced, and the preparation procedure of the flotation reagent is precisely connected in a butt joint mode.

The invention belongs to the field of shallow geothermal resources, particularly provides a shallow geothermal energy multi-field coupling simulation experiment system, and aims to solve the problems that traditional numerical simulation lacks physical authenticity, and field test is high in cost, long in period and uncontrollable. An experiment platform box body integrated with a layered simulation geologic body is constructed, and systems such as groundwater runoff simulation, mesh temperature control, a heat interference source, buried pipe heat exchange and water pumping and filling wells and the like are cooperatively operated; a'heat-water-force 'multi-physical field coupling environment including underground water seepage, ground temperature field distribution and ground source / water source heat pump engineering activities is truly simulated, so that the development process of shallow geothermal energy is accurately simulated.

The utility model relates to the technical field of wastewater treatment, in particular to a low-energy-consumption evaporative crystallization system for treating salt-containing wastewater of a power plant by utilizing a heat pump technology, which comprises an evaporation tower, a heat exchanger, a condensing tower and a heat pump assembly, the external power plant salt-containing wastewater collecting tank is connected with the evaporation tower, a liquid outlet in the bottom of the evaporation tower is communicated with a first channel inlet of the heat exchanger, a first channel outlet of the heat exchanger is communicated with a backflow liquid inlet in the top of the evaporator, and the heat pump assembly is communicated with a second channel inlet of the heat exchanger. A second channel outlet of the heat exchanger communicates with the heat pump assembly, the heat exchanger provides a cold water source for the heat pump assembly, and the heat pump assembly supplies a generated high-temperature heat source to the heat exchanger; a water vapor outlet in the top of the evaporation tower is communicated with an inlet in the bottom end of the condensation tower. The low-temperature normal-pressure evaporation technology and the heat pump technology are combined, waste heat and waste heat are used for supplementing heat for the low-temperature normal-pressure evaporation technology, and low-energy-consumption operation of power plant salt-containing wastewater treatment is completed.

The utility model belongs to the technical field of heat pumps, and discloses a heat pump system, in summer, a floor heating device exchanges heat with indoor air and absorbs heat of the indoor air, a water source heat pump assembly absorbs heat of the floor heating device to heat water in an inner container, and when the heat absorbed by the floor heating device is larger than the heat absorbed by the water source heat pump assembly, the water source heat pump assembly absorbs heat of the water source heat pump assembly. At the moment, a water outlet of a water source heat pump assembly can be connected into a water return opening of an air source heat pump device through a floor heating water return pipe and is communicated with the water return opening, cold water prepared by the air source heat pump device is led into a water inlet of the floor heating device, and the indoor environment dew point temperature is increased. Therefore, the air source heat pump device is used for reducing the water supply temperature of the floor heating device so as to ensure that the indoor humidity meets the requirement, and the purpose of improving the comfort level of a user is achieved while the requirement for heating water is ensured.

The water source heat pump all-in-one machine for the planting shed comprises an all-in-one machine body, a water inlet pipe opening is formed in one side of the all-in-one machine body, a water outlet pipe opening is formed in the other side of the all-in-one machine body, and a first sealing seat and a second sealing seat are arranged on the two sides of the all-in-one machine body respectively. Sliding rods are arranged outside the first sealing seat and the second sealing seat, and the sliding rods are sleeved with sliding frames. According to the utility model, the hoop structures are additionally arranged outside the water inlet pipe orifice and the water outlet pipe orifice, so that after the water inlet pipe and the water outlet pipe are respectively sleeved on the pipe orifices, the double-end bolt is embedded into the groove of the buckle plate by utilizing the buckle plate arranged outside the hoop, and the hoop can be clamped and fixed outside the water outlet pipe and the water inlet pipe by locking the nut; therefore, the connection strength between the water inlet pipe opening and the water outlet pipe opening is improved, even if the water inlet pipe opening and the water outlet pipe opening are pulled, the situation of connection looseness cannot occur, and the stability is high.

A household central heating and water source heat pump composite device comprises a heating water supply pipe, a heating water return pipe, a water source heat pump system and a heating tail end, and the water source heat pump system comprises a compressor, a first double-flow-channel heat exchanger, a second double-flow-channel heat exchanger and an electronic expansion valve. The first double-flow-channel heat exchanger comprises a first water path and a first refrigerant flow path serving as a condenser, and the second double-flow-channel heat exchanger comprises a second water path and a second refrigerant flow path serving as an evaporator; due to the arrangement of the first double-flow-channel heat exchanger and the second double-flow-channel heat exchanger, the central heating system and the water source heat pump system are coupled together and cooperate with each other, and the central heating system can work independently; return water temperature is fully utilized, a water source heat pump system is energy-saving, and indoor temperature can be increased.

The invention relates to the technical field of water source heat pumps, and discloses a coupling type heat pump heating system utilizing industrial waste heat recovery, which comprises a low-temperature waste heat upgrading module used for absorbing industrial waste heat and outputting first heat energy; the high-density thermochemical energy storage module is used for storing or releasing heat energy based on a reversible chemical reaction; the stored energy release and heating module is used for absorbing the heat energy released by the high-density thermochemical energy storage module and supplying heat to a user side; the steam pressure modulation sub-module is used for adjusting the steam pressure in the reactor; the mixed operation mode switching pipe valve set is used for forming a heat transfer working medium flow path; and the central control module is used for cooperatively controlling the operation of the whole system. Efficient operation of the downstream heating module is ensured by stabilizing a heat source and actively regulating and controlling energy release, and economical dispatching of valley electricity heat storage and peak electricity heating is realized by combining an intelligent algorithm with time-of-use electricity price, so that the electric power cost of system operation is reduced on the premise of ensuring the heating effect.

The utility model relates to the technical field of decontamination equipment, and discloses a sewage source heat pump decontamination device which comprises a cylinder body and flange plates fixedly arranged on two sides of the cylinder body, sealing dismounting and mounting mechanisms are arranged inside and outside the cylinder body, a dismounting and mounting filtering mechanism is arranged inside the cylinder body, and the flange plates are fixedly arranged on the cylinder body. Firstly, a pulling plate is pulled upwards to drive a first clamping rod to move upwards to be separated from the inner wall of a clamping hole of the first clamping plate, at the moment, clamping limiting of the first clamping plate can be relieved, after limiting of the first clamping plate is relieved, then a first fixing ring and a second fixing ring can be stirred towards the left side and the right side, and the first fixing ring and the second fixing ring can rotate through a rotating shaft to relieve clamping limiting on a barrel; then, the barrel body can be opened, the outer wall of the sealing strip can be separated from the inner wall of the sealing groove in the opening process, so that the barrel body can be opened, the filter cartridge in the barrel body can be completely exposed outside, and the interior of the barrel body and the interior of the filter cartridge can be cleaned or replaced, so that the blockage phenomenon caused by accumulated dirt can be prevented; therefore, the filtering and decontamination effects are influenced.

The utility model relates to the technical field of sewage source heat pumps, and discloses a sewage source heat pump composite type central heating device which comprises a sewage source heat pump body, a first supporting seat and a second supporting seat, and a first fixing ring and a second fixing ring are fixedly installed on the outer walls of the two ends of the sewage source heat pump body. The first fixing ring is fixedly installed at the top of the first supporting seat, the second fixing ring is fixedly installed at the top of the second supporting seat, and a first annular groove is formed in one side of the first fixing ring. According to the sewage source heat pump, heat supply in the sewage source heat pump body is uniform, and when the tooth-shaped block rotates to be not meshed with the gear ring, the gear ring stops rotating, so that the heat supply plate stays on the surface of the sewage source heat pump body for a period of time; and then heat can be conducted into the sewage source heat pump body through the surface body of the sewage source heat pump body in time through the heat conduction plate, the heat supply efficiency is improved, and the sewage source heat pump is practical and suitable for wide application and popularization.

This invention discloses an intelligent control method and device for a high-temperature water source heat pump unit. The method is differential pressure interval intelligent control, which divides the suction and exhaust pressure difference ΔP into three intervals based on a first and a second differential pressure threshold, and implements differentiated opening control of the electronic expansion valve (EEV) to actively utilize the high evaporation temperature characteristics of the high-temperature heat pump to increase the pressure difference. The device is a falling film evaporator with a bottom-inclined oil return port of 3-7°. Through differential pressure interval intelligent control and equipment structure optimization, this invention eliminates the pressure maintaining valve and regenerator required in existing technologies, achieving a comprehensive effect of improving energy efficiency by more than 5%, reducing failure points by more than 40%, and reducing the total life cycle cost by more than 7%. It can balance safety and energy efficiency, and also has the advantages of reducing costs, improving reliability, and expanding the unit's load adjustment range.

The invention relates to a water source heat pump system (10) using thermal energy of water (11) of the ocean, lake or river, comprising a first heat exchanger (12), a compressor (13), a second heat exchanger (14) and an expander and / or throttle valve (15), in which the first heat exchanger (12) is designed to heat a heat pump process medium using the thermal energy of the water (11) and the second heat exchanger (14) is designed to heat the heat pump process medium using the thermal energy of the water (11). Wherein the compressor (13) is designed to compress the heat pump process medium downstream of the first heat exchanger (12) and upstream of the second heat exchanger (14), and wherein the second heat exchanger (14) is designed to transfer heat from the heat pump process medium to a process medium (16) of a consumer, the expansion machine and / or throttle valve (15) is designed to expand the heat pump process medium downstream of the second heat exchanger (14) and upstream of the first heat exchanger (12), the first heat exchanger (12) being arranged in the water (11) below the water surface (18) of the ocean, lake or river, or alternatively above the water surface (18) on a platform (23) located in the ocean, lake or river, and the expansion machine and / or throttle valve (15) being designed to expand the heat pump process medium downstream of the second heat exchanger (14) and upstream of the first heat exchanger (12). Wherein the second heat exchanger (14), the compressor (13) and the expansion machine and / or throttle valve (15) are arranged on the land, and wherein the first heat exchanger (12) is connected to the compressor (13) and the expansion machine and / or throttle valve (15) arranged on the land via a line system (20) for the heat pump process medium.

1. The name of the design product: water source heat pump air conditioning unit. 2. The use of the design product: air conditioning unit cabinet for water source heat pump. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application discloses an energy-saving sludge reduction system and method, which comprises a sludge continuous mechanical deep dehydration unit, a preheating and molding unit, a belt drying unit, a dust removal unit, a circulating fan unit, a quenching and heating unit, a heat pump unit and a solar water heating unit. The sludge continuous mechanical deep dehydration unit and the preheating and molding unit are used for sludge reduction pretreatment and molding preheating. After the tail water of sewage treatment reaching the standard is preheated by the solar water heating unit, the tail water enters the heat pump unit. The water source heat pump unit provides corresponding heat input and cold input for the belt drying unit in the heating and condensation links. The automatic control valve, the air temperature and humidity online monitoring control and the fan are connected on the connecting pipeline of the drying carrier gas quenching and heating unit, so that the air is fully condensed and heated, the carbon emission and energy consumption in the sludge heating and drying are reduced, and the operation cost is reduced.

The present application relates to sewage source heat pump technical field, specifically to a sewage source heat pump filtering device, including intercepting mechanism, setting in the front end of heat pump system, for intercepting large volume sundries in sewage, the intercepting mechanism includes sewage pipe assembly, rotating grid assembly, impeller ring, transmission assembly and cleaning tank, the present application is through rotating grid assembly and water flow energy linkage and realizes intercepting-rotation-cleaning closed loop, spring press rod limit position trigger displacement alarm, bubble erosion stripping sewage and accumulation tank secondary capture viscous sewage are combined, utilize sewage kinetic energy drive and reduce energy consumption, solve the problem of traditional coarse grid jamming cleaning lag, high energy consumption.

The application belongs to the technical field of automobile air conditioning adjustment, and provides a CO2 heat pump system waste heat recovery method, device, medium and equipment, comprising: obtaining a plurality of target air outlet temperatures, and adjusting the valve in the CO2 heat pump system to achieve an air source heat pump operation mode or a waste heat recovery mode; in the air source heat pump operation mode, the duty cycle of the cooling fan, the speed of the electric compressor and the valve opening degree are adjusted to achieve different target air outlet temperatures, and the energy consumption of electrical devices under different working conditions is recorded; in the waste heat recovery mode, the duty cycle of the electronic water pump, the speed of the electric compressor and the valve opening degree are adjusted to achieve different target air outlet temperatures, and the energy consumption of electrical devices under different working conditions is recorded; by comparing the energy consumption of electrical devices in the air source heat pump operation mode and the water source heat pump operation mode, the optimal operation mode under different target air outlet temperatures is selected. The optimal COP can be achieved, and the endurance of new energy electric vehicles is improved.

The utility model discloses a heat energy recovery system capable of reducing flash evaporation heat of steam condensate water, which comprises a condensate water tank used for recovering flash evaporation steam generated in a saccharification workshop for beer production; and the water source heat pump is connected into the first flash evaporation opening of the condensate water tank, flash evaporation steam of the condensate water tank is condensed and cooled into condensate water, and heat absorbed by the water source heat pump is used for heating water in the heat energy center. According to the steam condensate recovery device, the steam condensate recovery efficiency is improved.

The invention provides a thermal management system of a new energy heavy truck, a vehicle and a method, and relates to the technical field of vehicle thermal management, and the thermal management system comprises a refrigerant loop and a cooling liquid loop; a first water source heat pump connected with a cooling loop of the battery pack and a second water source heat pump connected with a cooling loop of the motor unit are arranged on the cooling liquid loop, the cooling liquid loop is connected with a refrigerant loop through a cooler, and the refrigerant loop is communicated with an air conditioning device arranged in a cockpit; the cockpit is heated through the battery pack and / or the motor unit; and the cooling loop of the battery pack and the cooling loop of the motor unit enable the motor unit to serve as a direct heat pump of the battery pack to heat the battery pack. The energy efficiency, the reliability and the environmental adaptability of the whole vehicle thermal management system are improved.