CN201211907Y

CN201211907Y - Solar luggage case

Info

Publication number: CN201211907Y
Application number: CNU2008200357748U
Authority: CN
Inventors: 赵立新
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-04-29
Filing date: 2008-04-29
Publication date: 2009-03-25
Anticipated expiration: 2018-04-29

Abstract

The utility model discloses a solar luggage case. A solar cell is arranged on the luggage case; the solar cell absorbs the solar energy and transforms the solar energy into electrical energy and then the electrical energy is output to an electric drive vehicle; the solar energy is inexhaustible; and the use of the solar energy can greatly save the limit resources such as petroleum, coal and the like, and the solar energy is clean and renewable resource and conforms to the survival needs of human beings of being dependent on the renewable resources in future and realizing sustainable development.

Description

The solar power baggage container

Technical field

The utility model relates to a kind of solar power baggage container that is applied on the vehicle.

Background technology

The modern vehicle are bringing people's life simultaneously easily; also aggravated mondial energy shock; fuel-engined vehicle is not only the oil consumption rich and influential family; and the pollution of blowdown damages the healthy of environment and people especially after the oil combustion; the universal high load capacity that has then formed electrical network of battery-driven car; we know that oil, coal etc. is not inexhaustible, nexhaustible, and the existing vehicle are very big to the consumption of the limited energy.

Summary of the invention

The purpose of this utility model is to provide a kind of solar power baggage container, and this baggage container is converted into electric energy with unlimited solar energy source and can carries to the vehicle.

In order to reach above purpose, the technical solution adopted in the utility model is: a kind of solar power baggage container, be equipped with solar cell on this baggage container.

Described solar cell is housed on the outside face of described baggage container.

Because the utility model has adopted above technical scheme, its advantage is: solar cell is housed on the baggage container, solar cell absorbs solar power, be translated into electric energy, may be output to then on the driven by power car, solar power is inexhaustible, nexhaustible, use solar power to have saved widely as limited energy such as oil, coals, and solar power is clean, renewable resource, it is replaced traditional energy, meet human relying on the existence demand of regenerative resource, realization sustainable development future.

Description of drawings

Accompanying drawing 1 is for laying the structural representation of battery-driven car of the present utility model;

Wherein: 1, solar cell; 2, back mounting; 3, solar panel; 4, storage battery; 5, controller; 6, AC/DC motor; 7, rear wheel; 8, governor handle.

The specific embodiment

Further set forth concrete structure of the present utility model below in conjunction with accompanying drawing.

A kind of solar power baggage container is equipped with solar cell 1 on the outside face of this baggage container, below main set forth the application of solar power baggage container on battery-driven car.

Adopt the conventional battery-driven car that uses, lay baggage container on the back mounting 2 of battery-driven car, baggage container on the one hand can be for the usefulness of depositing article, on the other hand, the end face of baggage container is equipped with solar cell 1, perhaps solar cell 1 all is housed in the end face and the side of baggage container, referring to accompanying drawing 1, solar cell 1 comprises polylith solar panel 3, be electrically connected between each cell panel 3, this solar cell 1 fills element with storage battery 4, controller 5, inverter, counnter attack, AC/DC motor 6 drives load and constitutes a solar photovoltaic system.

Next distinguish each parts in the illustrative system:

In solar cell 1, according to system requirements connection in series-parallel polylith solar panel 3, solar energy converting becomes electric energy output under the solar light irradiation, and solar cell 1 is the core component of system;

Storage battery 4, solar cell 1 is electrically connected with storage battery 4, form the charge power supply of storage battery 4, when the electric weight that illumination deficiency or evening or loading demand are sent greater than solar cell 1, storage battery 4 can discharge the electric energy that stores to satisfy the energy requirement of load, and it is the energy storage component of system;

Controller 5, control the charging of 1 pair of storage battery 4 of solar cell according to the power supply requirement of load, also control simultaneously sending of solar cell 1 or 4 pairs of AC/DC motors 6 of storage battery, in the output shaft of AC/DC motor 6 and the rear wheel of battery-driven car 7, thereby motor 6 is driven in rotation advancing of drive battery-driven car.The controller 5 of battery-driven car also is connected on the governor handle 8, rotating governor handle 8 can allow controller 5 detect different magnitudes of voltage, controller 5 is according to the magnitude of voltage size, analog regulation flows to the height of motor 6 voltages, thereby controlled the rotating speed of motor 6, controller 5 is core control parts of system;

Diode is filled in counnter attack, and its effect is to avoid because solar cell 1 does not generate electricity or when short trouble occurring, storage battery 4 is by solar cell 1 discharge, and it is connected in the loop, plays unidirectional conducting effect, and meaning not shown in the figures is drawn;

Inverter when load needs AC signal, uses the AC/DC inverter, and it is that the direct current (DC) that direct current (DC) that solar cell is produced or storage battery discharge is converted into the required alternating current of load, and meaning not shown in the figures is drawn;

To sum up, under irradiation of sunlight, electric energy with solar cell 1 produces by control accumulators 4 chargings of controller 5, is perhaps satisfying under the situation of loading demand, direct powering load, if sunshine deficiency or night, then under the control of controller 5, power, for AC load to DC load by storage battery 4, need add inverter, direct current (DC) is converted to alternating current.

Consider factors such as driving safety and minimizing resistance, baggage container is placed on the back mounting 2 of battery-driven car as the structure of a FCL body when generally travelling, the area of the raying of solar panel 3 mainly concentrates on the top end face of baggage container, because erect the side, then the efficiency ratio of side raying is lower; Stop or during calm fine weather, the side opening of baggage container can be divided, then sun raying area increases greatly, and solar energy converting is that the power of electric energy also can increase, and the charging rate of storage battery 4 is accelerated, and charging duration shortens.

Solar panel 3 also has other mounting means, for example says, polylith solar panel 3 is installed in folding mode on the end face of baggage container (not drawings attached demonstration), when needs charge, launch polylith solar panel 3, fully absorb solar power, be converted into electric energy output.

Solar power is clean, and renewable resource replaces traditional energy with it, can realize the existence demand of environmental protection and human kind sustainable development.

Claims

1, a kind of solar power baggage container is characterized in that: on this baggage container solar cell is housed.

2, solar power baggage container according to claim 1 is characterized in that: described solar cell is housed on the outside face of described baggage container.