CN207488385U - Energy storage type charging pile Site Detection vehicle - Google Patents

Energy storage type charging pile Site Detection vehicle Download PDF

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Publication number
CN207488385U
CN207488385U CN201721532749.6U CN201721532749U CN207488385U CN 207488385 U CN207488385 U CN 207488385U CN 201721532749 U CN201721532749 U CN 201721532749U CN 207488385 U CN207488385 U CN 207488385U
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China
Prior art keywords
compartment
charging pile
charging
interface
energy storage
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CN201721532749.6U
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Chinese (zh)
Inventor
戴迎宏
周际
王蔚
闫培渊
汤国龙
陈威
何应齐
胡华锋
彭鸣
彭一鸣
徐驰
董旺
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Wuhan NARI Ltd
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Wuhan NARI Ltd
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Priority to CN201721532749.6U priority Critical patent/CN207488385U/en
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Abstract

The utility model discloses a kind of energy storage type charging pile Site Detection vehicles, the compartment for detecting vehicle is divided into preceding part compartment and rear part compartment by intermediate partition panel, and the preceding part compartment is provided with collection control instruction case, rear part compartment setting alternating current-direct current loads device and charging pile test interface;Industrial control computer, industrial switch, AC charging simulator, DC charging simulator, power analyzer are provided in collection control instruction case;Preceding part compartment is additionally provided with experiment power supply cabinet, battery manager, AC charger, car lithium battery group and inverter are equipped in the experiment power supply cabinet, the utility model is using vehicle as carrier, realize the integrated of charging pile detection device, using centralized control technique, line does not need to carry out complicated connection at the scene with working line target using prefabricated cable between collection control instrument.It is cooperated by testing equipment each on domination set control cabinet, carries out each pilot project automatically, it is rapid to judge subject charging pile quality problems.

Description

Energy storage type charging pile Site Detection vehicle
Technical field
The utility model is related to electric automobile charging pile detection field, in particular to a kind of energy storage type charging pile Site Detection Vehicle.
Background technology
With the rapid growth of China's electric vehicle quantity, the installation of charging pile is also increasing.Charging pile is as electricity Electrical automobile electric energy supply arrangement, safety, reliability increasingly attract attention.It is to protect that charging pile arrival, which is examined with periodic inspection, Demonstrate,prove the effective means of charging pile reliability service.At present, periodic inspection is carried out to the charging pile installed at the scene, needs to charge Stake detection device is transported to scene, then carries out assembling with connecting aptitude tests.Charging pile out-put supply capacity itself is usually More than 1 hundred to two hundred kilowatts, electric energy transmittance process when experiment needs to be charged with the resistance simulation of equal-wattage, while also need Each detecting instrument is connected, so testing equipment volume weight is big, transportation loading and unloading is difficult, equipment wiring is complicated, test efficiency is low Under.
Utility model content
The purpose of this utility model seeks to provide a kind of energy storage type charging pile Site Detection vehicle, which is used to complete Every detection project that the periodic inspection of charging pile at the scene is related to has been installed, testing equipment transport has been solved, builds difficulty, it is existing The problem of field wiring is cumbersome, man-made chamber is complicated for operation.Work on the spot intensity is reduced, improves working efficiency.
In order to achieve this, a kind of energy storage type charging pile Site Detection vehicle designed by the utility model, the vehicle of vehicle is detected Compartment is divided into preceding part compartment and rear part compartment by intermediate partition panel, the preceding part compartment be provided with collection control instruction case, Compartment setting alternating current-direct current in part loads device and charging pile test interface after described;Industry Control is provided in the collection control instruction case Computer, industrial switch, AC charging simulator, DC charging simulator, power analyzer;
The communication interface of the Computer Communications Interface connection industrial control computer of the industrial switch, AC charging mould The signal output end for intending device passes through the Ethernet interface of Ethernet access industrial switch, the signal output end of DC charging simulator By the Ethernet interface of Ethernet access industrial switch, the power analysis communication ends of power analyzer pass through Ethernet access work The Ethernet interface of industry interchanger, it is total that the AC charging simulator with the signal input part of DC charging simulator connects RS485 Line, one end connection RS485 buses of alternating current-direct current load device, the other end connection charging pile test interface of alternating current-direct current load device.
The preceding part compartment is additionally provided with experiment power supply cabinet, and battery management is equipped in the experiment power supply cabinet Device, AC charger, car lithium battery group and inverter, the electric energy output end connection car lithium battery group of the AC charger Charging end, the input terminal of the electric energy output end connection inverter of car lithium battery group, the output terminal of inverter is charging pile inspection Survey instrument power source interface, the battery management information interface of the communication ends connection car lithium battery group of the battery manager.
The experiment power supply cabinet is located at below collection control instruction case.
The utility model realizes the integrated of charging pile detection device using vehicle as carrier, using centralized control technique, collection Line does not need to carry out complicated connection at the scene with working line target using prefabricated cable between controlling instrument.Pass through domination set It controls each testing equipment on cabinet to cooperate, carries out each pilot project automatically, obtain test data, it is rapid to judge subject charging pile Quality problems;The alternating current-direct current load is made of multiple load blocks, and can flexibly arrange in pairs or groups use according to on-the-spot test demand.Experiment The power supply of equipment is powered using lithium battery inverter, can meet all instrument on vehicle not against externally fed at the scene Device equipment power demands.
Description of the drawings
Fig. 1 is the overlooking the structure diagram of the utility model.
Fig. 2 is the side structure schematic view of the utility model.
Fig. 3 is circuit part structure diagram in the utility model.
Fig. 4 is the structure diagram of experiment power supply part in the present invention.
Wherein, 1-detection vehicle, 2-compartment, 2.1-preceding part compartment, 2.2-rear part compartment, 3-collection control instruction cases, 3.1-industrial control computer, 3.2-industrial switch, 3.3-oscillograph, 3.4-AC charging simulator, 3.5-direct current Charging simulator, 3.6-power analyzer, 3.7-recording instrument without paper, 3.8-exhaust fan, 4-alternating current-direct current load device, 5-fill Electric stake test interface, 6-experiment power supply cabinet, 6.1-battery manager, 6.2-AC charger, 6.3-vehicle-mounted lithium are electric Pond group, 6.4-inverter.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail:
Energy storage type charging pile Site Detection vehicle as shown in figures 1-4, the compartment 2 of detection vehicle 1 pass through intermediate partition panel 1.1 Be divided into preceding part compartment 2.1 and rear part compartment 2.2, the preceding part compartment 2.1 be provided with collection control instruction case 3, it is described after Part compartment 2.2 sets alternating current-direct current to load device 4 and charging pile test interface 5;Industry Control is provided in the collection control instruction case 3 Computer 3.1, industrial switch 3.2, AC charging simulator 3.4, DC charging simulator 3.5, power analyzer 3.6;
The communication interface of the Computer Communications Interface connection industrial control computer 3.1 of the industrial switch 3.2, exchange The signal output end of charging simulator 3.4 passes through the Ethernet interface of Ethernet access industrial switch 3.2, DC charging simulator 3.5 signal output end passes through the Ethernet interface of Ethernet access industrial switch 3.2, the power analysis of power analyzer 3.6 Communication ends pass through the Ethernet interface of Ethernet access industrial switch 3.2, the AC charging simulator 3.4 and DC charging mould Intend the signal input part connection RS485 buses of device 3.5, one end connection RS485 buses of alternating current-direct current load device 4, alternating current-direct current load The other end connection charging pile test interface 5 of device 4.
In above-mentioned technical proposal, the compartment 2 for detecting vehicle carries out function zoning, and collection is controlled by intermediate partition panel 1.1 Instruction case 3 is arranged on preceding part compartment 2.1, is additionally provided with rotary seat and foldable workbench in the preceding part compartment 2.1, facilitates skill Art personnel's centralized Control, the alternating current-direct current load device 4 larger equipment blocking of this fever is in rear part compartment 2.2, and charging pile Test interface 5 is also disposed at the patching operations that rear part compartment 2.2 facilitates charging pile.
In above-mentioned technical proposal, oscillograph 3.3 is additionally provided in the collection control instruction case 3, the detection of the oscillograph 3.3 is led to Believe Ethernet interface of the end by Ethernet access industrial switch 3.2.
In above-mentioned technical proposal, recording instrument without paper 3.7 is additionally provided in the collection control instruction case 3, recording instrument without paper 3.7 leads to Believe Ethernet interface of the end by Ethernet access industrial switch 3.2.
In above-mentioned technical proposal, exhaust fan 3.8 is additionally provided in the rear part compartment 2.2, the exhaust fan 3.8, which is located at, to be handed over 4 top of DC load device.
In above-mentioned technical proposal, the alternating current-direct current load in alternating current-direct current load device 4 can flexibly arrange in pairs or groups according to on-the-spot test demand It uses.
In above-mentioned technical proposal, the preceding part compartment 2.1 is additionally provided with experiment power supply cabinet 6, the experiment power supply electricity Battery manager 6.1, AC charger 6.2, car lithium battery group 6.3 and inverter 6.4 are equipped in source cabinet 6, the exchange is filled The charging end of the electric energy output end connection car lithium battery group 6.3 of electric appliance 6.2, the electric energy output end of car lithium battery group 6.3 connect Connect the input terminal of inverter 6.4, the output terminal of inverter 6.4 is charging pile detecting instrument power interface, the battery manager The battery management information interface of 6.1 communication ends connection car lithium battery group 6.3.The experiment power supply cabinet 6 is located at collection control 3 lower section of instruction case.For connecting AC220V power supplys, the electricity of the output terminal of inverter 6.4 is used for the input terminal of AC charger 6.2 To industrial control computer 3.1, industrial switch 3.2, oscillograph 3.3, AC charging simulator 3.4, DC charging simulator 3.5th, power analyzer 3.6, recording instrument without paper 3.7, exhaust fan 3.8, alternating current-direct current load device 4 and charging pile test interface 5 are powered. Above equipment can also directly pass through external generator powered.
In the utility model, the outer lighting apparatus of car, video monitoring equipment, audio are additionally provided in compartment 2 and exhales and sings equipment, temperature The charging piles such as moisture control unit, rotary seat, foldable workbench, feed cable disk detect ancillary equipment.
The utility model realizes the integrated of charging pile detection device using vehicle as carrier, using centralized control technique, collection Line does not need to carry out complicated connection at the scene with working line target using prefabricated cable between controlling instrument.
During experiment, open 2 driver side of compartment outside lift door, on outer junction plate select power supply mode (test power device or Outer alternating current or generator) it powers to pilot system, the AC or DC charging gun for being tested charging pile is inserted into the (charging of external panel Stake test interface 5) on corresponding test interface, the country detected according to off-board charging pile or professional standard and regulation, selection Pilot project, Measurement and Control System are cooperated by testing equipment each on domination set control cabinet, carry out each pilot project automatically, Obtain test data;Alternating current-direct current loads the use that can flexibly arrange in pairs or groups according to on-the-spot test demand.
Calorific value is larger at the trial for the alternating current-direct current load device 4 of the utility model, by opening compartment tail portion during experiment Clamshell doors radiate, while the top of alternating current-direct current load device 4 is radiated equipped with exhaust fan, and exhaust fan 3.8 is automatically during experiment Start.
During utility model works, the charging gun of charging pile to be measured is inserted into charging pile test interface 5, AC charging simulation Device 3.4 and DC charging simulator 3.5 load device 4 by alternating current-direct current respectively and AC charging test and straight are carried out to charging pile to be measured Current charge is tested, and real-time test result is passed through industrial switch by AC charging simulator 3.4 and DC charging simulator 3.5 3.2 are transferred to industrial control computer 3.1, and power analyzer 3.6 is by industrial switch 3.2 to industrial control computer 3.1 Interior above-mentioned test result carries out power analysis, and the result of power analysis is transferred to industrial control by industrial switch 3.2 Computer 3.1 processed, oscillograph 3.3 are used to show what is exported when AC charging simulator 3.4 and DC charging simulator 3.5 are tested Various current-voltage waveforms.
The utility model can complete functional check, protection test, dielectric test, the charging output examination of direct-current charging post Test, the experiment of low pressure accessory power supply, harmonic electric energy experiment, security requirement experiment, the pilot projects such as compatibility test;It can complete to hand over The pilot projects such as dielectric test, leak test, functional check, security protection experiment, the compatibility test of current charge stake.
The content that this specification is not described in detail belongs to the prior art well known to professional and technical personnel in the field.

Claims (6)

1. a kind of energy storage type charging pile Site Detection vehicle, it is characterised in that:The compartment (2) of detection vehicle (1) passes through intermediate partition panel (1.1) it is divided into preceding part compartment (2.1) and rear part compartment (2.2), the preceding part compartment (2.1) is provided with collection control instrument Cabinet (3), rear part compartment (2.2) the setting alternating current-direct current load device (4) and charging pile test interface (5);The collection control instrument Industrial control computer (3.1), industrial switch (3.2), AC charging simulator (3.4), DC charging are provided in cabinet (3) Simulator (3.5), power analyzer (3.6);
The communication interface of the Computer Communications Interface connection industrial control computer (3.1) of the industrial switch (3.2), exchange The signal output end of charging simulator (3.4) passes through the Ethernet interface of Ethernet access industrial switch (3.2), DC charging mould The signal output end for intending device (3.5) passes through the Ethernet interface of Ethernet access industrial switch (3.2), power analyzer (3.6) Power analysis communication ends pass through the Ethernet interface of Ethernet access industrial switch (3.2), the AC charging simulator (3.4) RS485 buses, one end connection of alternating current-direct current load device (4) are connected with the signal input part of DC charging simulator (3.5) RS485 buses, the other end connection charging pile test interface (5) of alternating current-direct current load device (4).
2. energy storage type charging pile Site Detection vehicle according to claim 1, it is characterised in that:The collection control instruction case (3) Oscillograph (3.3) is inside additionally provided with, the detection communication ends of the oscillograph (3.3) pass through Ethernet access industrial switch (3.2) Ethernet interface.
3. energy storage type charging pile Site Detection vehicle according to claim 1, it is characterised in that:The collection control instruction case (3) Recording instrument without paper (3.7) is inside additionally provided with, the communication ends of recording instrument without paper (3.7) pass through Ethernet access industrial switch (3.2) Ethernet interface.
4. energy storage type charging pile Site Detection vehicle according to claim 1, it is characterised in that:The preceding part compartment (2.1) experiment power supply cabinet (6) is additionally provided with, battery manager (6.1), exchange are equipped in the experiment power supply cabinet (6) Charger (6.2), car lithium battery group (6.3) and inverter (6.4), the electric energy output end of the AC charger (6.2) connect The charging end for carrying lithium battery group (6.3) is picked up, the electric energy output end of car lithium battery group (6.3) connects the defeated of inverter (6.4) Enter end, the output terminal of inverter (6.4) is charging pile detecting instrument power interface, the communication ends of the battery manager (6.1) Connect the battery management information interface of car lithium battery group (6.3).
5. energy storage type charging pile Site Detection vehicle according to claim 4, it is characterised in that:The experiment power supply cabinet (6) below collection control instruction case (3).
6. energy storage type charging pile Site Detection vehicle according to claim 1, it is characterised in that:Part compartment after described (2.2) exhaust fan (3.8) is additionally provided in, the exhaust fan (3.8) is above alternating current-direct current load device (4).
CN201721532749.6U 2017-11-16 2017-11-16 Energy storage type charging pile Site Detection vehicle Active CN207488385U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721532749.6U CN207488385U (en) 2017-11-16 2017-11-16 Energy storage type charging pile Site Detection vehicle

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721532749.6U CN207488385U (en) 2017-11-16 2017-11-16 Energy storage type charging pile Site Detection vehicle

Publications (1)

Publication Number Publication Date
CN207488385U true CN207488385U (en) 2018-06-12

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Application Number Title Priority Date Filing Date
CN201721532749.6U Active CN207488385U (en) 2017-11-16 2017-11-16 Energy storage type charging pile Site Detection vehicle

Country Status (1)

Country Link
CN (1) CN207488385U (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109188147A (en) * 2018-09-26 2019-01-11 国网河北省电力有限公司电力科学研究院 A kind of charging equipment of electric automobile detection system
CN110672961A (en) * 2019-10-17 2020-01-10 国网河北省电力有限公司电力科学研究院 Mobile detection platform based on vehicle-mounted integration
CN111999589A (en) * 2020-10-27 2020-11-27 中国测试技术研究院电子研究所 Electric automobile charging equipment load box and application method thereof

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109188147A (en) * 2018-09-26 2019-01-11 国网河北省电力有限公司电力科学研究院 A kind of charging equipment of electric automobile detection system
CN110672961A (en) * 2019-10-17 2020-01-10 国网河北省电力有限公司电力科学研究院 Mobile detection platform based on vehicle-mounted integration
CN111999589A (en) * 2020-10-27 2020-11-27 中国测试技术研究院电子研究所 Electric automobile charging equipment load box and application method thereof

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