64results about "Electrode boilers" patented technology

The invention discloses a deep peak regulation and frequency modulation heat energy storage system and method coupled with a coal-fired unit, and belongs to the technical field of coal-fired unit flexible transformation and power grid regulation. Aiming at the problems that a single fused salt / solid heat storage occupies a large area, the initial investment is high, a steam generation system is complicated, and a conventional coal-fired unit is difficult to meet the requirements that the minimum power generation output of a new generation coal-electricity pilot demonstration unit is less than or equal to 20% Pe, and deep peak regulation is realized to give consideration to primary frequency modulation performance through self or auxiliary regulation as much as possible in the specification of power generation and transformation energy (2025) 363. The system comprises a heat energy storage unit and a coal-fired unit, the heat energy storage unit comprises a demineralized water supply water tank, an electrode steam boiler, a spherical tank and a heat storage type steam temperature increasing device, and the structure of spherical tank flash evaporation steam supply and heat storage temperature increasing sensible heat supplementing is adopted to be matched with steam supplementing of a steam turbine. The combined minimum power generation output of the two can be reduced to 10% Pe, the peak increase output is at least 5.6% Pe, primary frequency modulation is assisted by increasing and decreasing the power consumption of the electrode steam boiler, and new energy consumption is assisted.

An apparatus 100 comprising: a plasma generating vessel 1 is defined. The vessel 1 comprises an electrode 10,20,30 and a fluid supply system 70. An electrical supply system 60 is also described which

An apparatus and associated method of use, comprising: a plasma generating vessel 1; a fluid supply system configured to supply a liquid to the plasma generating vessel 1. The plasma generating vessel

The utility model provides an electrode boiler inner barrel support and an electrode boiler, and relates to the technical field of electrode boilers, the electrode boiler inner barrel support comprises a support main body, a height adjusting assembly and an inner barrel supporting assembly, the support main body is provided with a plurality of through holes and a plurality of boiler connecting parts, and the height adjusting assembly comprises a threaded sleeve, a screw, a supporting table and a connecting frame; the threaded sleeve is installed on the support body through the connecting frame, the threaded rod is connected with the threaded sleeve, and the supporting table is connected with the threaded rod. The inner cylinder supporting assembly comprises a supporting rod, an inner cylinder connecting part and a fixing assembly. By arranging the height adjusting assembly and the inner barrel supporting assembly, in the boiler assembling or adjusting process, the multiple inner barrels can be driven by the height adjusting assembly to conduct height adjustment at the same time, after adjustment is finished, the inner barrel supporting assembly is used as a main support of the inner barrels, and therefore the effect of rapidly and accurately conducting height adjustment on the inner barrels is achieved; the heights of a plurality of inner barrels are kept consistent, and the supporting stability of the inner barrels is also ensured.

The present application relates to the technical field of thermoelectricity, and more particularly to a combined peak shaving system and method of electrode boiler and heat storage tank of a combined heat and power unit, which deeply integrates the electrode boiler, the heat storage tank and a low-temperature waste heat recovery module of the unit, and additionally adds an intelligent control unit to realize accurate linkage of pipeline connection and peak shaving instructions. In deep peak shaving, the three work cooperatively in time, space and grade: the electrode boiler responds quickly to provide main heat-electricity decoupling capacity; at the same time, the low-temperature waste heat recovery module recovers the waste heat that may be wasted when the unit is operated at low load; and the heat storage tank realizes fluctuation suppression and storage of heat from the above-mentioned multiple sources. This coupling solves the defects of a single technical path and realizes synergistic effect.

An ohmic heater for the heating of a conductive fluid is comprised of a number of selectable electrodes, arrayed in such a way as to form a single pass-through from inlet to outlet. A series of flow conduits are provided to direct the flow across the faces of adjacent electrodes. The flow conduits are further configured such that the flow path makes multiple passes across the same adjacent set of electrode faces.

This invention relates to the field of electrode boiler technology, specifically to an electrode boiler wiring device. The electrode boiler wiring device includes a sleeve passing through the boiler casing. The sleeve includes an inner shell portion and an outer shell portion located within the boiler casing, arranged separately. The inner shell portion has a cylindrical structure, and a first sealing structure is provided between the upper end of the inner shell portion and the lower end of the outer shell portion. A conductive rod includes a conductive rod body and a mounting base. The mounting base is fixed to the lower end of the conductive rod body. A second sealing structure is provided between the lower end of the inner shell portion and the mounting base to seal the lower end of the inner shell portion. A locking nut is provided at the end of the conductive rod body that extends upward through the sleeve. The locking nut is threadedly connected to the conductive rod body to press against the outer shell portion. Because the inner shell portion and the outer shell portion are independent separate structures, only the inner shell portion needs to be replaced, reducing replacement costs, simplifying replacement, and lowering the height requirements of the boiler casing.

A heating system comprising: a liquid supply system; a cell configured to: receive liquid from the liquid supply system, provide heating thereof, and output heated fluid; a work extraction system configured to extract useable work from heated fluid output from the cell; wherein the cell comprises: (i) a housing arranged to define an internal portion for receiving liquid to be heated, and (ii) a plurality of electrodes configured to apply electrical energy to fluid in the internal portion; and wherein the electrodes are configured to apply electrical energy to said fluid in the internal portion to generate one or more bubbles of plasma for releasing energy into said fluid in the internal portion and the housing to provide heating of the fluid in the internal portion.

The invention relates to a hot standby electrode boiler system based on saturated water heat storage and a control method, and belongs to the technical field of high-power electric heating energy storage. Comprising an electrode boiler and a storage tank, the storage tank is a saturated water storage tank, a water outlet of the saturated water storage tank is connected with one end of a multi-mode adjustable injection module through a first pipeline, the other end of the multi-mode adjustable injection module is communicated with a hot water inlet of the electrode boiler, and a water outlet of the electrode boiler is communicated with a water return port of the saturated water storage tank through a second pipeline; a high-temperature pressure pump and a first control valve are arranged on the first pipeline; the system further comprises a water quality guarantee unit and an intelligent control system. The multi-mode adjustable injection module comprises multiple types of injection heads arranged at different positions in the electrode boiler and an online variable supercharging device integrated in a pipeline. According to the invention, top-speed starting from hot standby to full load is realized, and starting energy consumption and equipment loss are reduced.

The utility model discloses a kind of ceramic insulating parts for high-pressure electrode boiler, it includes boiler body, the spiral hole is opened in the upper surface of boiler body near both sides, the connecting groove is opened in the upper surface of boiler body near spiral hole, spiral seat is arranged in the spiral hole, the upper surface of spiral seat is fixedly connected with threaded rod, the surface of threaded rod is provided with moving block, the threaded hole is opened in the side surface of moving block near threaded rod, threaded hole and threaded rod are engaged, the lower surface of moving block is fixedly connected with sealing ring, the upper surface of threaded rod is fixedly connected with connecting seat. By reversing rotation of limiting nail, it is separated from limiting hole, so that the limiting of insulating part body can be initially released. Then, reverse rotation threaded rod, drive sealing ring from connecting groove. Finally, reverse rotation connecting seat, make spiral seat from spiral hole, completely release the fixed installation of insulating part body.

The invention discloses a double-heat-storage electric heating gradient temperature raising steam supply system and an operation method, belongs to the technical field of industrial steam supply, focuses on a thermoelectricity decoupling scene of'off-peak electricity energy storage-peak steam supply ', and is suitable for industries needing industrial steam, such as chemical engineering, pharmacy, food processing and the like. In order to solve the problems that an existing system is large in occupied area, storage and supply separation is achieved, steam pressure / superheat degree adaptability is poor, and operation cost is high, the system is designed according to the working conditions that steam supply pressure is smaller than or equal to Po / larger than Po (Po is a steam supply pressure threshold value, preferably 1.6 MPa.g, and 1.2-2.0 MPa.g can be adjusted) when Po is smaller than or equal to Po, the system comprises five modules of water supply, electrode steam generation, steam direct supply adjustment, spherical tank heat storage and release and steam temperature rising and heat storage; and when Po is greater than Po, a steam compression module is additionally arranged to realize high-pressure steam supply. The system supports four types of core operation modes such as storage and supply at the same time, stability of steam parameters is guaranteed, the energy utilization efficiency is improved, the cost is reduced, power grid peak regulation and industrial energy conservation and carbon reduction are assisted through cooperative gradient temperature rising of latent heat of the spherical tank and sensible heat of the temperature rising module, and the industrial steam use requirement is met.

An apparatus comprising: an energy cell configured to apply electrical energy to liquid in the energy cell to heat the liquid by generating one or more bubbles of plasma therein; and a controller configured to obtain an indication of at least one operational parameter of the energy cell, and wherein the controller is configured to: determine, based on at least one obtained indication of a first operational parameter, if the energy cell is in either of: (i) a normal mode of operation, or (ii) a start up mode of operation; in the event that it is determined that the energy cell is in the start up mode, control operation of the energy cell and / or the liquid supplied to the energy cell to increase the generation of bubbles of plasma in the energy cell; and in the event that it is determined that the energy cell is in the normal mode, control operation of the energy cell so that a second operational parameter remains within a selected range.

The utility model discloses a steam generation device which comprises a fluid channel, the fluid channel comprises a pressure storage channel, a pressure release channel and a flow limiting hole, the steam generation device comprises a heating pipe, the pressure storage channel and the pressure release channel are located in the heating pipe, and the flow limiting hole communicates with the pressure storage channel and the pressure release channel. The flow area corresponding to the flow limiting holes (21) is S, and S is smaller than or equal to pi 3.52 mm < 2 >. Gas-liquid mixed fluid in the pressure storage channel flows through the flow limiting hole and enters the pressure release channel, and the flow area S of the flow limiting hole is smaller than or equal to pi 3.52 mm < 2 >, so that liquid which flows through the flow limiting hole and is not vaporized easily forms liquid drops with small sizes, the liquid drops are heated and vaporized more easily in the pressure release channel, the vaporization amount of the fluid is increased, and the pressure release effect is improved. The mixing amount of liquid in steam discharged by the steam generation device is reduced, and the use quality of the steam generation device is improved.

An electrode carrying insert for an energy cell, the insert comprising: a body having: a proximal region, a distal region, and a sealing region; and an electrode extending within the body from the pro

A heating system comprising: a liquid supply system; a cell configured to: receive liquid from the liquid supply system, provide heating thereof, and output heated fluid; a work extraction system configured to extract useable work from heated fluid output from the cell; wherein the cell comprises: (i) a housing arranged to define an internal portion for receiving liquid to be heated, and (ii) a plurality of electrodes configured to apply electrical energy to fluid in the internal portion; and wherein the electrodes are configured to apply electrical energy to said fluid in the internal portion to generate one or more bubbles of plasma for releasing energy into said fluid in the internal portion and the housing to provide heating of the fluid in the internal portion.

A plasma generating vessel 1 comprising an internal volume 56 for receiving a fluid and an electrode 10 configured to apply electrical energy to the fluid within the internal volume to generate one or

Apparatus comprising a plasma generating and controller and methods of controlling a plasma generating vessel are disclosed. The apparatus 100 comprises a plurality of plasma generating vessels 1a,b,c

An apparatus comprising an energy cell 100 configured to apply electrical energy to liquid in the cell to generate bubbles of plasma which heat the liquid. A controller obtains an indication of an ope

The invention relates to the technical field of combined heat and power, and provides an electrode boiler system control method and system based on transformer substation load response, and the method comprises the following steps: S1, obtaining the real-time data of a transformer substation; s2, performing prediction according to the transformer substation real-time data and the transformer substation historical data to obtain a transformer substation predicted load in a current power consumption period, and obtaining a load deviation in combination with a transformer substation actual load; s3, according to the set power of the electrode boiler, the heat storage state of the energy storage spherical tank and the load deviation, a flexible regulation and control instruction of the electrode boiler system in the current electricity utilization period is obtained; and S4, the electrode boiler and the energy storage spherical tank are cooperatively regulated and controlled based on the flexible regulation and control instruction, the response time delay recognition error of the electrode boiler can be effectively reduced, the power curve change of the electrode boiler is smoother, regional power balance is rapidly achieved, and the flexible regulation and control instruction obtained according to the characteristics of different time periods is more accurate and effective compared with direct regulation and control.

The invention discloses a green power full-absorption type solid electric heat storage boiler-electrode boiler composite system and method, relates to the technical field of oil production engineering, and aims to solve the problems of insufficient green power absorption, equipment scaling corrosion and system capacity configuration. The system comprises a solid heat storage preheating section, an evaporation section, a solid heat storage overheating section, a heat preservation water tank, a steam heat accumulator and the like, the medium flow is monitored through a flow controller and a flow meter, and a fan set cooling system guarantees fan heat dissipation of the solid heat storage preheating section and the solid heat storage overheating section. According to the establishment method, the power proportion, the heat exchange amount, the mass of a heat accumulator and the volumes of a heat preservation water tank and a steam heat accumulator are determined based on a green power output curve; according to the working method, multiple modes are switched according to the input power of the green power system. The system can fully consume green electricity, provides stable steam, avoids scaling corrosion, and is adaptive to green electricity fluctuation scenes.

The application discloses a kind of spray electrode boiler nozzle with guide vane structure and control method thereof, it is related to industrial equipment design and control technical field, the device includes guide section, import section, export section and control module, support cylinder is provided in guide section, multiple guide vanes are provided in support cylinder, guide vane is angle adjusted using transmission mechanism, the device is by setting servo motor to drive guide vane rotation angle adjustment, accurately adjust the flow and flow rate of fluid, and response speed is fast, precision is high, so that water flow forms stable spiral motion, improve the uniformity of flow field distribution, provide the distribution uniformity of current density between electrode, so as to improve heating efficiency and equipment life, and based on water temperature, pressure, flow, vane state and power load deviation, using fuzzy PID compound control strategy, degree of automation is high, regulation is accurate and efficient.

The invention discloses a double-voltage electrode boiler and a control method thereof, and belongs to the technical field of boiler equipment. The double-voltage electrode boiler comprises a boiler body, a high-voltage electrode group, a low-voltage electrode group, a power supply switching device and a control system, the interior of the boiler body is divided into a high-voltage electrode heating area and a low-voltage electrode heating area. The high-voltage electrode group is arranged in the high-voltage electrode heating area; the low-voltage electrode group is arranged in the low-voltage electrode heating area; the power supply switching device is used for switching the dual-voltage electrode boiler between a high-voltage power supply and a low-voltage power supply; the control system is used for controlling power supply and electrode switching according to load requirements; wherein the high-voltage electrode group and the low-voltage electrode group adopt different insulation grades, and are respectively matched with the accessed voltage grades of the high-voltage electrode group and the low-voltage electrode group. Flexible switching of the high-voltage power supply and the low-voltage power supply is achieved through the power supply switching device, the adjusting requirement of an application scene with the large load change amplitude is met, and the electrode boiler adjusting range and precision are improved.

The invention discloses an oil field movable electrode boiler steam injection system, and belongs to the technical field of oil field thickened oil recovery equipment. The system adopts a modular skid-mounted design, and consists of a boiler and auxiliary machine skid-mounted module, a water treatment skid-mounted module and a power distribution skid-mounted module. The water treatment module is used for preparing high-purity feed water through multi-stage filtration, softening and reverse osmosis processes, and deoxygenization is carried out through a thermal deaerator; the boiler module adopts an electrode heating mode, the steam yield is adjusted by accurately controlling the water level in an electrode cylinder, and high-pressure steam of 6-14 MPa can be produced; the power distribution module adopts a dry-type transformer and an intelligent control system, and provides safe and reliable power supply. Each module adopts a configuration of one used pump set and one standby pump set and an anti-cavitation layout design, the modules are connected through full-bore quick couplings, overall quick movement and deployment are supported, the problems that a traditional steam injection system is poor in mobility, large in heat loss and long in deployment period are effectively solved, and the flexibility and economical efficiency of oil field steam injection operation are remarkably improved.

The utility model relates to the field of boiler equipment, in particular to a micro-pressure phase-change electrode boiler which comprises a boiler body and a tubular heat exchanger, the interior of the boiler body is hollow, the boiler body is filled with liquid, the interior of the boiler body is in a non-flooded state, and the tubular heat exchanger is arranged in the boiler body. The liquid level of liquid in the boiler body divides the interior of the boiler body into a steam space and a water space, the steam space is located above the liquid space, the tubular heat exchanger is installed in the steam space, and the tubular heat exchanger is connected with an outer net to be heated. The boiler has the effects of reducing the occupied area of the boiler and improving the heat exchange efficiency.

An apparatus 100 comprising a plasma generating vessel 1 and a fluid supply system 70 configured to supply a liquid to the plasma generating vessel. The plasma generating vessel comprises an electrode

The invention relates to the technical field of boiler equipment and oil field steam injection, in particular to a 14MPa-level oil field sewage direct use type high-pressure spraying type electrode steam injection boiler which comprises a container and three electrodes evenly and equally arranged in the circumferential direction of an upper sealing head of the container. An oilfield sewage conductivity control structure; the electrode supporting mechanism is used for carrying out insulation supporting on the three electrodes; a pickling water inlet and a pickling inlet / outlet are respectively formed in two ends, close to the sealing heads and the lower sealing head, of the boiler barrel; the boiler barrel is further communicated with a water supply pipe which is used for inputting oil field sewage outside the container into the container; the circulating water sprayer is arranged on the container and is used for circularly driving the oilfield sewage spraying electrode in the container to form a loop to generate steam; the steam-injection boiler solves the problems that a traditional steam-injection boiler is high in energy consumption, large in pollution, short in equipment service life and the like. The technology has the characteristics of high efficiency, environmental protection and reliability, is suitable for industrial application such as thickened oil recovery, and has wide application prospect and market potential.

A heating system comprising: a liquid supply system; a cell configured to: receive liquid from the liquid supply system, provide heating thereof, and output heated fluid; a work extraction system configured to extract useable work from heated fluid output from the cell; wherein the cell comprises: (i) a housing arranged to define an internal portion for receiving liquid to be heated, and (ii) a plurality of electrodes configured to apply electrical energy to fluid in the internal portion; and wherein the electrodes are configured to apply electrical energy to said fluid in the internal portion to generate one or more bubbles of plasma for releasing energy into said fluid in the internal portion and the housing to provide heating of the fluid in the internal portion.

According to the electrode boiler quick response control method and system, the real-time data of the set power of the electrode boiler, the actual operation power of the electrode boiler, the liquid level of the electrode boiler and the frequency of an internal circulation pump are collected, and the power deviation ratio between the set power and the actual operation power is calculated based on the real-time data; if the power deviation ratio is larger than a preset deviation ratio threshold value, a strong heating control strategy is used; if the power deviation ratio is not greater than a preset deviation ratio threshold value, using a fine tuning control strategy; and fast response control over the electrode boiler is achieved through the strong heating control strategy and the fine adjustment control strategy. The problems of lag and overshoot of traditional control can be solved, and the response speed and the control precision of the electrode boiler are improved.