CN207711886U - Vehicle moving charging equipment and power generation movable charging vehicle - Google Patents
Vehicle moving charging equipment and power generation movable charging vehicle Download PDFInfo
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- CN207711886U CN207711886U CN201721888507.0U CN201721888507U CN207711886U CN 207711886 U CN207711886 U CN 207711886U CN 201721888507 U CN201721888507 U CN 201721888507U CN 207711886 U CN207711886 U CN 207711886U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
Abstract
The utility model is related to dislocation generation charging technique field more particularly to a kind of vehicle moving charging equipment and power generation movable charging vehicles.The vehicle moving charging equipment, including container, feeding system, electricity generation system and charging system；For storing combustible medium and being conveyed to electricity generation system, electricity generation system is generated electricity using combustible medium and supplies electricity to charging system feeding system；Charging system is for supplying electricity to object to be charged；Container is disposed with feed room, power compartment and accumulator plant；Feeding system is fixed in feed room, and electricity generation system is fixed in power compartment, and charging system is fixed in accumulator plant；It is isolated using adiabatic bursting diaphragm between feed room and power compartment.The power generation movable charging vehicle includes vehicle body and vehicle moving charging equipment.The purpose of this utility model is to provide vehicle moving charging equipment and power generation movable charging vehicle, the technical issues of to solve " charging difficult " existing in the prior art.
Description
Technical field
The utility model is related to dislocation generation charging technique field more particularly to a kind of vehicle moving charging equipments and hair
Electric moveable charging vehicle.
Background technology
Climate change, energy and environmental problem are the long-standing problems that human society faces jointly, as world energy consumption
Big country and environmental protection important force, China actively implement electric vehicle science and technology development strategy.As country widelys popularize electric vehicle
The sales volume of the development of industry, electric vehicle also increases year by year.But due to the restriction of battery technology, current electric vehicle course continuation mileage
Generally at 200 kilometers or so, and the required charging time is longer；For example, using fast charge technology, 40-60 minutes ability is generally needed
It is full of.
In addition, the charging pile of electric vehicle charging is also not yet universal, the most areas in the whole nation, which are all only built, limited charging
Stake；Currently, the quantity of charging pile much cannot be satisfied the demand of electric automobile market growth.In addition, since electric vehicle charges
When, charge power is larger, and current electric grid capacity is limited, it is difficult to meet the electric vehicle power demand of rapid growth.Therefore, it " fills
It is electric difficult " promoting the use of for electric vehicle is seriously constrained, limit industry development.
Therefore, the application provides a kind of new vehicle moving charging equipment and the mobile charging that generates electricity regarding to the issue above
Vehicle gives electric vehicle supply of electrical energy by way of mobile charging.
Utility model content
The purpose of this utility model is to provide vehicle moving charging equipments, to solve existing in the prior art " fill
It is electric difficult " the technical issues of.
The purpose of this utility model also resides in offer power generation movable charging vehicle, to solve " charging existing in the prior art
It is difficult " the technical issues of.
Based on above-mentioned first purpose, vehicle moving charging equipment provided by the utility model, including container, feed system
System, electricity generation system and charging system；The feeding system is for storing combustible medium and being conveyed to the electricity generation system, the hair
Electric system is generated electricity using the combustible medium and supplies electricity to the charging system；The charging system is to be charged for supplying electricity to
Object；
The container is disposed with feed room, power compartment and accumulator plant；The feeding system is fixed at the confession
Material is indoor, and the electricity generation system is fixed in the power compartment, and the charging system is fixed in the accumulator plant；
It is isolated using adiabatic bursting diaphragm between the feed room and the power compartment.
Optionally, it is isolated using thermal acoustic insulation plate between the power compartment and the accumulator plant.
Optionally, it is provided with anechoic chamber between the feed room and the power compartment；The exhaust end of the electricity generation system connects
Lead to the anechoic chamber；
It is isolated using adiabatic bursting diaphragm between the feed room and the anechoic chamber；
It is isolated using thermal acoustic insulation plate between the anechoic chamber and the power compartment.
Optionally, it is fixedly installed combustible medium leakage alarm system in the container；
The combustible medium leakage alarm system includes combustible medium leak sensor；
The combustible medium leak sensor is arranged in the top of the feed room, the feeding system, feed system
At one in supply air line between system and the electricity generation system or many places.
Optionally, the quantity of the accumulator plant is two；Two accumulator plants are arranged in the both sides of the power compartment, and
It is arranged in the tail portion of the container.
Optionally, the charging system includes charger；
It is provided at least one charger in each accumulator plant；
Each charger is connected at least two charging guns；
The feeding system includes the LNG storage tank being sequentially communicated, vaporizer, surge tank and pressure reducing valve；
The electricity generation system includes engine and generator；The engine drives the power generation using the combustible medium
Machine generates electricity；The generator powered is in the charging system；
The output end of the pressure reducing valve is connected to the input terminal of the engine.
Optionally, radiator fan, the power compartment and institute are respectively arranged at the top of the power compartment and the accumulator plant
The bottom for stating accumulator plant is respectively arranged with ventilation hole；
The radiator fan is variable-frequency fan；Blinds or filter screen are provided on the ventilation hole；
It is fixedly installed heat radiation cooling system in the container；The heat radiation cooling system include radiator and with it is described
The heat dissipation pipeline of radiator connection；
The radiator is connected to by the heat dissipation pipeline with high-temperature component；
The high-temperature component include one in cylinder, booster, exhaust pipe or the charge air cooler of the electricity generation system or
Person is multiple；
The radiator is arranged in the top of the feeding system.
Optionally, the heat radiation cooling system includes the first cooling subsystem and the second cooling subsystem；
Correspondingly, the radiator includes the first radiator and the second radiator；The heat dissipation pipeline includes the
One heat dissipation pipeline and the second heat dissipation pipeline；
First radiator is connected to by first heat dissipation pipeline with the charge air cooler of the electricity generation system；Described
Two radiators are connected to by second heat dissipation pipeline with the cylinder of the electricity generation system.
Optionally, the container includes front panel, back panel, left plate, right panel, bottom plate and top plate；The front panel,
The left plate, the back panel and the right panel enclose connect successively；
The top plate is connect with the top of the front panel, the left plate, the back panel and the right panel respectively；Institute
Bottom plate is stated to connect with the bottom of the front panel, the left plate, the back panel and the right panel respectively；
The container includes the first partition set gradually, second partition and third partition board；The first partition is described
Adiabatic bursting diaphragm, the second partition and the third partition board are the thermal acoustic insulation plate；
The first partition, the front panel, the left plate, the right panel, the bottom plate and the top plate are formed
The feed room；
The first partition, the second partition, the left plate, the right panel, the bottom plate and the top plate shape
At the anechoic chamber；
The second partition, the third partition board, the left plate, the right panel, the bottom plate and the top plate shape
At the power compartment；
The third partition board, the back panel, the left plate, the right panel, the bottom plate and the top plate are formed
The accumulator plant；
It is logical to be provided with feed at least one side in the front panel corresponding with the feed room, the left plate and the right panel
Air regulator；At least one side is provided with feed operation door in the left plate corresponding with the feed room and the right panel；
The area of the feed vent window is respectively greater than the 60% of the front panel and the left plate area；The feed is logical
The area of air regulator is more than the 40% of the right panel area；The feed vent window is shutter；
The first partition corresponding with the anechoic chamber, the second partition, the left plate, the right panel, the bottom
It is both provided with noise reduction layer in portion's plate and the top plate；The noise reduction layer is located in the anechoic chamber；
Muffler is provided in the anechoic chamber, the muffler is used to connect the discharge duct of the electricity generation system；With
The corresponding top plate in the anechoic chamber is provided with exhaust web plate；The bottom plate corresponding with the anechoic chamber is provided with bottom
Portion's web plate.
Based on above-mentioned second purpose, power generation movable charging vehicle provided by the utility model, including vehicle body and described
Vehicle moving charging equipment；The vehicle body is lorry or train.
Vehicle moving charging equipment provided by the utility model and power generation movable charging vehicle, can by feeding system storage
It fires medium and is conveyed to electricity generation system, electricity generation system and generated electricity using combustible medium and supply electricity to charging system and charging system confession
The object to be charged such as electric vehicle is supplied electricity to, to solve asking for " charging being difficult " existing in the prior art by way of mobile charging
Topic, and mobile charging is low to service site requirements, can be allocated according to charge requirement, charging service efficiency is higher.It should
Vehicle moving charging equipment is by feed room, power compartment and accumulator plant, so that feeding system, electricity generation system and charging system are each
From being set in independent chamber, to improve the security performance of vehicle moving charging equipment；By in feed room and power compartment
Between adiabatic bursting diaphragm is set, feeding system is isolated with other equipment, to further increase vehicle moving charging equipment
Security performance, in order to realize vehicle-mounted mobile charging modes.
Description of the drawings
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific implementation mode or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, other drawings may also be obtained based on these drawings.
Fig. 1 is that the structure of the first vehicle moving charging equipment and vehicle body that the utility model embodiment provides is shown
It is intended to；
Fig. 2 is the vertical view (not showing vehicle body) of vehicle moving charging equipment shown in FIG. 1；
Fig. 3 is that the structure of second of vehicle moving charging equipment and vehicle body that the utility model embodiment provides is shown
It is intended to；
Fig. 4 is the vertical view (not showing vehicle body) of vehicle moving charging equipment shown in Fig. 3；
Fig. 5 is the stream of the first cooling subsystem of the vehicle moving charging equipment that the utility model embodiment provides
Cheng Tu；
Fig. 6 is the stream of the second cooling subsystem of the vehicle moving charging equipment that the utility model embodiment provides
Cheng Tu；
Fig. 7 is that the structure of the third vehicle moving charging equipment and vehicle body that the utility model embodiment provides is shown
It is intended to；
Fig. 8 is the rearview (not showing vehicle body) of vehicle moving charging equipment shown in Fig. 7；
Fig. 9 is the left view (not showing vehicle body) of vehicle moving charging equipment shown in Fig. 7；
Figure 10 is the right view (not showing vehicle body) of vehicle moving charging equipment shown in Fig. 7；
Figure 11 is the structural schematic diagram of the first partition of vehicle moving charging equipment shown in Fig. 7；
Figure 12 is the structural schematic diagram of the second partition of vehicle moving charging equipment shown in Fig. 7；
Figure 13 is that the overlook direction structural schematic diagram of vehicle moving charging equipment shown in Fig. 7 (does not show vehicle sheet
Body)；
Figure 14 is that another structural schematic diagram of overlook direction of vehicle moving charging equipment shown in Fig. 7 (does not show vehicle
Ontology)；
Figure 15 is the structural schematic diagram for the 4th kind of vehicle moving charging equipment that the utility model embodiment provides；
Figure 16 is the vertical view of vehicle moving charging equipment shown in figure 15；
Figure 17 is the upward view of vehicle moving charging equipment shown in figure 15.
Icon：100- containers；110- feed rooms；111- is fed vent window；112- feed operation doors；113- is fed partition board；
Cooling seed cell on 114-；It is fed seed cell under 115-；120- power compartments；121- radiator fans；122- power generation maintenance doors；123- is pushed up
Lid；The accumulator plants 130-；131- charging operations doors；132- charging vent windows；The anechoic chambers 140-；141- noise reduction maintenance doors；142- is arranged
Gas web plate；143- smoke outlets；The bottoms 144- web plate；150- front panels；151- back panels；152- left plates；153- right panels；The bottoms 154-
Portion's plate；155- top plates；156- first partitions；157- second partitions；158- third partition boards；159- partition board fans；160- cat ladders；
The rear portions 170- maintenance door；The rear portions 171- vent window；
210- feeding systems；220- electricity generation systems；230- charging systems；
300- heat radiation cooling systems；310- the first cooling subsystems；The first radiators of 311-；312- first radiates
Pipeline；The first cooling pumps of 313-；The first temperature sensors of 314-；320- the second cooling subsystems；The heat dissipation dresses of 321- second
It sets；The second heat dissipation pipelines of 322-；The second cooling pumps of 323-；324- second temperature sensors；
400- charge air coolers；410- cylinders；411- cylinder bodies；412- cylinder caps；420- boosters；500- vehicle bodies.
Specific implementation mode
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
The every other embodiment that field those of ordinary skill is obtained without making creative work, belongs to this practicality
Novel protected range.
It is in the description of the present invention, it should be noted that term "center", "upper", "lower", "left", "right", " perpendicular
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
The utility model and simplifying describes for ease of description, do not indicate or imply the indicated device or element must have it is specific
Orientation, with specific azimuth configuration and operation, therefore should not be understood as limiting the present invention.In addition, term " the
One ", " second ", " third " are used for description purposes only, and are not understood to indicate or imply relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, can also be electrical connection；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, it can understand above-mentioned art with concrete condition
The concrete meaning of language in the present invention.
Embodiment
Shown in Fig. 1-Figure 17, a kind of vehicle moving charging equipment is present embodiments provided；Fig. 1 and Fig. 3 is this reality
The structural schematic diagram of two kinds of vehicle moving charging equipments and vehicle body of example offer is applied, vehicle body is cutd open with container in figure
View；Fig. 2 is the vertical view of vehicle moving charging equipment shown in FIG. 1, and Fig. 4 is that vehicle moving shown in Fig. 3 charging is set
Standby vertical view, wherein Fig. 2 and Fig. 4 does not show that the top plate of vehicle body and container does perspective processing；Fig. 5 is this implementation
The flow chart for the first cooling subsystem that example provides, Fig. 6 are the stream of the second cooling subsystem provided in this embodiment
Cheng Tu；Fig. 7 is the structural schematic diagram of the third vehicle moving charging equipment and vehicle body provided in this embodiment, vehicle in figure
Ontology is sectional view；Fig. 8 is the rearview of vehicle moving charging equipment shown in Fig. 7, and Fig. 9 is vehicular shown in Fig. 7
The left view of mobile charging device, Figure 10 are the right view of vehicle moving charging equipment shown in Fig. 7, and Figure 13 and Figure 14 are figure
Two kinds of structural schematic diagrams of the overlook direction of vehicle moving charging equipment shown in 7, wherein Fig. 8-Figure 10, Figure 13 and Figure 14
Do not show vehicle body；Figure 11 is the structural schematic diagram of the first partition of vehicle moving charging equipment shown in Fig. 7；Figure 12
For the structural schematic diagram of the second partition of vehicle moving charging equipment shown in Fig. 7；Figure 15 is the provided in this embodiment 4th
The structural schematic diagram of vehicle moving charging equipment is planted, container is sectional view in figure；Figure 16 is vehicle moving shown in figure 15
The vertical view of charging equipment；Figure 17 is the upward view of vehicle moving charging equipment shown in figure 15.
Shown in Fig. 1-Figure 17, vehicle moving charging equipment provided in this embodiment is applied to lorry or train etc.
Vehicle.
The vehicle moving charging equipment (hereinafter referred to as charging equipment), including container 100, feeding system 210, power generation system
System 220 and charging system 230；Feeding system 210 is for storing combustible medium and being conveyed to electricity generation system 220, electricity generation system 220
It is generated electricity using combustible medium and supplies electricity to charging system 230；Charging system 230 is for supplying electricity to object to be charged；Object example to be charged
The equipment of power supply can be such as needed for electric vehicle, electric bicycle, large-scale power reservoir.Optionally, the feed system
System 210 includes LNG storage tank, and electricity generation system 220 is natural gas power system, in order to provide clean energy resource.
Container 100 is disposed with feed room 110, power compartment 120 and accumulator plant 130；Feeding system 210 is fixed at
In feed room 110, electricity generation system 220 is fixed in power compartment 120, and charging system 230 is fixed at accumulator plant 130
It is interior.
Optionally, it is isolated using adiabatic bursting diaphragm between feed room 110 and power compartment 120, also i.e. by 210 He of feeding system
Electricity generation system 220 is isolated, with reduce or prevent the thermal energy of the equal miscellaneous equipments of the electricity generation system 220 being located in power compartment 120 into
Enter feed room 110, the temperature so as to cause feeding system 210 is excessively high and causes security risk.
Vehicle moving charging equipment described in the present embodiment stores combustible medium by feeding system 210 and is conveyed to
Electricity generation system 220, electricity generation system 220 are generated electricity using combustible medium and supply electricity to charging system 230 and the power supply of charging system 230
Give the object to be charged such as electric vehicle, to solve asking for " charging being difficult " existing in the prior art by way of mobile charging
Topic, and mobile charging is low to service site requirements, can be allocated according to charge requirement, charging service efficiency is higher.It should
Vehicle moving charging equipment is by feed room 110, power compartment 120 and accumulator plant 130, so that feeding system 210, electricity generation system
220 and charging system 230 be respectively set in independent chamber, to improve the security performance of vehicle moving charging equipment；It is logical
Cross and adiabatic bursting diaphragm be set between feed room 110 and power compartment 120, feeding system 210 is isolated with other equipment, with into
One step improves the security performance of vehicle moving charging equipment, in order to realize vehicle-mounted mobile charging modes.
In the prior art, to solve the problems, such as that charging is difficult, a kind of scheme is Large scale construction charging pile, another scheme,
Using the form of mobile charging.
There is application limitation below in Large scale construction charging pile：Once building up, position is fixed from movement；To place space
It requires；There need to be significant impact to the operation of electrically-charging equipment in conjunction with municipal power grid, electric network state, such as region has a power failure；Covering ground
Area is limited；Corresponding service capacity is limited；The regular variation of regional electric vehicle density, will become the following charge requirement and
One of principal contradiction of supply.
Large scale construction charging pile, principal contradiction concentrate on above land used and region power load supply and demand.Public sphere is built
Charging pile, charging station, the big problem faced is land used, especially in a densely populated line city, if being included in land lease
Cost, payoff period will significantly extend.And private cell, especially old residential area, parking stall is at full stretch, it is difficult to there is space installation
Fixed charging pile.Electric vehicle charges in terms of load, and urban distribution network capacity is limited, the explosion type of the public fast charge charge requirement of electric vehicle
Growth proposes extremely acid test to urban distribution network, and power grid is caused to cannot be satisfied the charging power demand of rapid growth.Separately
Outside, the public distribution capacity of old residential area is limited, even the demand of home communication trickle charge also is difficult to be met.
Using the form of mobile charging, mode of the accumulator as power supply for other electric vehicle emergent chargings is mostly used,
The electricity being carried by is limited, cannot be satisfied the charge requirement of more vehicles, and charge dimension-limited.
Vehicle moving charging equipment described in the present embodiment passes through feeding system 210, electricity generation system 220 and Charging
230 cooperation of system, can meet the charge requirement of more vehicles, have greatly expanded charging scale.
Shown in Fig. 1-Fig. 4, in the alternative of the present embodiment, using thermal insulation between power compartment 120 and accumulator plant 130
Sound panel is isolated.Accumulator plant 130 is isolated with power compartment 120 by thermal acoustic insulation plate, is also by charging system 230 and power generation
220 isolation of system, to reduce or prevent the electricity generation system 220 in container 100 in power compartment 120 from miscellaneous equipments being waited to interfere position
It is worked normally in the charging system 230 in accumulator plant 130, the security performance of charging system 230 can also be improved.
In the alternative of the present embodiment, anechoic chamber 140 is provided between feed room 110 and power compartment 120；Electricity generation system
220 exhaust end is connected to anechoic chamber 140；By anechoic chamber 140, to reduce shadow of the noise to ambient enviroment of electricity generation system 220
It rings.
Optionally, it is isolated using adiabatic bursting diaphragm between feed room 110 and anechoic chamber 140；Also i.e. by 210 He of feeding system
Anechoic chamber 140 is isolated, to reduce or prevent the thermal energy of the miscellaneous equipments such as electricity generation system 220,220 tail gas of electricity generation system from entering confession
Expect room 110, the temperature so as to cause feeding system 210 is excessively high and causes security risk.
Optionally, it is isolated using thermal acoustic insulation plate between anechoic chamber 140 and power compartment 120；Also i.e. by anechoic chamber 140 and hair
Electric system 220 is isolated, and to reduce the noise of anechoic chamber 140, improves the muting function of vehicle moving charging equipment.
Optionally, it is isolated using adiabatic bursting diaphragm between anechoic chamber 140 and power compartment 120；Also i.e. by anechoic chamber 140 and hair
Electric system 220 is isolated, to reduce or prevent the thermal energy of the miscellaneous equipments such as the electricity generation system 220 being located in power compartment 120 from passing through
Anechoic chamber 140 enters feed room 110, and the temperature so as to cause feeding system 210 is excessively high and causes security risk.Pass through setting two
The adiabatic bursting diaphragm of layer further improves the security performance of vehicle moving charging equipment so that the thermal energy of miscellaneous equipment is isolated.
In the alternative of the present embodiment, it is fixedly installed combustible medium leakage alarm system in container 100 and (is not shown in figure
Show)；By combustible medium leakage alarm system vehicular is improved for the leakage of the combustible mediums such as early detection natural gas
The safety of mobile charging device and vehicle operation.
Optionally, combustible medium leakage alarm system includes combustible medium leak sensor.When feeding system 210 uses
When LNG, combustible medium leak sensor is gas leakage sensor.
Combustible medium leak sensor is arranged in the top of feed room 110, feeding system 210, feeding system 210 and power generation
At one in supply air line between system 220 or many places.Optionally, combustible medium leak sensor is arranged in feed room
Supply air line between 110 top, feeding system 210, feeding system 210 and electricity generation system 220；It is multiple flammable by being arranged
Dielectric leakage sensor, to improve the safety of vehicle moving charging equipment and vehicle operation.
In the alternative of the present embodiment, the quantity of accumulator plant 130 is two；The accumulator plants Liang Ge 130 are arranged in power compartment
120 both sides, and be arranged in the tail portion of container 100；Wherein, headstock of the stem of container 100 close to vehicle.By in power compartment
An accumulator plant 130 is respectively arranged in 120 both sides, so that charging equipment can be that the objects to be charged such as multiple electric vehicles fill simultaneously
Electricity.
Optionally, charging system 230 includes charger.It is provided at least one charger in each accumulator plant 130；Such as
The quantity of setting charger is 1,2,3,5 etc. in each accumulator plant 130.
Optionally, each charger is connected at least two charging guns.Such as the quantity of each charger connection charging gun
It is 2,3,5,6 etc..
Optionally, a charger is set in each accumulator plant 130, and each charger connects two charging guns；That is, filling
Electric system 230 includes 2 chargers, is respectively arranged in the rear portion both sides of container 100, and 2 charging guns of each band can be 4 simultaneously
Electric vehicle provides charging service.Charging system 230 can provide automatic power distribution function, can be according to electric vehicle charge requirement
Automatic distribution electric energy, while being the electric vehicle service of different model.
In the alternative of the present embodiment, feeding system 210 includes the combustible medium storage tank being sequentially communicated, vaporizer, delays
Rush tank and pressure reducing valve；The input terminal of the output end connection electricity generation system 220 of pressure reducing valve.Wherein, combustible medium storage tank for example can be with
For LNG storage tank, LPG storage tanks or diesel oil tank etc..
In the alternative of the present embodiment, electricity generation system 220 includes engine and generator；Engine utilizes combustible medium
Drive electrical power generators；Generator powered is in charging system 230.When combustible medium is LNG, engine is using natural gas as fuel
Gas power machine, when work drives mating generator to generate electricity, and electric energy is delivered directly to charging system 230, for giving
The object charging to be charged such as the electric vehicle of various models.
Optionally, the input terminal of the engine of the output end connection electricity generation system 220 of the pressure reducing valve of feeding system 210.
In the alternative of the present embodiment, feeding system 210 for example may include diesel oil tank, LNG storage tank or LPG storages
Tank can also include other combustible mediums.Wherein, LNG is the abbreviation of liquefied natural gas (liquefied natural gas),
LPG is the abbreviation of liquefied petroleum gas (Liquefied Petroleum Gas).
Optionally, feeding system 210 includes LNG storage tank；Use natural gas for fuel power generation function, cost of electricity-generating is low, discharge less,
It is free from environmental pollution, additionally it is possible to which that the electric energy for providing cleaning low price meets the requirement of energy-saving and emission-reduction.Relative to diesel generation, there are larger
Problem of environmental pollution, natural gas belongs to clean energy resource.
Vehicle moving charging equipment described in the present embodiment is fixedly mounted LNG storage tank using in feed room 110, is used for
The enough liquefied natural gas of onboard, when charging equipment carries out charging service, by output after liquefied natural gas gasifying to hair
The natural gas power unit of electric system 220 is as fuel；The electric energy generated using natural gas power unit is the electricity of various models
Electrical automobile provides cleaning electric energy, and convenient for flexibly allotment region charging ability；Can also be in road or parking lot as needed
Electric vehicle provides charging service, and uses natural gas power, environmentally protective, meets advocating for national energy conservation and emission reduction.
In the alternative of the present embodiment, some or all of of the inner wall of container 100 is fixedly installed puigging；Pass through
Puigging, to reduce influence of the noise of vehicle moving charging equipment generation to ambient enviroment.Optionally, adiabatic bursting diaphragm is solid
Surely it is connected with the puigging positioned at anechoic chamber 140, to reduce influence of the 220 tail gas noise of electricity generation system to ambient enviroment.
In the alternative of the present embodiment, shown in Fig. 3 and Fig. 4, the present embodiment provides a kind of chargings of vehicle moving
Equipment is used for high efficiency and heat radiation；The top of its power compartment 120 and accumulator plant 130 is respectively arranged with radiator fan 121, power compartment 120
It is respectively arranged with ventilation hole (not shown) with the bottom of accumulator plant 130.External fresh air is sucked by ventilation hole, passes through heat dissipation
The heat in power compartment 120 or accumulator plant 130 is discharged in fan 121.
Optionally, power compartment 120 top setting radiator fan 121 quantity be one or more, such as can be 1,
2,3,5 etc.；Optionally, the quantity of the bottom setting ventilation hole of power compartment 120 is one or more, such as can be 1
It is a, 2,3,5 etc.；Optionally, the ventilation hole count of the radiator fan 121 and 120 bottom of power compartment at 120 top of power compartment
Measure it is identical, and correspond, to improve the heat-sinking capability of power compartment 120.
Optionally, accumulator plant 130 top setting radiator fan 121 quantity be one or more, such as can be 1,
2,3,5 etc.；Optionally, the quantity of the bottom setting ventilation hole of accumulator plant 130 is one or more, such as can be 1
It is a, 2,3,5 etc.；Optionally, the ventilation hole count of the radiator fan 121 and 130 bottom of accumulator plant at 130 top of accumulator plant
Measure it is identical, and correspond, to improve the heat-sinking capability of accumulator plant 130.
Optionally, the quantity of the radiator fan 121 of power compartment 120 is 2-5；The number of the radiator fan 121 of accumulator plant 130
Amount is 1-3.
Vehicle moving charging equipment described in the present embodiment stores combustible medium by feeding system 210 and is conveyed to
Electricity generation system 220, electricity generation system 220 are generated electricity using combustible medium and supply electricity to charging system 230 and the power supply of charging system 230
Give the object to be charged such as electric vehicle, the demand to compensate for electric vehicle charging market by way of mobile charging；Pass through
Feed room 110, power compartment 120 and accumulator plant 130, so that feeding system 210, electricity generation system 220 and charging system 230 are respectively set
It is placed in independent chamber, to improve the security performance of vehicle moving charging equipment；By in power compartment 120 and accumulator plant
Radiator fan 121 is respectively set in 130 top, and ventilation hole is respectively set in bottom, electricity generation system 220 and charging is effectively discharged
The heat that system 230 distributes occurs so that electricity generation system 220 and charging system 230 can work normally to be reduced or avoided
Heat dissipation deficiency leads to the problem of environment temperature raising causes 220 generating capacity of electricity generation system to decline in container 100.
In the alternative of the present embodiment, radiator fan 121 is variable-frequency fan；By variable-frequency fan, with according to power compartment
120 or accumulator plant 130 in variation of ambient temperature can adjust rotating speed and heat-sinking capability in real time, with reach strengthen heat dissipation, it is energy saving with
Mute demand.
Optionally, blinds or filter screen are provided on ventilation hole.It is outer to reduce or avoid by blinds or filter screen
The big particulate matter in boundary enters in power compartment 120 or accumulator plant 130 and influences the normal of equipment in power compartment 120 or accumulator plant 130
Operation.
In the alternative of the present embodiment, heat radiation cooling system 300 is fixedly installed in container 100；Heat radiation cooling system
300 include radiator and the heat dissipation pipeline being connected to radiator.
Radiator is connected to by heat dissipation pipeline with high-temperature component；By radiator to reduce the temperature of high-temperature component,
The heat of high-temperature component to be effectively discharged.Optionally, radiator by cooled liquid stream through heat dissipation pipeline and high-temperature component
Connection.Cooling liquid liquid such as can be water, coolant liquid.
High-temperature component includes one or more in cylinder, booster, exhaust pipe or the charge air cooler of engine.Its
In, the cylinder of engine includes cylinder cap and cylinder body.
In the alternative of the present embodiment, radiator is arranged in the top of feeding system 210 namely radiator setting
At the top of feed room 110.
Optionally, radiator includes cooling fan and the radiator that is connect with cooling fan, is arranged on radiator useful
In the access of the cooling liquid of circulation.Optionally, cooling fan is frequency conversion fan, to adjust frequency conversion fan according to practical radiating requirements
Rotating speed, reach energy saving with mute demand.
Vehicle moving charging equipment described in the present embodiment passes through radiator fan 121, ventilation hole and heat radiation cooling system
300 cooperations, to be efficiently that electricity generation system 220 and charging system 230 provide sufficient heat dissipation, to improve electricity generation system 220
With charging system 230 to the adaptability of environment, so that electricity generation system 220 and charging system 230 can be in most circumstances
It can work normally.
Shown in Fig. 5 and Fig. 6, in the alternative of the present embodiment, heat radiation cooling system 300 includes the first cooling
Subsystem 310 and the second cooling subsystem 320.
Correspondingly, radiator includes the first radiator 311 and the second radiator 321；Heat dissipation pipeline includes first
Heat dissipation pipeline 312 and the second heat dissipation pipeline 322.
First radiator 311 is connected to by the first heat dissipation pipeline 312 with the charge air cooler 400 of engine；It is dissipated by first
Thermal 311 is to reduce the temperature of the charge air cooler 400 of engine.Optionally, the first radiator 311 passes through the first cooling liquid
The first heat dissipation pipeline 312 is flowed through to be connected to the charge air cooler 400 of engine.First cooling liquid is such as can be water, coolant liquid
Liquid.
Second radiator 321 is connected to by the second heat dissipation pipeline 322 with the cylinder 410 of engine；Pass through the second heat dissipation
Device 321 is to reduce the temperature of the cylinder 410 of engine.Optionally, the second radiator 321 is passed through by the second cooled liquid stream
Second heat dissipation pipeline 322 is connected to the cylinder 410 of engine.Second cooling liquid liquid such as can be water, coolant liquid.
Heat radiation cooling system 300 described in the present embodiment are radiated by the way that the first cooling subsystem 310 and second is arranged
320 two cooling devices of cooling subsystem, so that the cooling device of the cylinder 410 of the charge air cooler 400 and engine of engine is each
From independence；Namely the intake air temperature of engine is adjusted by cooling intercooler 400 and engine is adjusted by cooling cylinder 410
Temperature is respectively independent, so that the intake air temperature of engine is adjusted by cooling intercooler 400 can be adjusted to optimum state, and
The temperature for adjusting engine by cooling cylinder 410 can be adjusted to optimum state.And then the flammability of engine can be improved
Energy.
In the alternative of the present embodiment, the first cooling subsystem 310 includes the first cooling pump 313；First cooling
The output end of pump 313 is connected to charge air cooler 400, and the input terminal of the first cooling pump 313 is connected to the first radiator 311；I.e. first dissipates
Thermal 311, the first cooling pump 313 and charge air cooler 400 form the cycle that head and the tail are connected to successively.
Shown in Figure 5, in the alternative of the present embodiment, the first radiator 311 includes the first frequency conversion fan；First
Radiator 311 further includes the first radiator being connect with the first frequency conversion fan, and the first radiator is provided with and the first heat-dissipating pipe
The flow pipe that road 312 is connected to.That is, the first radiator 311 is frequency conversion radiator.Using the first frequency conversion fan, pass through
Electric drive frequency conversion fan radiates, and convenient for adjusting rotation speed of fan according to environment temperature and radiating requirements, reaches energy saving and drop
The purpose made an uproar.
Optionally, the first cooling subsystem 310 includes the first temperature sensing being electrically connected with the first radiator 311
Device 314；First temperature sensor 314 is used to monitor the temperature of engine agitator outlet fuel gas, so that the first frequency conversion fan
It is corresponding to adjust rotating speed.By the first temperature sensor 314, to adjust the heat-sinking capability of the first radiator 311, realize accurate
Control flows through the input temp of the first cooling liquid of charge air cooler 400 and flows through the output temperature of the gas of charge air cooler 400, in turn
Achieve the purpose that adjust Engine Inlet Temperature.
Optionally, the first cooling pump 313 is variable frequency pump；First cooling pump 313 is electrically connected with the first temperature sensor 314.
First cooling pump 313 and the first frequency conversion fan are corresponded to according to the temperature value of the first temperature sensor 314 monitoring to be adjusted
Respective rotating speed.By the first cooling pump 313 use variable frequency pump, with further control and adjust first cooling liquid flow and
Flow velocity reaches better to change the first cooling liquid in the first radiator 311 and the heat-transfer capability in charge air cooler 400
Adjust the effect of the intake air temperature of engine.
Shown in Figure 6, in the alternative of the present embodiment, the second cooling subsystem 320 includes the second cooling pump
323；The output end of second cooling pump 323 is connected to cylinder 410, and the input terminal of the second cooling pump 323 is connected to the second radiator
321；That is the second radiator 321, the second cooling pump 323 and cylinder 410 form the cycle that head and the tail are connected to successively.
In the alternative of the present embodiment, the second radiator 321 includes the second frequency conversion fan；Second radiator 321
Further include the second radiator being connect with the second frequency conversion fan, the second radiator is provided with to be connected to the second heat dissipation pipeline 322
Flow pipe.That is, the second radiator 321 is frequency conversion radiator.By using the second frequency conversion fan, pass through electric drive
Frequency conversion fan radiates, and convenient for adjusting rotation speed of fan according to environment temperature and radiating requirements, reaches the energy saving purpose with noise reduction.
Optionally, the second cooling subsystem 320 includes the second temperature sensing being electrically connected with the second radiator 321
Device 324；Second temperature sensor 324 is used to monitor the temperature namely second temperature of 321 output end coolant liquid of the second radiator
Sensor 324 is used to monitor the temperature of the second cooling liquid of 321 output end of the second radiator, so that the second frequency conversion fan pair
Rotating speed should be adjusted.By second temperature sensor 324, to adjust the heat-sinking capability of the second radiator 321, accurate control is realized
System flows through the temperature of the second cooling liquid of 321 output end of the second radiator, and then realizes that control flows through the cylinder of engine
The temperature of 410 the second cooling liquid, to adjust the temperature of engine.
Optionally, the second cooling pump 323 is variable frequency pump；Second cooling pump 323 is electrically connected with second temperature sensor 324.
Second cooling pump 323 and the second frequency conversion fan are corresponded to according to the temperature value that second temperature sensor 324 monitors to be adjusted
Respective rotating speed.By the second cooling pump 323 use variable frequency pump, with further control and adjust second cooling liquid flow and
Flow velocity reaches better tune to change the second cooling liquid in the second radiator 321 and the heat-transfer capability in cylinder 410
Save the cooling effect of engine temperature.
In the alternative of the present embodiment, the cylinder 410 of engine includes cylinder body 411 and cylinder cap 412；
Optionally, head and the tail are connected to successively for the second radiator 321, the second cooling pump 323, cylinder body 411 and cylinder cap 412, with
The temperature of engine is preferably cooled down by the second cooling liquid.
Optionally, the second radiator 321, the second cooling pump 323, cylinder body 411, cylinder cap 412 and engine booster
420 head and the tail connections successively, preferably to cool down the temperature of the temperature and booster 420 of engine by the second cooling liquid.
It is pressurized it should be noted that air is compressed through booster 420 and is conveyed to charge air cooler 400, by flowing through charge air cooler
400 the first cooling liquid is cooling and is conveyed to mixer, and air mixes with natural gas and is conveyed to engine in mixer；
Air is compressed through booster 420 when being pressurized, and the temperature of booster 420 increases, can by being connected to the second radiator 321,
I.e. by the second cooling liquid to reduce the temperature of booster 420.
In the alternative of the present embodiment, shown in Fig. 7-Figure 17, the present embodiment provides a kind of containers 100, so that vehicle
Load formula mobile charging device is convenient for packaging, carrying；Specifically, container 100 includes front panel 150, back panel 151, left plate
152, right panel 153, bottom plate 154 and top plate 155；Front panel 150, left plate 152, back panel 151 and right panel 153 enclose successively
It connects.
Top plate 155 is connect with the top of front panel 150, left plate 152, back panel 151 and right panel 153 respectively；Bottom plate
154 connect with the bottom of front panel 150, left plate 152, back panel 151 and right panel 153 respectively.
Container 100 includes first partition 156, second partition 157 and the third partition board 158 set gradually；First partition 156
As foregoing adiabatic bursting diaphragm, second partition 157 and third partition board 158 are foregoing thermal acoustic insulation plate.
First partition 156, front panel 150, left plate 152, right panel 153, bottom plate 154 and top plate 155 form feed room
110, feed room 110 is for being fixedly installed feeding system 210.Namely feed room 110 is used to that fuel reservoir to be fixedly installed, such as can
Think LNG storage tank, LPG storage tanks or diesel oil tank etc..
First partition 156, second partition 157, left plate 152, right panel 153, bottom plate 154 and top plate 155 form noise reduction
Room 140, anechoic chamber 140 for reducing or eliminate 220 tail gas of electricity generation system generate noise.
Second partition 157, third partition board 158, left plate 152, right panel 153, bottom plate 154 and top plate 155 form power generation
Room 120, power compartment 120 is for being fixedly installed electricity generation system 220.The electricity generation system 220 may include natural gas power unit or
Diesel generating set or other generating sets.
Third partition board 158, back panel 151, left plate 152, right panel 153, bottom plate 154 and top plate 155 form accumulator plant
130, accumulator plant 130 is for being fixedly installed charging system 230.Charging system 230 includes charger and various switch boards；Switch board
With charging mechatronics, charge to electric vehicle or other objects to be charged for controlling charger.
Container 100 described in the present embodiment, by the feed room 110 of formation, power compartment 120 and accumulator plant 130, so that
Feeding system 210, electricity generation system 220 and charging system 230 are respectively set in independent chamber, to reduce in container 100
Noise, and improve the security performance of vehicle moving charging equipment；By anechoic chamber 140 to reduce or eliminate electricity generation system
The noise that 220 tail gas generate, further reduced the noise in container 100.
Shown in Fig. 7-Figure 10, in the alternative of the present embodiment, front panel 150 corresponding with feed room 110, left plate
152 and right panel 153 at least one side be provided with feed vent window 111；By being fed vent window 111 to improve feed room 110
Ventilation effect.Optionally, at least one side is provided with feed operation door in left plate 152 corresponding with feed room 110 and right panel 153
112, door 112 is operated by feed in order to carry out the corresponding operating of feeding system 210.
Optionally, feed ventilation is both provided in front panel 150 corresponding with feed room 110, left plate 152 and right panel 153
Window 111；To further increase the ventilation effect of feed room 110.
Optionally, front panel 150 is fixedly connected with cat ladder 160；Cat ladder 160 is located at the outside of container 100.Pass through cat ladder
160, in order to which operating personnel climb to the top of container 100.
Optionally, the area of feed vent window 111 is respectively greater than the 60% of 152 area of front panel 150 and left plate, to ensure
The ventilation effect of feed room 110.
Optionally, the area of feed vent window 111 is more than the 40% of 153 area of right panel；Right panel 153 is provided with feed operation
Door 112.
Optionally, feed vent window 111 is shutter.
Shown in Figure 15, in the alternative of the present embodiment, feed room 110 is provided with removable feed partition board 113,
So that feed room 110 is divided into upper cooling seed cell 114 and lower feed seed cell 115；Upper cooling seed cell 114 is for placing cooling
The radiator of system 300, lower feed seed cell 115 is for placing feeding system 210, so that the structure of container 100 is compacter.
By being both provided with feed vent window 111 in front panel 150 corresponding with feed room 110, left plate 152 and right panel 153, with logical
Crossing air-cooled mode reduces the temperature of radiator.Radiator for example may include for air-cooled cooling water tank and cooling wind
Machine, cooling blower are used to improve the gas flowing outside cooling water tank.Optionally, cooling blower is frequency conversion fan, with according to reality
Radiating requirements adjust the rotating speed of frequency conversion fan, reach energy saving and mute demand.
Optionally, feed partition board 113 is splash guard, for example, stainless steel plate, cast steel plate, plastic plate etc..By using
Splash guard, to prevent rainwater from entering lower feed seed cell 115；It can also stop that the feeding system 210 of lower feed seed cell 115 is let out
When dew, leakage gas is directly contacted with the electrical appliance part of radiator, improves the security performance of container 100.
Optionally, the inside top of lower feed seed cell 115 is provided with combustible medium leak sensor, to improve container 100
Security performance.
Shown in Fig. 7, Fig. 8, in the alternative of the present embodiment, left plate 152 corresponding with anechoic chamber 140 and right panel
At least one side is provided with noise reduction maintenance door 141 in 153；By noise reduction maintenance door 141, in order to overhaul setting in anechoic chamber 140
It is standby.
Optionally, first partition 156 corresponding with anechoic chamber 140, second partition 157, left plate 152, right panel 153, bottom
All or part of plate face in plate 154 and top plate 155 is provided with noise reduction layer.Optionally, corresponding with anechoic chamber 140 first
It is both provided with noise reduction layer in partition board 156, second partition 157, left plate 152, right panel 153, bottom plate 154 and top plate 155；Noise reduction
Layer is located in anechoic chamber 140；By the way that noise reduction layer is arranged, to improve the erasure effect of anechoic chamber 140.
Optionally, muffler (not shown) is provided in anechoic chamber 140, muffler is for connecting electricity generation system 220
Discharge duct.The discharge duct of electricity generation system 220 is the most important noise source of mobile charging device, for discharging power generation system
The tail gas of the engine of system；Pass through anechoic chamber by muffler greatly to reduce the noise of the discharge duct of electricity generation system 220
140 noise reduction layer further decreases the noise of the discharge duct of electricity generation system 220；Coordinated by muffler and noise reduction layer, to hair
The secondary noise reduction of discharge duct of electric system 220, to improve the whole muting function of container 100.
Shown in Figure 15-Figure 17, in the alternative of the present embodiment, top plate 155 corresponding with anechoic chamber 140 is arranged
There are exhaust web plate 142 and smoke outlet 143, the setting of smoke outlet 143 is on exhaust web plate 142.
Optionally, bottom plate corresponding with anechoic chamber 140 154 is provided with bottom web plate 144.By being vented web plate 142, row
Mouth 143 and bottom web plate 144, in order to the exhaust of anechoic chamber 140.
Shown in 7- Figure 17, in the alternative of the present embodiment, left plate 152 corresponding with power compartment 120 and right panel 153
Middle at least one side is provided with power generation maintenance door 122.By the maintenance door 122 that generates electricity, to overhaul the electricity generation system in power compartment 120
220。
Optionally, top plate corresponding with power compartment 120 and accumulator plant 130 155 is provided with dismantled and assembled head cover 123；Pass through
Removable head cover 123, when electricity generation system 220 is overhauled, can be generated electricity from 100 top of container by opening head cover 123
System 220 hangs out container 100.
Optionally, bottom plate corresponding with power compartment 120 154 is provided with bottom web plate 144.By bottom web plate 144, with
Convenient for the air inlet of power compartment 120.
Optionally, the material of bottom web plate 144 is the materials such as cast steel, stainless steel.
In the alternative of the present embodiment, at least one side is arranged in left plate 152 corresponding with accumulator plant 130 and right panel 153
There is charging operations door 131；By opening charging operations door 131, in order to charge to the object to be charged such as electric vehicle.
Optionally, at least one side is provided with charging vent window in left plate 152 corresponding with accumulator plant 130 and right panel 153
132；By the vent window 132 that charges to improve the ventilation effect of accumulator plant 130.
Optionally, back panel 151 is provided with rear portion maintenance door 170.
Optionally, it is provided with rear portion vent window 171 in rear portion maintenance door 170.
Shown in Figure 13 and Figure 14, in the alternative of the present embodiment, third partition board 158 is using stepped partition board；With
Further increase the soundproof effect of container 100.It will be appreciated by persons skilled in the art that third partition board 158 can also use
Board-type partition board.
Optionally, second partition 157 is provided with partition board fan 159, for the air of power compartment 120 to be drained into anechoic chamber
140.For example, air enters power compartment 120 from the bottom web plate 144 of power compartment 120, anechoic chamber is entered by partition board fan 159
140, and be discharged from the exhaust web plate 142, smoke outlet 143 and bottom web plate 144 of anechoic chamber 140.
Optionally, first partition 156, second partition 157 and third partition board 158 are both provided with noise reduction layer, to improve container
100 erasure effect.
In the alternative of the present embodiment, front panel 150, back panel 151, left plate 152, right panel 153,154 and of bottom plate
Top plate 155 includes steel plate.
The 100 soundproof effect of container is good, can effectively reduce noise when electricity generation system 220 works, and heat-sinking capability is strong, inspection
It repaiies conveniently, it is ensured that 220 steady operation of electricity generation system；Solve mobile charging device electricity generation system 220 divulge information it is unsmooth, cold
Insufficient and lead to that generating set undercapacity, noise abatement are undesirable, be not suitable for working at night, maintenance for generation companies inconvenience etc.
Problem.
Shown in Fig. 1 and Fig. 3, the present embodiment also provides a kind of power generation movable charging vehicle, including vehicle body 500 and institute
The vehicle moving charging equipment stated；By the movable charging vehicle that generates electricity, electric energy, and the machine having had can be provided for electric vehicle
Kinetic force.
Optionally, the vehicle moving charging equipment includes LNG storage tank (LNG tank) namely the power generation
Movable charging vehicle is natural gas power movable charging vehicle, and clean electric energy can be provided for electric vehicle by natural gas power,
Maneuverability that is environmentally friendly, and having had.
Optionally, the vehicle body 500 is lorry or train.
The power generation movable charging vehicle has the advantages that the vehicle moving charging equipment, the vehicle moving charging
The advantage that equipment discloses is not repeated to describe herein.
Finally it should be noted that：The above various embodiments is only to illustrate the technical solution of the utility model, rather than limits it
System；Although the utility model has been described in detail with reference to the foregoing embodiments, those skilled in the art should
Understand：It still can be with technical scheme described in the above embodiments is modified, either to which part or whole
Technical characteristic carries out equivalent replacement；And these modifications or replacements, this practicality that it does not separate the essence of the corresponding technical solution are new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of vehicle moving charging equipment, which is characterized in that including container, feeding system, electricity generation system and charging system；
For the feeding system for storing combustible medium and being conveyed to the electricity generation system, the electricity generation system utilizes the combustible medium
It generates electricity and supplies electricity to the charging system；The charging system is for supplying electricity to object to be charged；
The container is disposed with feed room, power compartment and accumulator plant；The feeding system is fixed at the feed room
Interior, the electricity generation system is fixed in the power compartment, and the charging system is fixed in the accumulator plant；
It is isolated using adiabatic bursting diaphragm between the feed room and the power compartment.
2. vehicle moving charging equipment according to claim 1, which is characterized in that the power compartment and the accumulator plant
Between using thermal acoustic insulation plate be isolated.
3. vehicle moving charging equipment according to claim 1, which is characterized in that the feed room and the power compartment
Between be provided with anechoic chamber；The exhaust end of the electricity generation system is connected to the anechoic chamber；
It is isolated using adiabatic bursting diaphragm between the feed room and the anechoic chamber；
It is isolated using thermal acoustic insulation plate between the anechoic chamber and the power compartment.
4. vehicle moving charging equipment according to claim 1, which is characterized in that being fixedly installed in the container can
Fire dielectric leakage alarm system；
The combustible medium leakage alarm system includes combustible medium leak sensor；
The combustible medium leak sensor be arranged the top of the feed room, the feeding system, the feeding system with
At one in supply air line between the electricity generation system or many places.
5. vehicle moving charging equipment according to claim 1, which is characterized in that the quantity of the accumulator plant is two
It is a；Two accumulator plants are arranged in the both sides of the power compartment, and are arranged in the tail portion of the container.
6. vehicle moving charging equipment according to claim 4, which is characterized in that the charging system includes charging
Machine；
It is provided at least one charger in each accumulator plant；
Each charger is connected at least two charging guns；
The feeding system includes the LNG storage tank being sequentially communicated, vaporizer, surge tank and pressure reducing valve；
The electricity generation system includes engine and generator；The engine drives the generator to send out using the combustible medium
Electricity；The generator powered is in the charging system；
The output end of the pressure reducing valve is connected to the input terminal of the engine.
7. vehicle moving charging equipment according to claim 1, which is characterized in that the power compartment and the accumulator plant
Top be respectively arranged with radiator fan, the bottom of the power compartment and the accumulator plant is respectively arranged with ventilation hole；
The radiator fan is variable-frequency fan；Blinds or filter screen are provided on the ventilation hole；
It is fixedly installed heat radiation cooling system in the container；The heat radiation cooling system include radiator and with the heat dissipation
The heat dissipation pipeline of device connection；
The radiator is connected to by the heat dissipation pipeline with high-temperature component；
The high-temperature component includes cylinder, booster, exhaust pipe either one in charge air cooler or more of the electricity generation system
It is a；
The radiator is arranged in the top of the feeding system.
8. vehicle moving charging equipment according to claim 7, which is characterized in that the heat radiation cooling system includes the
One cooling subsystem and the second cooling subsystem；
Correspondingly, the radiator includes the first radiator and the second radiator；The heat dissipation pipeline includes first scattered
Pipe line and the second heat dissipation pipeline；
First radiator is connected to by first heat dissipation pipeline with the charge air cooler of the electricity generation system；Described second dissipates
Thermal is connected to by second heat dissipation pipeline with the cylinder of the electricity generation system.
9. vehicle moving charging equipment according to claim 3, which is characterized in that the container include front panel, after
Portion's plate, left plate, right panel, bottom plate and top plate；The front panel, the left plate, the back panel and the right panel enclose successively
It connects；
The top plate is connect with the top of the front panel, the left plate, the back panel and the right panel respectively；The bottom
Portion's plate is connect with the bottom of the front panel, the left plate, the back panel and the right panel respectively；
The container includes the first partition set gradually, second partition and third partition board；The first partition is the thermal insulation
Bursting diaphragm, the second partition and the third partition board are the thermal acoustic insulation plate；
The first partition, the front panel, the left plate, the right panel, the bottom plate and the top plate form described
Feed room；
The first partition, the second partition, the left plate, the right panel, the bottom plate and the top plate form institute
State anechoic chamber；
The second partition, the third partition board, the left plate, the right panel, the bottom plate and the top plate form institute
State power compartment；
The third partition board, the back panel, the left plate, the right panel, the bottom plate and the top plate form described
Accumulator plant；
At least one side is provided with feed ventilation in the front panel corresponding with the feed room, the left plate and the right panel
Window；At least one side is provided with feed operation door in the left plate corresponding with the feed room and the right panel；
The area of the feed vent window is respectively greater than the 60% of the front panel and the left plate area；The feed vent window
Area be more than the right panel area 40%；The feed vent window is shutter；
The first partition corresponding with the anechoic chamber, the second partition, the left plate, the right panel, the bottom plate
It is both provided with noise reduction layer in the top plate；The noise reduction layer is located in the anechoic chamber；
Muffler is provided in the anechoic chamber, the muffler is used to connect the discharge duct of the electricity generation system；With it is described
The corresponding top plate in anechoic chamber is provided with exhaust web plate；The bottom plate corresponding with the anechoic chamber is provided with bottom web
Plate.
10. a kind of power generation movable charging vehicle, which is characterized in that including vehicle body and claim 1-9 any one of them vehicles
Load formula mobile charging device；The vehicle body is lorry or train.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201721888507.0U CN207711886U (en) | 2017-12-28 | 2017-12-28 | Vehicle moving charging equipment and power generation movable charging vehicle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721888507.0U CN207711886U (en) | 2017-12-28 | 2017-12-28 | Vehicle moving charging equipment and power generation movable charging vehicle |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107985168A (en) * | 2017-12-28 | 2018-05-04 | 恩吉（福建）工业装备有限公司 | Vehicle moving charging equipment and power generation movable charging vehicle |
| WO2019128710A1 (en) * | 2017-12-28 | 2019-07-04 | 恩吉（福建）工业装备有限公司 | Vehicle on-board mobile charging device and mobile charging vehicle capable of generating power |
| WO2019128722A1 (en) * | 2017-12-28 | 2019-07-04 | 恩吉（福建）工业装备有限公司 | Container facilitating integrated packaging and power generating mobile charging vehicle |
-
2017
- 2017-12-28 CN CN201721888507.0U patent/CN207711886U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107985168A (en) * | 2017-12-28 | 2018-05-04 | 恩吉（福建）工业装备有限公司 | Vehicle moving charging equipment and power generation movable charging vehicle |
| WO2019128710A1 (en) * | 2017-12-28 | 2019-07-04 | 恩吉（福建）工业装备有限公司 | Vehicle on-board mobile charging device and mobile charging vehicle capable of generating power |
| WO2019128722A1 (en) * | 2017-12-28 | 2019-07-04 | 恩吉（福建）工业装备有限公司 | Container facilitating integrated packaging and power generating mobile charging vehicle |
| WO2019128723A1 (en) * | 2017-12-28 | 2019-07-04 | 恩吉（福建）工业装备有限公司 | Vehicle-mounted mobile charging device and power generation mobile charging vehicle |
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