71results about How to "Increase power generation rate" patented technology

An integrated dry gas fuel cell (IDG-FC) is provided. The IDG-FC includes at least one solid oxide fuel cell having an anode, a cathode and an electrolyte membrane disposed between the anode and the cathode. The IDG-FC further includes a conversion bed, where carbon dioxide gas is provided to the conversion bed to convert carbon monoxide gas from the carbon dioxide gas. Solid carbonaceous fuel is provided to the conversion bed to promote the gas conversion. The carbon monoxide is provided as fuel to the anode, and air is supplied to the cathode to provide oxygen for oxidation of the carbon monoxide at the anode to generate electric power. This new process does not require water, and supplies the oxygen required for the oxidation reaction through an ionically selective solid oxide electrolyte membrane.

A photovoltaic converter, maintaining the function of a protective film, simultaneously reducing the reflection loss and carrier recombination loss, and raising the power generation efficiency, formed on a semiconductor substrate and provided on its light receiving surface with a silicon nitride film as a protective film / antireflection film, wherein a content of hydrogen or a halogen is increased and a ratio of Si content / N content is increased at a boundary region of the silicon nitride film with the semiconductor substrate compared with other portions so as to maintain a refractive index at the boundary region equal to the other portions.

The invention discloses a solar energy plate orientation system and a measuring method, for solving the problems in the prior art of bad portability and low accuracy and the like The orientation system is composed of a plurality of sensitizing elements independent mutually, a control apparatus, a rotary apparatus, a sensor and a solar energy plate, wherein the sensitizing elements are geometrically arranged with their surfaces forming a curved body with a longitudinal section in an inverted-U shape, and the solar plate can rotate to be in the same plane with the sensitizing element having the most intensive sunlight reception. The measuring method comprises: the sensitizing elements output the signal to the control apparatus, which send out the instruction to the rotary apparatus for driving the solar energy plate to rotate according to the strongest or the weakest received signals, till to the position consistent with the plane on which the sensitizing element outputting the strongest or the weakest signals is arranged, and the sensor sends out the signal to the control apparatus to complete the instruction. According to the invention, the power generation ratio is increased, the investment at the prior period and the management expense are reduced, so that the solar energy plate is applicable to any places, and the portability is advanced.

The invention discloses a double-paddle wind driven generator, and the wind driven generator comprises assemblies such as a front wind wheel, a shell (23) and an internal structure of the shell (23), a rear wind wheel, a tower and the like, wherein the rotation directions of the front fan blade (3) of the front wind wheel and the rear fan blade (10) are reverse in rotation into the wind; the internal structure of the shell (23) comprises a generator assembly, a main shaft sleeve (15) and a large sleeve (17), bearings (14,16,19,37), a rotating shaft sleeve (18), a rotating shaft (20), collecting rings (7,8) and screws (6,24,25,26) arranged in the assemblies and among the assemblies; the generator assembly is a multi-magnetic-circuit disk generator, and is composed of a rotor (5) and a coil winding (4) which are arranged at intervals; the front wind wheel drives the rotor to synchronously rotate under the wind action, the rear wind wheel drives the coil winding to synchronously rotate in a direction opposite to the rotor, thereby increasing the relative motion speed between the generator rotor and the coil winding, and improving the generating efficiency; and the multi-magnetic-circuit disk generator is matched, thus the utilization ratio of the rotor is further improved.

The invention is about the blast furnace gas oven-dry decontamination dedusting technology. The dust-laden gas enter the gravity dust separator firstly, then enter the every dedusting subsystem pipes through the main pipe, next to enter the every bag-type dust collector to remove the dust precisely, then the cleaning gas enter the system purified gas pipe to enter the supplying purified gas pipe net through the dry-type turbine or the reducing valve. The bag-type dust collector system includes at least more than three dedusting subsystems which include at least more than five dedusting boxes, and the shutoff device is installed in the gas pipe. The invention achieves the blast furnace gas oven-dry bag-type dedusting, so it can increase the gas latent heat and the electric power generation ratio.

The invention provides a power transformation transmission system suitable for a wave power generator unit. The power transformation transmission system comprises a rectification / boost power supply device, a submarine cable, a direct current converter device, a storage battery cabinet, an inverter power supply device and an isolation transformer. The rectification / boost power supply device rectifies and boosts the AC three-phase 400V alternating voltage output by the power generator unit to the 1006V direct current voltage. The direct current converter device stabilizes the 1006V direct current voltage; when the rotating speed of the power generator unit is normal, the direct current converter device supplies a direct current input power supply to the inverter power supply device and supplies the floating charge voltage to a storage battery; when the rotating speed of the power generator unit is low, the storage battery releases stored energy, and the storage battery and the direct current converter device jointly supply the direct current input power supply to the inverter power supply device. The inverter power supply device inverts the direct current input voltage with the 1006Vdc rated input into the alternating voltage with the 230Vac single phase and the alternating voltage with the 400Vac three phases, and then the stable 230 / 400Vac alternating voltage is output by the isolation transformer of which the ratio of transformation is 1 to 1. The power transformation transmission system is small in loss and high in power generating efficiency.

The invention discloses a solar inclined single-shaft tracking system which comprises a sensor, a current-to-voltage converter, an analog-to-digital converter, a singlechip, a power amplifier and a stepping motor, wherein the sensor is fixed on a solar panel; the power amplifier amplifies a pulse control signal output by the singlechip; and the stepping motor receives the pulse control signal output and amplified by the power amplifier, and drives a solar battery to rotate according to the indication of the pulse signal. A solar inclined single-shaft tracking method and the solar inclined single-shaft tracking system can enable the solar battery to track the sun at all times, so as to improve the utilization efficiency of solar energy, and a photovoltaic system adopting the method and thedevice has the advantage of high power generation ratio.

The invention discloses a permanent magnet linear generator, a magnetorheological damper and a magnetorheological damping system. The permanent magnet linear generator comprises a stator, a connection rod and a plurality of permanent magnets; the stator comprises an accommodation chamber with a telescopic mouth; the inner wall of the accommodation chamber is provided with a plurality of convex teeth at intervals; two opposite sides of the top end of each convex tooth extend along an axial direction of the accommodation chamber to form side teeth; the convex teeth and the side teeth are made of a permeability material, and the adjacent convex tooth and side tooth form a groove for accommodating an electromagnetic coil; the connection rod is positioned in the accommodation chamber of the stator, and is provided with a first connection end extending out of the telescopic mouth; and the plurality of permanent magnets are connected with the connection rod, and a magnetic pole is arranged between the adjacent permanent magnets. By the design of the convex teeth and the side teeth, more magnetic force lines pass through an air gap to form a closed-loop circuit; the utilization rate of a permanent magnet magnetic field is improved; and a value of an induced electromotive force is increased, and the electricity generation rate is high.

The present invention provides a multifunctional generation system. The system comprises a pedestal, a support column and a generation blade group, the generation blade group comprises four groups of blades, a connection piece and a blade mounting table, each blade is provided with a photovoltaic cell panel tidily arranged, the lower end of the blade mounting table is provided with a rotary connection piece, a connection device is installed between a support column and the generation blade group, the top end of the connection device is provided with a spherical rotary mechanism, and the support column is a telescoping support column; and the system also comprises a wind inductor, a rain induction inductor, a solar tracker and a PLC controller. The multifunctional generation system has a solar generation system and a wind energy generation system to realize alternating usage of the solar generation system and the wind energy generation system and select solar generation or wind energy generation according to the specific climatic environment to improve the utilization rate of the energy generation system so as to improve the generating capacity.

The invention relates to photovoltaic glass used for a solar cell. A surface of the photovoltaic glass is provided with independent round annular structures which are independent light trap structures. The external diameter of a ring ranges from 0.1 mm to 5 mm, an included angle formed by an inner ring and an outer ring is smaller than or equal to 90 degrees, and therefore multiple reflections and refractions of light rays can be finished in the independent round annular structures. Through adoption of the photovoltaic glass, 99.8% of incident light which enters a glass interface for the first time can be captured, that is, 96% of reflected light which is generated for the first time can be captured and reutilized, and an existing photovoltaic glass product can roughly capture 30% to 40% of reflected light which enters the glass interface for the first time, such that by adopting the photovoltaic glass provided by the invention, more light transmitted through the photovoltaic glass can participate in photoelectric conversion, and the electricity generation rate of the solar cell can be greatly improved.

The invention discloses a photovoltaic cell tile, a photovoltaic cell installation assembly and a roof photovoltaic cell system. The photovoltaic cell tile comprises a glass tile body; the glass tilebody comprises a plane installation part used for installing a photovoltaic cell, and reflecting parts which are located on the two sides of the plane installation part and are used for reflecting light rays to the photovoltaic cell at the plane installation part. A wiring box which is electrically connected with the photovoltaic cell is arranged on one side of the back face of the plane installation part. A plurality of photovoltaic cell tiles are sequentially spliced and connected to obtain the photovoltaic cell installation assembly. The reflecting parts on the photovoltaic cell tiles provided by the invention can provide additional light energy, the light energy utilization rate is improved, and the power generation rate of the photovoltaic cell is increased. A new structure installation mode is provided for the combination of the building and photovoltaic power generation in the prior art, the use waste of the product materials can be reduced, and the economic waste caused by secondary construction can be avoided.

The invention relates to a blade of a wind turbine generator set, a manufacturing method of the blade and the wind turbine generator set. The blade of the wind turbine generator set comprises a protection device arranged at a front edge of the blade, the protection device is of a laminated structure which at least comprises an elastic layer and a hard layer, and the elastic layer and the hard layer are arranged successively from a surface of a shell of the blade to a direction distant from the surface of the shell of the blade. The blade has the advantages that the hard layer is high in hardness and weatherability and is less prone to deforming or breaking during long-time operation of the blade, the elastic bottom layer can buffer the impact of wind, sand, rain, insects and the like, andthrough synergistic effect of the hard layer and the elastic layer, the front edge of the blade can be protected effectively, a wing shape of the blade can be kept unchanged, a good aerodynamic performance of the blade can be kept for a long time, and high generating efficiency of the wind turbine generator set can be kept.

The invention relates to the technical field of new energy, and discloses a wind power generation equipment fixed base convenient to use. The wind power generation equipment fixed base comprises a fixed bottom box, embedding pieces are arranged at the four corners of the bottom of the fixed bottom box, lifting blocks are fixedly connected to the left and right sides of the fixed bottom box, a driving motor is fixedly connected to the inner bottom wall of the fixed bottom box, an output shaft of the driving motor is fixedly connected with a transmission shaft, buffer cylinders are fixedly connected to the left and right sides of the interior of the fixed bottom box, and buffer plates are arranged inside the two buffer cylinders. According to the wind power generation equipment fixed base convenient to use, the driving motor works to drive the rotating shaft to rotate, a threaded rod can be further driven to rotate, the length of the part, located in a threaded pipe, of the threaded rodis conveniently adjusted, the height of a fan can be changed, wind direction changing is facilitated, adjustment can be made rapidly, the maximum power generation rate is guaranteed, and height adjustment and use are facilitated.

The invention discloses a combination wind power generating set comprising a generator and a windmill group, wherein the generator is provided with a connector and the other end of the connector is provided with an injection engine which is provided with an air intake tube; the air intake tube is provided with a check valve and the other end thereof is provided with a damping pressure tank which is provided with a plurality of general intake tubes; each general intake tube is not only provided with a check valve but also connected in parallel with a plurality of intake tubes evenly provided with the check valves. And at the other end of each intake tube is evenly arranged an air compressor. The windmill group consists of a plurality of windmills and the center of the wind wheel of each windmill is provided with a central shaft and corresponding to each central shaft is connected with the air compressor. The invention has the beneficial effects of large power, high rotating rate and high generating efficiency.

The invention provides a comprehensive hydraulic power generation system. A water channel is composed of a water channel inlet section, a water channel middle section and a water channel drainage section which are sequentially connected and incline downwards. The inclination of the water channel middle section is smallest, a power generator set B is arranged in the water channel middle section, and a power generator set A is arranged on the upstream part of the power generator set B. A power generator set C is arranged in the water channel drainage section. The power generator set A, the power generator set B and the power generator set C share the same water channel. The power generator set A can be located either outside a hydropower station dam body or inside the dam body. Resources are integrated through a scientific layout, the three power generator sets with different power generation modes can all meet the requirements for flow and pressure, and powerful hydraulic potential is converted into electricity to the maximum extent highly efficiently. The comprehensive hydraulic power generation system is simple in structure, reliable in performance, high in work efficiency and high in power generation efficiency, the installed capacity and the hydroenergy utilization rate are maximized, and the comprehensive hydraulic power generation system is particularly suitable for an ultra-high dam and large-flow hydropower station with the water elevation more than 270 m.

The invention discloses a Savonius wind rotor of a small-type wind driven generator, which is characterized by including at least two blades, a strut and connecting pieces, wherein all blades are connected with the strut through the connecting pieces; the orthographic projection of an edge line at the upper end part of each blade on a vertical plane passing through the axis of the strut is a curved line, a polygonal line or a straight line; the horizontal level of the projection corresponding to the ends of the edge lines, close to the strut, is D1, while the horizontal level of the projection corresponding to the ends of the edge lines, far away from the strut, is D2; and D1 is larger than D2. According to the structure of the wind rotor disclosed by the invention, the weight of the blades is light, and the cost of the wind rotor is lowered. The structure of the wind rotor disclosed by the invention enables the wind rotor to be lighter so as to facilitate starting the wind driven generator system and improving the generation power, reduces the vibration of the wind rotor during the working process, reduces the energy loss caused by the vibration, and facilitates the generation rate of the generator. Moreover, the blades of the wind rotor disclosed by the invention are artistic in appearance.

The invention discloses a double-shaft hydraulic-type panorama solar automatic tracking device. The device is characterized in that hydraulic transmission and structural symmetric distribution are adopted, a hydraulic cylinder and a hydraulic motor are controlled to move through an electromagnetic directional valve, so that movement at the horizontal dimensionality and the vertical dimensionality is controlled, panorama tracking of the sun is achieved, and the solar power generation rate can be increased by about 20% compared with the solar power generation rate of a fixed solar cell.

The invention provides a tidal power generation systemdevice, which belongs to the field of renewable energy. The structure of the tidal power generation systemdevice comprises a floating disk and linear racks, the floating disk is arranged on the sea level, the linear racks are fixed on the floating disk, gears drive rotation accelerators, clutches and generators by means of the linear racks to generate electricity, and are also connected with spiral spring accumulators to wind up the spiral spring accumulators, energy can be converted into electric energy as the floating disk is driven by the buoyancy of seawater to go up and down, and thereby therefore the power generation rate of the conventional power generation systemdevice is unmatchable with the power generation rate of the tidal power generation systemdevice. Compared with the conventional technical scheme of power generation, the tidal power generation systemdevice can theoretically double the power generation rate at least, the spiral spring accumulators are energy accumulation mechanisms which can convert the kinetic energy and gravitational potential energy of up-and-down seawater into spring potential energy, and can store and convert the energy of the reciprocating intermittent action of tides into elastic potential energy which is utilized, the energy utilization rate can reach 95 percent, energy can be continuously and stably released, and the tidal power generation systemdevice can supply inexhaustible energy to people.

The invention relates to the solar photovoltaic technology field of and discloses an intelligent control system of a sun-tracking solar photovoltaic power station. The intelligent control system comprises a photovoltaic power generation module, a hydraulic steering module, a control module, a wind power generation module, a monitoring module and a photovoltaic power generation base. An output endof the photovoltaic power generation module is electrically connected with an input end of an energy conversion module. An output end of the energy conversion module is electrically connected with aninput end of an electric energy storage module. One end of the electric energy storage module is electrically connected with the control module. An output end of the control module is electrically connected with an input end of the wind power generation module. An output end of the wind power generation module is electrically connected with the input end of the electric energy storage module. Theintelligent control system of the sun-tracking solar photovoltaic power station has the wind power generation module and the output end of the wind power generation module is electrically connected with the input end of the electric energy storage module, so when it encounters continuous strong windy and rainy days, the wind power generation module can generate power to supplement the electric energy, thereby avoiding the phenomenon of insufficient power supply.

The invention discloses an automobile exhaust waste heat recycling device. The automobile exhaust waste heat recycling device comprises two waste heat power generation parts and an SCR power generation part, and the waste heat power generation parts are arranged at the two ends of the SCR power generation part respectively; each waste heat power generation part comprises an exhaust pipeline, multiple gas tanks and multiple water tanks, wherein the gas tanks and the water tanks are circumferentially and uniformly distributed along the central axis of the exhaust pipeline and distributed in a crossed mode, a temperature differential power generation module is arranged between each gas tank and the corresponding water tank, and the gas tanks are communicated with the exhaust pipeline through vent holes; and the SCR power generation part comprises a middle shaft, multiple SCR reaction devices and multiple water tanks, the SCR reaction devices and the water tanks are circumferentially and uniformly distributed along the central axis of the middle shaft and distributed in a crossed mode, a temperature differential power generation module is arranged between each SCR reaction device and the corresponding water tank, and the two ends of each SCR reaction device are communicated with the gas tanks corresponding to the two ends of the SCR reaction device respectively. The device is of a multi-stage heat recycling structure, the overall size is decreased, and the exhaust heat recycling rate and the power generation rate are increased.

The invention discloses a snow removing device for a house solar cell panel, and relates to the field of snow removal equipment. The device comprises a house body, and an inclined solar cell panel anda storage battery are arranged at the top of the house body. The top of the house body is further provided with two fixed sliding grooves and a supporting sliding groove located between the fixed sliding grooves. The two fixed sliding grooves are symmetrically formed in the two sides of the top of the house body correspondingly. Rolling brushes are arranged between the fixed sliding grooves and the supporting sliding grooves. The rolling brush is contacted with the solar cell panel. The supporting sliding groove is provided with a double-bearing seat in sliding fit with the supporting slidinggroove. One end of a central shaft of the rolling brush is connected with a rotating shaft through a universal coupling. The other end is rotationally matched with the double-bearing seat. The rotating shaft is arranged in the fixed sliding groove, a driving mechanism and a linkage assembly which move synchronously are arranged on the two sides of the top of the house body, the linkage assembly is connected with the rotating shaft, the storage battery supplies power to the driving mechanism, the driving mechanism drives the rolling brush to roll while moving through the linkage assembly, andthe snow removing device is high in snow removing efficiency and convenient and safe to operate.

The invention discloses a wind turbine generator blade capable of efficiently utilizing wind energy, and relates to the technical field of wind power generation equipment. The wind turbine generator blade comprises fan blades, speed regulating devices, speed reducing devices and a rotating main shaft, wherein the blades are arranged on the rotating main shaft, the multiple fan blades are arranged,the plurality of fan blades are central-symmetrically arranged along the rotating main shaft, when the plurality of fan blades rotate, the rotating axis coincides with the axis of the rotating main shaft, the speed regulating devices are arranged at the tail parts of the fan blades correspondingly, the speed regulating devices can rotate, the speed reducing devices are arranged on one side, closeto the rotating main shaft, of the front parts of the fan blades correspondingly, and the speed reducing devices are vertically arranged with the fan blades correspondingly. The wind turbine generator blade has the beneficial effects that the speed regulating device and the speed reducing device are arranged, and the speed regulating device and the speed reducing device are in cooperation with each other, so that the rotating speed of the wind turbine generator can be effectively controlled, and rotating speed of the wind turbine generator is close to a rated rotating speed, so that the powergeneration rate of the wind turbine generator is improved.

The invention discloses an anti-buffering waterproof solar cell module, and the sun-facing surface of a solar cell panel is provided with bus bar electrodes. The adjacent bus bar electrodes are connected through one fine grid line, and each fine grid line is radial. The back surface of each bus bar electrode is provided with a finger-shaped electrode, and a region, opposite to each finger-shaped region, is provided with an auxiliary electrode plate. A side plate of the solar cell panel is fixed through an annular sealing ring, and the annular sealing ring is set to be oval. The central part of the annular sealing ring is provided with a waterproof film. The external surface of the waterproof film is provided with flow guide stripes. The area of each bus bar electrode is set to be bigger, and the power generation efficiency is improved. The assembly of the solar cell module is enabled to be more reasonable, and the anti-buffering performance is high. After the solar cell module is assembled, a more closed environment is formed. The waterproof film with the flow guide stripes plays a good role in water resistance.

The invention provides a solar hot gas flow vertical axis power generation gas inlet channel, relating to the technical field of renewable energy source utilization. The solar hot gas flow vertical axis power generation gas inlet channel comprises a hot gas flow sunlight greenhouse, wherein the middle part of the hot gas flow sunlight greenhouse is provided with a vertical hot gas flow chimney; the periphery of the bottom of the hot gas flow chimney is annularly provided with a plurality of flared gas inlet channels; each gas inlet channel comprises a vertical section; a vertical axis turbofan generator set is arranged in each vertical section; the lower end of each vertical section is connected with a flared gas inlet; the upper end of each vertical section is connected with the hot gas flow chimney through a cambered section; and the gas inlet channels are arranged in the hot gas flow sunlight greenhouse. The solar hot gas flow vertical axis power generation gas inlet channel provided by the invention can gather the hot gas flow and implement acceleration, thereby driving the vertical axis turbofan generator set to work at the vertical sections; and the solar hot gas flow vertical axis power generation gas inlet channel has high solar hot gas flow power generation rate.

The invention relates to a solar tracking device and a control method. The solar tracking device is provided with a base and a motor fixed on the base through a bolt, a support is fixedly connected to an output shaft of the motor, a solar panel is arranged on the support in a supporting mode, the bottom edge of the solar panel is in contact connection with the base through balls, the solar tracking device further comprises a controller for controlling the motor to work, the signal input end of the controller is connected with an output electrode of the solar panel through a wire, the power output end of the controller is connected with the power input end of the motor through a power line, and the control signal output end of the controller is connected with the control signal input end of the motor through a signal line. The control method includes the steps of conducting angle adjustment according to the output power of the solar panel, and controlling sunlight to perpendicularly irradiate the solar panel always. According to the solar tracking device and the control method, the solar power generation rate can be improved, more than 20% of power can be generated compared with solar cells at the fixed positions, a system is simple and easy to achieve, convenience is brought to use, the performance cost ratio is high, and the electric power cost of remote areas, power shortage areas and temporary power utilization conditions can be effectively reduced.

The invention discloses a carrying-and-assembling-facilitating photovoltaic panel comprising a base, a turning rod, a plurality of photovoltaic panels, a hollow support rod and a moving member. A gapexists between the two adjacent photovoltaic panels. One end of the turning rod is hinged on the end part of the base, and the other end is hinged on the moving member through a rotating shaft. A longstrip-shaped chute is arranged on the base to accommodate the turning rod after turning. According to the carrying-and-assembling-facilitating photovoltaic panel, the photovoltaic panels can be easily carried through the arrangement of the moving member, the base and the turning rod, and the work of a plurality of photovoltaic panels can be quickly realized only by turning over without assembling. Meanwhile, a plurality of photovoltaic panels can be rapidly expanded in a folded state through the cooperative use of the moving member and the linkage of the turning rod and the light contact areaof the photovoltaic panels can be increased, thus effectively improving the photovoltaic power generation rate.

The invention discloses a photo-thermal steam power generation system based on a wide-spectrum light source. The system adopts a wide-spectrum absorption material to convert light energy of the wide-spectrum light source into heat energy to heat water to generate high-temperature steam, and the high-temperature steam acts on the hot end of a thermoelectric generator to form a temperature difference with the cold end of the thermoelectric generator. Because of the Seeback effect, the thermoelectric generator obtains electric energy, the system finally achieve efficient conversion from solar energy to heat energy and from heat energy to electric energy. In the daytime, part of the electric energy generated by the thermoelectric generator is transmitted to a power grid or a user, the other part of the electric energy generated by the thermoelectric generator is transmitted to a capacitor for charging and energy storage. At night, the electric energy generated by discharging the capacitoris transmitted to the power grid. The photo-thermal steam power generation system has the advantages of the simple structure, the low cost, the portability, the environmental protection and the like.

The invention relates to a novel efficient energy-saving superheat boiler. The novel efficient energy-saving superheat boiler comprises a superheater outlet header, a superheater, a superheater inlet header, a waste heat steam and low-temperature steam input pipe, a saturated steam pipe, a boiler barrel, an ascending pipe, a descending pipe, an evaporator, a hot water pipe, a coal economizer and a boiler water feeding pipe. The superheater outlet header is connected with the sruperheater. The superheater is connected with the superheater inlet header. The superheater inlet header is connected with the waste heat steam and low-temperature steam input pipe and the saturated steam pipe. The saturated steam pipe is connected with the boiler barrel. The boiler barrel is connected with the ascending pipe, the descending pipe and the hot water pipe. The ascending pipe and the descending pipe are connected with the evaporator. The hot water pipe is connected with the coal economizer. The coal economizer is connected with the water feeding pipe. The novel efficient energy-saving superheat boiler has the beneficial effects that efficient heating and superheating of waste heat steam and low-temperature steam are achieved, latent heat of vaporization of water is avoided and reduced, and the problem of superheating of a large amount of saturated steam in the production process of the steel industry is solved.

An integrated dry gas fuel cell (IDG-FC) is provided. The IDG-FC includes at least one solid oxide fuel cell having an anode, a cathode and an electrolyte membrane disposed between the anode and the cathode. The IDG-FC further includes a conversion bed, where carbon dioxide gas is provided to the conversion bed to convert carbon monoxide gas from the carbon dioxide gas. Solid carbonaceous fuel is provided to the conversion bed to promote the gas conversion. The carbon monoxide is provided as fuel to the anode, and air is supplied to the cathode to provide oxygen for oxidation of the carbon monoxide at the anode to generate electric power. This new process does not require water, and supplies the oxygen required for the oxidation reaction through an ionically selective solid oxide electrolyte membrane.