142 results about "Solar car" patented technology

A Solar Car that is safer and far more ecologically benign than any automobile on the road today. All of its solar panels would serve a secondary purpose besides providing power. As a thin vehicle whose chasis was no wider than forty five inches, it would need an electrical system less than ninety seven volts. Connected in series, the four or five solar panels contemplated in this patent would provide most of the power. To make sure that one could use their vehicle regularly, there would also be a supplemental plug in capacity.

The invention relates to a solar car sunshading and cooling device which comprises a mechanical air-conditioning compressor originally arranged on the car and a car refrigerating circuit consisting ofa condenser, a condensing drier, an expansion valve and an evaporator which are communicated in sequence, and is characterized by also comprising an electric air-conditioning compressor with power supplied by a solar panel, wherein the electric air-conditioning compressor is communicated with the car refrigerating circuit, namely, two air-conditioning compressors are both connected with one set of refrigerating system, and the solar panel is installed on the top of the car. By utilizing solar energy to provide auxiliary refrigerating electric power, when one of the two air-conditioning compressors works, the refrigerating effect can be achieved, and especially when the car is parked, an energy consumption-free scheme is provided for reducing the temperature in the car; in addition, the solar panel installed on the top of the car can also play the role of sunshading.

The invention discloses a journey continuation solar car based on an internet of things. The journey continuation solar car comprises a car body, a photovoltaic frame, an upper slider, a rear telescopic arm, a fixed frame, a screw and a front telescopic arm, the fixed frame is mounted at the top of the car body and fixed at the front end and the rear end of a guide plate, the screw is horizontallyerected at the upper end of the guide plate, a lower slider is arranged on the screw in a penetrating manner, one end of the screw is erected in a shaft sleeve on the fixed frame, the other end of the screw penetrates the fixed frame and is connected with a motor shaft of a steering motor, the rear telescopic arm is mounted at the top of the lower slider, a fixed seat is mounted at the top of thefront end of the fixed frame, and the front telescopic arm is mounted in the fixed seat. When the solar car runs, an inclined angle of a solar panel is more smoothly adjusted, the light receiving angle of the solar panel is adjusted through the front telescopic arm, the rear telescopic arm and a steering motor, so that the solar panel is adjusted to a preferable angle, and power generation efficiency of the solar panel is improved, so that journey continuation and practicability of the solar car are improved.

The invention relates to a solar car shed. The solar car shed comprises a car shed body, wherein the car shed body comprises a ceiling and a support; the support is arranged on the lower side of the ceiling; the ceiling is provided with a solar power generation device; the solar power generation device comprises a solar battery pack, a controller, a storage battery pack and an inverter; the solar battery pack is connected with the controller; the controller is connected with the storage battery pack; the storage battery pack is connected with the inverter; and the inverter is connected with a powered device; the solar battery pack comprises a plurality of solar panels, and the number of the solar panels is between 20 and 200; and the solar panels adopt monocrystalline silicon solar batteries or polycrystalline silicon solar batteries. The solar car shed can convert solar energy into electrical energy, and supplies power to lamps or batteries of battery cars.

The invention relates to a solar car sunshade scroll which comprises a solar battery (1), a roller blind motor (2), a fixed frame (3), a hook (4) and a roller blind. The solar car sunshade is characterized in that the solar battery (1) is a flexible thin-film solar battery, the solar battery (1) is covered on the upper surface of the roller blind, and fluffy cloth is arranged on the lower surface of the roller blind. The solar car sunshade scroll has the advantages of keeping out sunlight which enters a car and converting solar energy into electric energy.

An electric trackable solar car relates to the aspect of the electric solar car structure improvement and solves the technical defects that the power loss of the existing electric solar car in the four-wheel (two front wheels and two rear wheels) layout is relatively high and the economical speed range is relatively small. The electric trackable solar car comprises a frame, a car body and a storage battery which are arranged on the frame, as well as a solar panel arranged on the car body and used for charging the storage battery, and is characterized by further comprising a front-middle wheel connected with the front-middle part of the frame, a rear-middle wheel connected with the rear-middle part of the frame, a left wheel connected with the left side of the frame and a right wheel connected with the right side of the frame, wherein the left wheel is in hinge joint with the frame through a left swing arm, a left swing arm oil cylinder is arranged between the left swing arm and the frame, the right wheel is in hinge joint with the frame through a right swing arm, and a right swing arm oil cylinder is arranged between the right swing arm and the frame. The electric trackable solar car disclosed by the invention is simple in structure, low in production cost, light and energy-saving. The inclination angle of the solar panel at the top of the car body can be adjusted and the generating capacity of the solar panel can be improved.

The invention discloses a solar vehicle adopts a novel medium heat absorption resilience-type internal combustion engine as a power source. The internal combustion engine is composed of three cylinders in straight arrangement, namely, a high-pressure gas cylinder is internally sleeved with a fuel gas cylinder in the coaxial direction, a coaxial compressed gas cylinder is reversely arranged below the gas cylinder, and a piston connecting rod of the compressed gas cylinder and a piston connecting rod of a gas cylinder sleeve form an angle of 180 degrees and are installed on a crankshaft together. Media are adopted for absorbing heat for expanding to do work so as to absorb most heat from the cylinder walls of the internal combustion engine and waste gases, so that the heat efficiency of the internal combustion engine can be improved greatly, and meanwhile, a water cooling system is omitted to reduce the production cost; furthermore, electric power is provided for a heat radiating fan by a solar battery panel, a storage battery is charged without a power generator, and the heat radiation effect can be improved greatly by water mist evaporative heat radiation; moreover, electric power of a high-power humidifier is from the solar cell panel, and thus the energy consumption is reduced further. The energy conservation of the vehicle is realized by comprehensively utilizing multiple energy-saving techniques, so that the oil consumption of the vehicle is reduced greatly.

A solar energy lane marking system for a road surface having at least a traffic lane includes a set of lane markers, and a solar energy collection arrangement. The lane markers are for spacedly providing on the road surface to define the traffic lane, wherein each of the lane markers includes an illuminator for lane illumination. The solar energy collection arrangement is for controlling the set of lane markers in centralized manner to ensure sufficient and consistent illumination of the illuminators, and includes a solar energy collector for collecting solar energy, an energy storage, and a central processing circuitry. The central processing circuitry, which is electrically connecting the energy storage with the illuminators of the lane markers, operatively controls the illuminators of the lane markers as an illuminable road divider for identifying the traffic lane in case of low visibility of the traffic lane.

The invention relates to the technical field of vehicle-mounted refrigerators and provides a vehicle-mounted solar refrigerator. The vehicle-mounted solar refrigerator comprises a solar charging device and a refrigeration box, wherein the solar charging device is used for directly converting sunlight into electric energy and storing the electric energy, and the refrigeration box is used for storing food. The solar charging device is detachably connected with the refrigeration box. A plug structure is arranged on the solar charging device. A locking mechanism capable of locking and unlocking the plug structure is arranged on the refrigeration box. A solar panel assembly, a storage battery and a charging controller used for controlling charging of the storage battery are arranged inside the solar charging device. A refrigerating system and a power source controller which is used for controlling the storage battery to supply power to the refrigerating system are arranged inside the refrigeration box. Compared with the prior art, the refrigeration box of the vehicle-mounted solar refrigerator is prevented from being irradiated by sunlight during charging of the storage battery, the solar charging device is prevented being damaged when the vehicle-mounted solar refrigerator is carried and transferred, and using and carrying of the vehicle-mounted solar refrigerator are facilitated.

The invention discloses a solar vehicular air puffier. The solar vehicular air purifier comprises a housing, a solar panel, a power source, a filter system, a fan device, a control circuit system, a photocatalyst generator, a negative-ion generator and a charging socket. The housing is provided with an air inlet and an air outlet, the power source, the filter system, the fan device, the control circuit system, the photocatalyst generator and the negative-ion generator are arranged in the housing, one end of the housing is provided with the charging socket, and the rotatable solar panel is arranged at the other end of the housing. The solar panel is connected with the power source, and the control circuit system controls working time and start and stop of the photocatalyst generator and the negative-ion generator. Formaldehyde and benzene type gas in the air and bacteria, virus, microorganisms and organic pollutant in cars can be effectively eliminated, the air is effectively purified, and with the control circuit system controlling the photocatalyst generator and the negative-ion generator to control operating states, solar energy is used as a power source, thereby being economic and environment friendly.

The invention relates to a novel environment-protecting self-assistance multi-power and multi-drive solar automobile. On the basis of the consistency of the outline structure, the chassis and the driving system of the prior automobile, the invention consists of solar photoelectric boards, a high-energy storage battery, a DC electric and power generating reciprocal engine and an electric and power generating reciprocal engine arranged at rear wheels. The solar photoelectric boards arranged at the front, the back and the roof of the automobile shell combine with the high-energy storage battery arranged inside the automobile back boot to change the solar energy into electric energy. The motor-generator set arranged at the rear wheel provides auxiliary power for the car in running and can also convert the inertial kinetic energy generated in running into the electric energy. Making full use of comprehensive and renewable natural energy as driving power, according to the objective conditions and laws granted by nature to us, the invention masters, knows and utilizes natural laws to organically combine and convert the natural energy into mechanical energy. The novel environment-protecting self-assistance multi-power and multi-drive solar automobile is a pollution-free, clean, energy-saving, multi-power and multi-drive transportation vehicle with practicality and low usage cost.

The invention discloses a car light, in particular to a solar car light. The solar car light is characterized in that a controller is mounted on the rear portion of a car light body, a storage battery is mounted in the controller, a circuit board is mounted at the front end of the storage battery, the top of the storage battery is connected with a solar panel, a lead is connected on the rear portion of the controller and a switch is mounted at the rear end of the lead. The solar car light has the advantages that solar resource is effectively utilized and electric power is saved greatly.

The invention provides a solar energy collecting automobile casing and a solar system for an automobile. The solar energy collecting automobile casing comprises an outer plate, an inner plate, a closed cavity, wherein a space exists between the outer plate and the inner plate, the closed cavity is defined by the outer plate and the inner plate, and the closed cavity is used for accommodating working fluid. Besides, the solar energy collecting automobile casing also comprises a vacuum device. The solar energy collecting automobile casing can be arranged at the top of the automobile, on an engine cover, a trunk lid, an automobile door, automobile windows or other portions of the automobile, which can be exposed in sunlight. The solar system for the automobile comprises the solar energy collecting automobile casing, an actuating mechanism and a connecting pipe line, wherein the actuating mechanism uses solar energy collected by the automobile casing as an energy source, the solar energy collecting automobile casing and the actuating mechanism are connected by the connecting pipe line, and the actuating mechanism can be a heat energy actuating mechanism or a pressure actuating mechanism and is used for converting the collected solar energy into electric energy or kinetic energy for follow-up usage. The shape of solar energy collecting automobile casing can be designed freely under the consideration of both the appearance and the solar energy capture effect.

A solar car washing device pertains to a car washing tool, which charges a storage battery through a solar battery panel. The solar car washing device consists of a water tank, a chassis and a push hand. The inside of the chassis is provided with a water pump and the storage battery; one end of the storage battery is connected with the water pump through a lead wire and the other end is connected with a charging plug; the connecting part between the push hand and the chassis is also provided with the solar battery panel; the solar battery panel is connected with the storage battery through the lead wire; the inside of the chassis is also provided with a solar energy controller; the two ends of the solar energy controller are respectively connected with the solar battery panel and the storage battery through the lead wires. The solar car washing device with simple structure, energy conservation and environmental protection utilizes the solar battery panel to convert optical energy into the electric energy to be stored in the storage battery and achieves the aim of washing cars at any time.

The invention relates to a highly efficient charging solar car suitable for use in severe cold regions. The car comprises a car body, a power generation mechanism and four wheels, the car body is internally provided with an antenna, a PLC and a heating mechanism, the power generation mechanism comprises a fixing frame, a solar panel, a heating box and two protection assemblies, the protection assemblies comprise protection plates and two mobile units, the heating mechanism comprises an air inlet, an engine, a heating pipe, a gas guiding chamber and a gas outlet pipe, a fan is arranged in the gas guiding chamber, a vibration assembly and a filtering cotton are arranged in the air inlet, which is suitable for the highly efficient charging solar car in the severe cold regions to increase thetemperature of the solar panel, thereby improving the photovoltaic power generation efficiency of the solar panel, facilitating the rapid charging of the car and enhancing the endurance, not only that, and in addition, in rainy weather, in the power generation mechanism, the two protection plates are placed close to each other and cover the fixing frame to prevent the solar panel from being damaged by the impact corrosion of the rainwater, thereby protecting the solar panel and improving the practicability of the solar car.

The invention relates to a high-stability solar car with a snow removing function. The high-stability solar car with the snow removing function comprises a car body, a solar panel and four wheels, wherein the solar panel is arranged at the top of the car body, the wheels are arranged at the bottom of the car body where four connecting mechanisms are arranged in one-to-one correspondence to the wheels, every connecting mechanism comprises two cleaning modules and two lifting modules, every wheel is arranged between the corresponding two cleaning modules, the lifting modules are in one-to-one correspondence to the cleaning modules, and every cleaning module comprises a fixing block, a driving motor, a screw, a slider, a connecting box, a hairbrush and two transmission units. The high-stability solar car with the snow removing function achieves the function of clearing snow on the wheels through the cleaning modules to avoid slipping of the wheel; besides, by lifting up the wheels mired in potholes, the high-stability solar car with the snow removing function can be conveniently driven out of the potholes.

The embodiment of the invention provides a solar car. The solar car is used for solving the technical problems that in the prior art, electric power resource consumption of electric cars is high and electric cars cannot be used continuously because electric cars cannot be charged in time, and achieving the technical effects that electric power resource consumption of electric cars is reduced and electric cars are kept being used continuously. The solar car comprises a car body, wheels, a storage battery and solar cell panels, wherein the storage battery is used for providing power for the solar car, and the solar cell panels are connected with the storage battery and used for converting optical energy into electric energy so as to charge the storage battery.

The invention relates to a solar car flexible in structure and facilitating luggage placing. The solar car comprises a car head, a car body, a lighting frame, a cover plate, a placing frame, a photovoltaic panel, a rotating mechanism and two moving mechanisms. The rotating mechanism comprises a reinforcing assembly and a rotating assembly. The rotating assembly comprises a rotating unit and a hinge unit, the rotating unit comprises a first motor, a first connecting rod and a second connecting rod, the moving mechanism comprises a transverse moving assembly, a transverse moving block and a lifting assembly, and the lifting assembly comprises a fixed block, a driving unit, a driving block, a telescopic frame, a sliding block and a sliding rail. According to the solar car flexible in structure and facilitating luggage placing, the moving mechanisms can conveniently drive the photovoltaic panel to do lifting moving, a person can conveniently place the luggage cargos in the placing frame, the luggage cargos carried and transported by the car are increased, accordingly, the rotating mechanism drives the cover plate to rotate upwards, a person in the car can conveniently look up at the sky and enjoy high altitude scene, and practicability of the car is improved.

The invention discloses a polycarbonate packaged solar car roof or skylight and a manufacturing method thereof. The polycarbonate packaged solar car roof comprises a polycarbonate shell and a car roof body provided with a mounting groove, wherein the outer side surface of the polycarbonate shell is a curved surface, an arrangement cavity having a plane therein is formed in the inner side of the polycarbonate shell, solar cell modules are arranged in the arrangement cavity and are bonded with the plane of the arrangement cavity through light-transmitting organic silica gel, the polycarbonate shell where the solar cell modules are arranged is arranged in the mounting groove formed in the car roof, and a sealing strip is arranged between the open portion of the top of the mounting groove and the polycarbonate shell. After the structure is adopted, the problem that rigid photovoltaic modules cannot be applied to the curved surface is solved, and an attractive car body is kept. Various light-weight solar cell packaging structures can be adopted. The capacity of resisting to environmental aging and mechanical abrasion of the solar car roof can be greatly improved, and the service life of the solar car roof or skylight is ensured.

The invention discloses a solar car refrigerating device and method. The solar car refrigerating device is arranged on a car and comprises a flexible film solar cell arranged on a car roof, a storage battery arranged in a bonnet of the car, and a refrigerating device body arranged in the bonnet of the car, wherein the flexible film solar cell is electrically connected with the storage battery, the storage battery is electrically connected with the refrigerating device body, the flexible film solar cell comprises a transparent PI (polyimide) substrate, a plurality of transparent front conductive films, a plurality of non-crystalline silicon solar battery pieces, a plurality of transparent back conductive films and a transparent packaging layer from bottom to top. By arranging the flexible film cell on the car roof, heat energy of the car roof is converted into electric energy to be stored in the storage battery, the storage battery provides the electric energy for the refrigerating device body to drive the refrigerating device body, and the purpose of driving the refrigerating device body through solar energy is achieved; and heat originally gathered at the car roof is converted into cooling energy, a cab is effectively prevented from being too hot, and meanwhile, energy is saved.

The invention discloses a car washing system for circularly processing sewage by means of solar energy. The car washing system comprises a solar power generation system, a sewage processing system, an automatic car washing system, an integrated controller and a car washing room. The solar power generation system, the sewage processing system, the automatic car washing system and the integrated controller are arranged on the car washing room. A solar car washing station is not limited by sites and water sources, high-water-pressure washing of an automatic car washing machine is adopted, and the procedure of washing one car is completed within 3-5 min. The whole car washing station supplies power to the whole set of equipment through solar power generation, the water purification equipment provides the clean water source, the water source can be repeatedly utilized, and the water source is saved greatly.

The invention relates to a solar energy car, characterized in that the driving device in the driving system is a double salient pole magnetic resistance wheel hub electric machine, the casing is provided with a solar energy plate, the control panel of the electric machine control system is arranged in front of the driving seat, a battery group is arranged in the front of or at the rear, so is a baggage box, the battery group has 4 or above batteries able to be grouped and allocated by time division with charging capacities by the control of a control system. The invention saves energy sources and has no pollution problem, light and simple in structure. The invention overcomes the disadvantages of long charging time and short running distance. And the invention can highly use the solar energy and thus accelerates the course of storing energy and charging.

The invention provides a structure for connecting a solar panel with a car body on a solar car, and belongs to the field of cars. The problem that the service life of a solar panel in an existing solar car is short is solved. The structure for connecting the solar panel with the car body on the solar car comprises an installation disc located in an inner cavity of a connecting portion, the solar panel is located in the installation disc, a positioning structure connecting the solar panel and the installation disc is arranged between the solar panel and the installation disc, a driving part capable of driving the installation disc to transversely move up and down is arranged between the installation disc and the bottom wall of the connecting portion, a connecting column is vertically arranged on the top face of the car body, a connecting part is arranged on one side of the connecting column, a sealing plate is hinged to the connecting part, a torsional spring enabling the sealing plate to seal the inner cavity of the connecting portion is arranged between the connecting column and the sealing plate, and a protruding limiting block capable of abutting against the inner side wall of the sealing plate for limiting is arranged on the outer edge of the installation disc. The structure for connecting the solar panel with the car body on the solar car has the advantage that the service life of the solar panel is prolonged.

The invention provides a solar car shed capable of being self-cleaned on rainy days and a using method of the solar car shed, and relates to the field of solar car sheds. The solar car shed comprisesa ceiling, wherein a photovoltaic panel is fixedly connected to the top of the ceiling, supporting legs are fixedly connected to the bottom of the ceiling, a scraping rod is arranged at the opposite top of the ceiling, and two parallel sliding rods are arranged on the two sides of the scraping rod; and the two ends of the scraping rod are in sliding fit with the two sliding rods respectively, thesliding rods are perpendicular to the scraping rod, and the bottom surface of the scraping rod is attached to the photovoltaic panel. According to the solar car shed capable of being self-cleaned on rainy days, rainwater can be accumulated in a rainwater hopper while raining on rainy days, when the rainwater hopper is full of the rainwater, the rainwater is discharged, the rainwater drives an impeller to rotate, and the impeller drives a first reel to rotate, so that a pull rope is contracted, and the scraping rod is driven to slide along the sliding rods; and when the rainwater in the rainwater hopper is completely discharged, the impeller which loses the impact of water flows loses rotating force, so that the scraping rod can automatically reset under the action of reset springs.

The invention belongs to the technical field of refrigerator equipment manufacturing, and relates to a solar-powered vehicle-mounted refrigerator. Control device and battery protection device, etc.; the upper left corner of the outer surface of the front box wall is equipped with a refrigerator power switch to control the power on and off, and an LED sterilization lamp is embedded in the inner surface of the rear box wall, and the right box wall has a double-layer structure. , the inner cavity has a built-in condensation pipe, and the outer layer is a thermal insulation layer; the bottom of the box wall extends downward to the top of the chassis of the passenger car, and the lower part of the bottom of the box wall is fixed with a bottom cover, and the bottom cover is opened There are two circular mesh structure cooling vents. The main structure is simple and the design concept is ingenious. It is powered by solar energy and the car battery. It is installed on the central armrest in the car and can be used as a seat armrest, making full use of the space in the car. , the application environment is friendly, and the market prospect is broad.

The invention discloses a solar car power supply, and belongs to the technical field of solar cells. The solar car power supply comprises a solar cell array and a peripheral circuit; the solar cell array is paved along the outer side of the car body, and is composed of one or more GaAs-based solar cell units connected in series or in parallel, wherein each solar cell unit comprises a component layer, a metal electrode layer arranged on the component layer and a backing layer which is arranged under the component layer and compose of a metal later and a heat-conducting backing layer; the peripheral circuit is electrically connected to the solar cell array, and comprises a control circuit. The solar cell provided by the invention is efficiency and flexible, solves the problems that the existing solar car power supply is low in photoelectric converting efficiency, poor low light performance, poor wide-angle lighting, poor heat dissipation performance, insufficient flexibility and heavy weight, and can be perfectly integrated on the surface of the car; in addition, heat dissipation is good in strong sunlight in summer so as to avoid excess temperature in the car. The solar car power supply is also applicable to city busses, busses, tops of buildings and curtains facing the sun.

The invention discloses a shaded full-automatic solar automotive sun-blocking device. The shaded full-automatic solar automotive sun-blocking device is characterized in that a sun-blocking curtain is arranged on the inner side of a front automotive windshield and can be collected on the inner side of the automobile roof, sun-blocking glass comprises a left sun-blocking glass body, a right sun-blocking glass body and a rear sun-blocking glass body which are respectively mounted on a rear automobile window, a right automobile window and a rear automobile window, both the left sun-blocking glass body and the right sun-blocking glass body can be lifted, the sun-blocking curtain comprises an outer organic aluminum foil glass fiber cloth layer, an inner organic glass fiber cloth layer and an air layer sandwiched between the outer organic aluminum glass fiber cloth layer and the inner organic glass fiber cloth layer, the air layer of the sun-blocking curtain is communicated with the air filling and extracting pump, each of the sun-blocking glass bodies comprises an outer composite glass layer, an inner organic glass layer and an air sandwich layer sandwiched between the outer composite glass layer and the inner organic glass layer, a cooling automobile body is formed by an automobile covering piece and an inner trim part as well as the air sandwich layer between the automobile covering piece and the inner trim part, and both the sun-blocking glass and air sandwich layer of the cooling automobile body are communicated with an air pump. The shaded full-automatic solar automotive sun-blocking device has the advantages of high automation degree, convenience in use, good sun-blocking effect and the like.

The invention relates to a light-weight solar automobile automatic side-tipping device with the shock absorption function. The light-weight solar automobile automatic side-tipping device is arranged at the chassis position of an automobile and adopts a rotation angle sensor to acquire a signal which is then input into a single chip after A / D conversion; the single chip inputs the control signal into a stepping motor, and the forward rotation or the backward rotation of the stepping motor can be realized so as to achieve the automatic tipping of a light-weight solar automobile, therefore, the body stability of the automobile during the steering process is improved; and the invention can accurately calculate the tipping angle of the body according to the size of the automotive rotation angle. The invention has simple structure and lower cost, is easy to implement and can improve the automotive stability, in particular to light-weight automobiles.