CN201530655U - Micro-energy consumption elevator - Google Patents

Micro-energy consumption elevator Download PDF

Info

Publication number
CN201530655U
CN201530655U CN2009201972486U CN200920197248U CN201530655U CN 201530655 U CN201530655 U CN 201530655U CN 2009201972486 U CN2009201972486 U CN 2009201972486U CN 200920197248 U CN200920197248 U CN 200920197248U CN 201530655 U CN201530655 U CN 201530655U
Authority
CN
China
Prior art keywords
ultracapacitor assembly
voltage
motor
ultracapacitor
energy
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
CN2009201972486U
Other languages
Chinese (zh)
Inventor
黄正义
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LINCOLN ELEVATOR (CHINA) CO Ltd
Original Assignee
LINCOLN ELEVATOR (CHINA) CO Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by LINCOLN ELEVATOR (CHINA) CO Ltd filed Critical LINCOLN ELEVATOR (CHINA) CO Ltd
Priority to CN2009201972486U priority Critical patent/CN201530655U/en
Application granted granted Critical
Publication of CN201530655U publication Critical patent/CN201530655U/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Classifications

    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B50/00Energy efficient technologies in elevators, escalators and moving walkways, e.g. energy saving or recuperation technologies

Abstract

The utility model discloses a micro-energy consumption elevator, which includes an electric motor, a frequency transformator and a code device; which is characterized in that the utility model also includes a super capacitor component, and the capacitor component anode and the frequency transformator anode input end are connected, and the super capacitor component cathode and the frequency transformator cathode input end are connected; in energy production state of the electric motor, the super capacitor component stores electric energy produced by the electric motor, and in the electric state of the electric motor, the super capacitor component supplies power to the electric motor; the utility model also includes a power supply device, when the working volt of the super capacitor component is below the lower limit value of the design electric voltage, the super capacitor component is charged. The utility model has the advantages that the super capacitor component is used as a main power source carrier for supplying power for the elevator continuously, and the component not only can be used as a energy storage element, but also as a battery, thereby sufficiently using the generated electric energy in the elevator operation process without setting the braking unit (or braking resistor) in the elevator and the inverter, saving cost of facilities, preventing hot pollution and harmonic noise pollution, conserving energy and protecting environment.

Description

A kind of micro power consumption elevator
Technical field
The utility model relates to a kind of lift facility, and a kind of especially is the micro power consumption elevator of energy storage carrier with the super capacitor.
Background technology
Elevator has two states in operational process: i.e. " electric operation " state and " generator operation " state.In the fully loaded upwards lifting process of elevator, elevator is in motor-operated running state (electric energy changes mechanical energy into), main power source is usually by the power supply of commercial power (as the 380V alternating current) as continued power, in order to guarantee that elevator can normal flat bed when the instant cut-off, need the configuration uninterrupted power supply (UPS), in order to guarantee that elevator can normally move, and all disposes backup power (as house generator) on elevator device when having a power failure; And in elevator landing process downwards; electrical motor is in generator operation state (mechanical energy changes electric energy into); electric energy by the power converter output module flywheel diode and be rectified into direct current; be added in then on the dc bus of frequency converter; the voltage of dc bus is raise; if can not in time these electric energy be discharged, elevator will be protected and can't normally use by et out of order.Too high in order to prevent bus voltage, all be that the electric energy that sends when adopting brake unit that elevator is descended is released on the resistance in the past, this moment, electric energy changed heat energy into, and its heat is released in surrounding space, forms secondary pollution; In like manner, unloaded uplink and downlink, on the contrary then, promptly go up the behavior generating state, following behavior motoring condition, its principle is with last identical.In recent years, then adopt the inversion feedback unit the electric energy another mistake that has discharged become with frequently, the sinusoidal waveform of homophase feeds back to self electrical network and utilizes, but, there is critical defect in this mode---noise and harmonic pollution power supply and surrounding space, disturb the normal operation of self system and near equipment.
At present, the elevator manufacturer uses as traditional chemical batteries such as lead-acid storage battery, nickel-hydrogen accumulator and cadmium-nickel storage batterys usually as the elevator backup power, this class batteries to store energy is the chemical reaction that relies on electrode, and dynamic performance is relatively poor, the mechanical energy storage in the time of can not guaranteeing timely and effectively elevator to be descended, cause energy dissipation, therefore, use this class storage battery as backup power, its service life is short, need periodic replacement, also can cause certain pollution environment.Along with The development in society and economy, people more and more pay close attention to for green energy resource and ecology environment, ultracapacitor (is called again: electrochemical capacitor) as a kind of later-model energy storage device, because store the energy force rate ordinary capacitor height of electric charge, and have that the speed of discharging and recharging is fast, efficient is high, environmentally safe, the preceence that has extended cycle life etc. and can not be substituted, some need superpower,
In the design of high efficiency solution, the engineer has begun to adopt ultracapacitor to replace traditional battery.If any the patent No. is that the Chinese invention patent " a kind of novel energy-conserving elevator " of ZL200410054284.9 discloses a kind of use ultracapacitor as accessory feed and backup power, ultracapacitor can effectively be released energy and energy storage when elevator starts and descend, reach purpose of energy saving; Simultaneously, can guarantee that elevator will be trapped near passenger in the elevator floor being transported in the power cut-off incident safely in burst.And for example to be that 200580023344.3 Chinese invention patent " as the power supply of energy saver in the elevator device and emergency source of electrical power " discloses a kind of with the method and apparatus of the required power storage of elevator device in the ultracapacitor for application number, and ultracapacitor can be used as the redundant electrical power under the emergency condition (as power fail).When motor load hour, ultracapacitor is in charge condition, and is big or during when power fail, ultracapacitor release electric energy is used for motor when motor load.But, in above-mentioned two patents, giving the main power source of elevator continued power still is traditional source of AC, elevator main power source system still depends on electrical network, and the reliability and stability of electrical network have determined the drive ability of elevator, in the most of the time of the normal operation of elevator, ultracapacitor is not worked, the energy that is stored in the super capacitor also must discharge after being full of electricity, or adopts the storage battery secondary to store, and causes resource and waste of electric energy; In addition; above-mentioned patent is because ultracapacitor only uses as accessory feed and backup power; only under the situation of elevator generation power fail or outage, just give elevator supply; ultracapacitor stores the electric energy of elevator generation in service; though reached the purpose that protection main power source and electric energy feedback utilize, on the elevator main power equipment and auxiliary power plant to be set simultaneously, make power-supply system bulky; and need complex peripheral circuit such as pressure regulator, increased cost.
The utility model content
Technical problem to be solved in the utility model is to provide a kind of to need not the traditional utilities continued power and can realize the micro power consumption elevator that power cycles is utilized effectively at above-mentioned prior art present situation.
The utility model solves the problems of the technologies described above the technical scheme that is adopted: this micro power consumption elevator includes
One motor drags the upstream or downstream of lift car;
One frequency converter is used to drive described machine operation, and this frequency converter includes electrode input end, negative input, frequency division card input end and three-phase output end, and the three-phase output end of this frequency converter links to each other with the three-phase input end of described motor respectively; And
One coder, realization is to the closed loop control of described motor, in order to detecting the mode of operation of described motor, and the working state signal of this motor is fed back to described frequency converter, this coder has a signal output part that links to each other with the frequency division card input end of described frequency converter;
It is characterized in that: also include
One ultracapacitor assembly, in order to give described inverter supply, and combine by the connection in series-parallel of a plurality of ultracapacitor monomer, and, this ultracapacitor assembly has positive pole and negative pole, the positive pole of this ultracapacitor assembly links to each other with the electrode input end of described frequency converter, the negative pole of this ultracapacitor assembly links to each other with the negative input of described frequency converter, be under the generating state at described motor, this ultracapacitor assembly stores the electric energy that described motor produces under generating state, be under the motoring condition at described motor, this ultracapacitor assembly provides operation required electric energy for described motor;
One energy supplementary device is connected the positive pole and the negative pole two ends of described ultracapacitor assembly, and gives this ultracapacitor assembly charging when the operating voltage of described ultracapacitor assembly is lower than the design voltage lower limit.
In order to detect the operating voltage of ultracapacitor assembly at any time, and when undertension, give the timely electric energy supplement of ultracapacitor assembly, as preferably, described energy supplementary device includes voltage monitoring equipment and quick charge device, described voltage monitoring equipment is in order to monitor the height of described ultracapacitor assembly terminal voltage, when the terminal voltage of described ultracapacitor assembly was lower than the lower limit of described design voltage, described quick charge device carried out fast charge to described ultracapacitor assembly; When the terminal voltage of described ultracapacitor assembly reached the higher limit of described design voltage, described quick charge device stopped the charging to described ultracapacitor assembly.
As further preferred, described voltage monitoring equipment includes a monitoring ic, is connected across between two buses that are connected with described ultracapacitor assembly, is used to detect the voltage height between the described bus; One drive circuit receives the energizing signal of described monitoring ic, and realizes the conducting of this driving circuit or end under the control of this energizing signal; And a master cock, in the circuit turn-on or the disconnection that realize under the control of described monitoring ic between described quick charge device and the described voltage monitoring equipment;
When described bus voltage is lower than the lower limit of described design voltage, described monitoring ic send high level, described driving circuit conducting also drives described master cock closure, described quick charge device charges to described ultracapacitor assembly; When described bus voltage was higher than the higher limit of described design voltage, described monitoring ic sent low level, and described driving circuit ends and drives described master cock to be opened, and described quick charge device stops to described ultracapacitor assembly charging.
In order to control the work of quick charge device effectively, described master cock is a group relay contact switch, the relay that is provided with this relay contact closure of control in the described driving circuit or opens.
The energy of described quick charge device can adopt energy-saving electric power, as solar power or wind energy, also can be mains supply, as 220V single phase alternating current or 380V three plase alternating current.
Described frequency converter be one on common ac-dc-ac frequency converter basis, carry out improved straight-ac frequency converter, promptly remove the alternating current-direct current modulation conversion module of ac-dc-ac frequency converter, and the direct current that uses this ac-dc-ac frequency converter arrives the interchange modular converter, particularly, should straight-ac frequency converter include a variable frequency control module and an Intelligent Power Module that links to each other with described motor that is connected with described frequency division card input end, wherein, the both positive and negative polarity input end of described variable frequency control module links to each other with the both positive and negative polarity of described ultracapacitor assembly respectively, this variable frequency control module is the three-phase modulations alternating current with the dc inverter of described ultracapacitor assembly output, and this variable frequency control module is according to the load variations of the described motor of described frequency division card input end feedback and the output frequency and the electric current of the described three-phase modulations alternating current of automatically regulating; Described Intelligent Power Module) the three-phase modulations alternating current mouth of the described variable frequency control module of connection, and the three-phase modulations alternating current exported to described motor, wherein, described Intelligent Power Module includes the two ends flywheel diode of connection bus respectively, the input end of this Intelligent Power Module connects the both positive and negative polarity of described ultracapacitor assembly respectively, and the three-phase output end that the mouth of this Intelligent Power Module is described frequency converter links to each other with the three-phase input end of described motor respectively.
Compared with prior art, advantage of the present utility model is: adopt the ultracapacitor assembly that is combined by the connection in series-parallel of a plurality of ultracapacitor monomer as the main power source carrier to the elevator continued power, this ultracapacitor assembly is at elevator generator operation or glancing impact, can store the electric energy that motor sends, when the elevator electric operation, can be elevator again provides the electric energy of continuous running, make and need not to be provided with brake unit (or braking resistor) in the elevator, also need not to be provided with specially the regenerative apparatus of an inverter as energy regeneration, both save equipment cost, avoided thermal pollution that produces by brake unit and harmonic wave and the noise pollution that produces by inverter again;
In addition, consider in the running process of elevator owing to overcoming the pettiness waste of power that friction drag consumes, also be provided with energy supplementary device, and adopt green clean energy resource, give the loss of ultracapacitor assembly electric energy supplement as solar power, wind energy etc., also can give ultracapacitor assembly electric energy supplement, guarantee the electricity consumption reliability in the running process of elevator by the civil power (220V or 380V) of mains supply.Because the ultracapacitor assembly both can be used as energy-storage travelling wave tube and had used, can be used as battery again and use, can make full use of the electric energy that sends in the running process of elevator, realized energy recycle effectively, more energy-conservation and environmental protection.
Description of drawings
Fig. 1 is the micro power consumption elevator principle of work block diagram of the utility model embodiment.
Fig. 2 is the pairing schematic circuit diagram of principle of work block diagram shown in Figure 1.
Fig. 3 is the schematic circuit diagram of energy supplementary device shown in Figure 2.
Fig. 4 is the schematic circuit diagram of super energy carrier shown in Figure 2.
Fig. 5 is the circuit connection structure figure of the utility model embodiment one.
Fig. 6 is the circuit connection structure figure of the utility model embodiment two.
Fig. 7 is the elevator work principle schematic of prior art.
The specific embodiment
Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.
With respect to the elevator of traditional employing electrical network civil power as the continued power power supply, the elevator of present embodiment adopts a kind of later-model energy storage means---and ultracapacitor is as the power supply main power source, ultracapacitor claims capacitor with super capacity again, gold capacitor, gold electric capacity, reservoir capacitance, farad capacitor, (English name is EDLC for electrochemical capacitor or double layer capacitor, be Electric Double Layer Capacitors), be to come the model electrochemical device of storage of electrical energy by the polarization battery acid, it is the novel power-type energy-storage travelling wave tube that occurs along with the breakthrough of material science the nearly more than ten years.
As shown in Figure 1 and Figure 2, be the elevator work functional block diagram and the cooresponding schematic circuit diagram of present embodiment.This elevator includes
Permagnetic synchronous motor M is used to drive rising or the decline of lift car M1, for weight balancing, also is provided with counterweight M2 and car M1 on the motor M and keeps stress balance;
Frequency converter B, be used for dragging motor M work, this frequency converter B includes frequency division card input end S, electrode input end P, negative input N and three-phase output end U, V, W, and three-phase output end U, the V of this frequency converter, W link to each other with the three-phase input end of motor M respectively;
Coder PG, be installed in the closed loop control that also realizes on the motor M main shaft motor M, in order to detect the mode of operation of motor M, and the working state signal of this motor M fed back to frequency converter B, this coder PG is fixedly installed on the motor M, and coder PG also has a signal output part t who links to each other by signal cable with the frequency division card input end S of frequency converter B;
Ultracapacitor assembly F, in order to give described frequency converter B power supply, realize the startup and the operation of elevator, this ultracapacitor assembly F is by a plurality of ultracapacitor monomer (C11, C21, Cn1) connection in series-parallel combines, be precharged to the higher limit of design voltage before use, referring to Fig. 4, wherein, ultracapacitor assembly F has positive pole and negative pole, the positive pole of this ultracapacitor assembly F and the electrode input end P of frequency converter B link to each other, the negative pole of this ultracapacitor assembly F and the negative input N of frequency converter B link to each other, be under generating or the braking mode in motor M, this ultracapacitor assembly F stores the electric energy that motor produces under generating or braking mode, under motor M is in motoring condition, ultracapacitor assembly F discharges electric energy, provides operation required electric energy to motor M; And
Energy supplementary device A is connected positive pole and the negative pole two ends of ultracapacitor assembly F, and gives this ultracapacitor assembly F charging when the operating voltage of ultracapacitor assembly F is lower than the design voltage lower limit.The design voltage here is the voltage range that between design voltage higher limit and design voltage lower limit can guarantee the normal operation of elevator, when the voltage of ultracapacitor assembly F reaches when limiting on the design voltage, energy supplementary device A stops to charge to ultracapacitor assembly F, when the voltage of ultracapacitor assembly F is lower than the design voltage lower limit, at this moment, energy supplementary device A need give ultracapacitor assembly F charging with electric energy supplement.
As shown in Figure 3, energy supplementary device A schematic circuit diagram for present embodiment, this energy supplementary device A includes voltage monitoring equipment H and quick charge device E, voltage monitoring equipment H is in order to the height of monitoring ultracapacitor assembly F terminal voltage, when the terminal voltage of ultracapacitor assembly F was lower than the design voltage lower limit, quick charge device E carried out fast charge to ultracapacitor assembly F; When the terminal voltage of ultracapacitor assembly F reached the design voltage higher limit, quick charge device E stopped the charging to ultracapacitor assembly F;
Wherein, quick charge device E preferentially can adopt the power supply of the clean environment firendly energy, as solar power or wind energy, also can be in particular 220V single phase alternating current or 380V three plase alternating current by the mains-supplied of electrical network access;
Voltage monitoring equipment H includes:
Monitoring ic IC is connected across between two buses that connect ultracapacitor assembly F, is used to detect the voltage height between the bus;
Driving circuit T receives the energizing signal of monitoring ic IC, and realizes the conducting of this driving circuit T or end under the control of this energizing signal; And
Master cock K, realize circuit turn-on or disconnection between quick charge device E and the voltage monitoring equipment H, master cock K is a group relay contact switch, correspondingly, is provided with the relay J that this relay contact switch of control is closed or open in driving circuit T.
When bus voltage was higher than the design voltage lower limit, monitoring ic IC sent high level, driving circuit T conducting, and the relay drive controlling K switch closure in this driving circuit T, quick charge device E charges to ultracapacitor assembly F;
When bus voltage was lower than the design voltage higher limit, monitoring ic IC sent low level, and driving circuit T ends, and the relay drive controlling K switch in this driving circuit T is opened, and quick charge device E stops to charge to ultracapacitor assembly F.
As Fig. 5, shown in Figure 6, be embodiment one of the present utility model and enforcement two, the difference of two embodiment is, the quick charge device E of embodiment one adopts the environment-friendly type energy such as solar power or wind energy to give ultracapacitor assembly F, and embodiment adopts the alternating current that is inserted by electrical network to give ultracapacitor assembly F charging after rectification.
Wherein, the frequency converter B of embodiment one for always-ac frequency converter, be remove on the basis of existing ac-dc-ac frequency converter hand over straight modulation module after improved frequency converter, this right angle frequency converter direct connection is on the mouth of ultracapacitor assembly; And, should include variable frequency control module b1 and Intelligent Power Module b2 by straight-ac frequency converter, the positive-negative input end of variable frequency control module b1 is connected the both positive and negative polarity of ultracapacitor assembly F, this variable frequency control module b1 can be the three-phase modulations alternating current with the dc inverter of this ultracapacitor assembly F output, and variable frequency control module b1 can also be according to the motor M load variations of frequency division card input end S feedback and automatically regulating three-phase modulations alternating current output frequency and electric current;
Intelligent Power Module b2 includes the two ends flywheel diode of connection bus respectively, the positive-negative input end of this Intelligent Power Module b2 links to each other with the both positive and negative polarity of ultracapacitor assembly F, and the mouth of this Intelligent Power Module b2 is three-phase output end U, the V of frequency converter B, W carries out K switch through control ALink to each other with the three-phase input end of motor M respectively, the three plase alternating current that this Intelligent Power Module b2 is used for being produced by variable frequency control module b1 passes to motor M, and receives the electric current that produces simultaneously when motor M is in generating state.
When elevator is in motor-operated running state (when promptly unloaded decline moves), ultracapacitor assembly F directly provides electric energy as the power supply main power source, electric current outputs to motor M via Intelligent Power Module b2 three-phase output end U, V, the W of frequency converter B, and drags car M1 operation;
When elevator is in generator operation state (when promptly unloaded rising moves), the unnecessary electric energy that motor M is sent enters into Intelligent Power Module b2 by motor through three-phase output end U, V, the W of frequency converter B, and flow to dc bus by the flywheel diode in this Intelligent Power Module b2, and then realize that charging to ultracapacitor assembly F, ultracapacitor assembly F store electric energy that elevator sends and the power supply during as elevator electric operation next time.
So, adopt this mode both to realize the recycle of electric energy, avoided adopting of the transition loss of other components and parts again as energy-storage travelling wave tube, whole process does not have any pollution.Along with of the application of present ultracapacitor in fields such as electronlmobil, composite fuel automobiles; and the continuous development of ultracapacitor manufacturing process; the capacity of ultracapacitor assembly F is can approach infinity big; and because voltage can not sport the intrinsic characteristic of electric capacity; when motor under the generator operation state and when giving the charging of ultracapacitor assembly, the ultracapacitor assembly can not need overvoltage protection because immediate current is excessive.
In addition, elevator is in the long-time running process, because the frictional loss of machinery and air-flow, needing to give the ultracapacitor assembly to replenish a spot of electric energy (only is about the 10-20% of elevator energy consumption, relevant with usage condition), promptly when bus voltage drops to the design voltage lower limit, voltage monitoring equipment H drive controlling K switch closure, quick charge device is realized the fast charge to ultracapacitor assembly F, when voltage rises to the design voltage higher limit, master cock K automatic cutout, charging finishes, and enters operation circulation next time.
Embodiment two is for utilizing the transformation embodiment of existing elevator structure.We remove external brake unit circuit of the prior art and external power consumption resistance, ultracapacitor assembly F is removed and be replaced by to original filter capacitor that is connected in parallel on the dc bus, the method of attachment of ultracapacitor assembly F is identical with filter capacitor, and, anode and frequency converter B with original power input three-phase commutation bridge D output circuit ' the bus anode disconnect, be connected in series voltage monitoring equipment H simultaneously, master cock K is serially connected among the voltage monitoring equipment H, the n end of the positive termination master cock K of rectifier bridge D, the m of master cock K end and frequency converter B ' bus anode P be connected, the ground terminal of voltage monitoring equipment H is connected with the negative terminal of ultracapacitor assembly F, referring to Fig. 6; The connection mode of coder PG is identical with embodiment one, and mouth U, the V of ac-dc-ac frequency converter B ', W carry out K switch through control ABe connected with motor M, present embodiment is through the frequency converter B after reequiping ' identical with embodiment one, include variable frequency control module b1 ' and Intelligent Power Module b2 ' too.
When elevator was in motor-operated running state, F provided lasting electric energy by the ultracapacitor assembly, and electric current is through frequency converter B ' output to motor M by three-phase output end U, V, W with the sine-wave current of characteristic frequency after the frequency conversion, start and drag cage operation;
When elevator is in the generator operation state, the electric energy that motor M is sent is by frequency converter B ' three-phase output end U, V, W end enter voltage monitoring equipment H, and the flywheel diode in this voltage monitoring equipment H flows to dc bus to ultracapacitor assembly F charging, the power supply during as electric operation next time.
When bus voltage drops to the lower limit of design voltage, voltage monitoring equipment H drive controlling K switch closure, the civil power that inserts from electrical network is realized the fast charge to ultracapacitor assembly F, when voltage rises to the higher limit of design voltage, master cock K automatic cutout, fast charge finishes, and enters operation circulation next time.

Claims (6)

1. a micro power consumption elevator includes
One motor (M) drags the upstream or downstream of lift car;
One frequency converter (B), be used to drive described motor (M) work, this frequency converter (B) includes electrode input end (P), negative input (N), frequency division card input end (S) and three-phase output end (U, V, W), and the three-phase output end of this frequency converter (U, V, W) links to each other with the three-phase input end of described motor (M) respectively; And
One coder (PG), realization is to the closed loop control of described motor (M), in order to detect the mode of operation of described motor (M), and the working state signal of this motor (M) fed back to described frequency converter (B), this coder (PG) has a signal output part (t) that links to each other with the frequency division card input end (S) of described frequency converter (B);
It is characterized in that: also include
One ultracapacitor assembly (F), in order to give described inverter supply, and combine by the connection in series-parallel of a plurality of ultracapacitor monomer, and, this ultracapacitor assembly (F) has positive pole and negative pole, the electrode input end (P) of the positive pole of this ultracapacitor assembly (F) and described frequency converter (B) links to each other, the negative input (N) of the negative pole of this ultracapacitor assembly (F) and described frequency converter (B) links to each other, be under the generating state at described motor (M), this ultracapacitor assembly (F) stores the electric energy that described motor (M) produces under generating state, be under the motoring condition at described motor (M), this ultracapacitor assembly (F) provides operation required electric energy for described motor (M);
One energy supplementary device (A) is connected the positive pole and the negative pole two ends of described ultracapacitor assembly (F), and gives this ultracapacitor assembly (F) charging when the operating voltage of described ultracapacitor assembly (F) is lower than the design voltage lower limit.
2. micro power consumption elevator according to claim 1, it is characterized in that: described energy supplementary device (A) includes voltage monitoring equipment (H) and quick charge device (E), described voltage monitoring equipment (H) is in order to monitor the height of described ultracapacitor assembly (F) terminal voltage, when the terminal voltage of described ultracapacitor assembly (F) was lower than the lower limit of described design voltage, described quick charge device (E) carried out fast charge to described ultracapacitor assembly (F); When the terminal voltage of described ultracapacitor assembly (F) reached the higher limit of described design voltage, described quick charge device (E) stopped the charging to described ultracapacitor assembly (F).
3. micro power consumption elevator according to claim 2 is characterized in that: described voltage monitoring equipment (H) includes
One monitoring ic (IC) is connected across between two buses that are connected with described ultracapacitor assembly (F), is used to detect the voltage height between the described bus;
One drive circuit (T) receives the energizing signal of described monitoring ic (IC), and realizes the conducting of this driving circuit (T) or end under the control of this energizing signal; And
One master cock (K) is in the circuit turn-on or the disconnection that realize under the control of described monitoring ic (IC) between described quick charge device (E) and the described voltage monitoring equipment (H);
When described bus voltage is lower than the lower limit of described design voltage, described monitoring ic (IC) send high level, (T) conducting of described driving circuit also drives described master cock (K) closure, and described quick charge device (E) charges to described ultracapacitor assembly (F);
When described bus voltage is higher than the higher limit of described design voltage, described monitoring ic (IC) sends low level, described driving circuit (T) ends and drives described master cock (K) to be opened, and described quick charge device (E) stops to charge to described ultracapacitor assembly (F).
4. micro power consumption elevator according to claim 3 is characterized in that: described master cock (K) is a group relay contact switch, the relay (J) that is provided with this relay contact closure of control in the described driving circuit (T) or opens.
5. micro power consumption elevator according to claim 4 is characterized in that: the energy of described quick charge device (E) is solar power or wind energy or 220V single phase alternating current or 380V three plase alternating current.
6. according to the described micro power consumption elevator of arbitrary claim in the claim 1~5, it is characterized in that: described frequency converter (B) for always-ac frequency converter, should include the Intelligent Power Module (b2) that a variable frequency control module (b1) and that is connected with described frequency division card input end (S) links to each other with described motor by straight-ac frequency converter, wherein, the both positive and negative polarity input end of described variable frequency control module (b1) links to each other with the both positive and negative polarity of described ultracapacitor assembly (F) respectively, this variable frequency control module (b1) is the three-phase modulations alternating current with the dc inverter of described ultracapacitor assembly (F) output, and this variable frequency control module (b1) is according to the load variations of the described motor (M) of described frequency division card input end (S) feedback and automatically regulating described three-phase modulations alternating current output frequency and electric current;
Described Intelligent Power Module (b2) connects the three-phase modulations alternating current mouth of described variable frequency control module (b1), and the three-phase modulations alternating current exported to described motor (M), wherein, described Intelligent Power Module (b2) includes the two ends flywheel diode of connection bus respectively, the input end of this Intelligent Power Module (b2) connects the both positive and negative polarity of described ultracapacitor assembly (F) respectively, and the mouth of this Intelligent Power Module (b2) is the three-phase output end of described frequency converter (U, V, W) and links to each other with the three-phase input end of described motor (M) respectively.
CN2009201972486U 2009-09-22 2009-09-22 Micro-energy consumption elevator Expired - Lifetime CN201530655U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2009201972486U CN201530655U (en) 2009-09-22 2009-09-22 Micro-energy consumption elevator

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2009201972486U CN201530655U (en) 2009-09-22 2009-09-22 Micro-energy consumption elevator

Publications (1)

Publication Number Publication Date
CN201530655U true CN201530655U (en) 2010-07-21

Family

ID=42526060

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2009201972486U Expired - Lifetime CN201530655U (en) 2009-09-22 2009-09-22 Micro-energy consumption elevator

Country Status (1)

Country Link
CN (1) CN201530655U (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101697429B (en) * 2009-09-22 2012-05-09 林肯电梯(中国)有限公司 Micro power consumption elevator
CN102838013A (en) * 2012-09-11 2012-12-26 广州市京龙工程机械有限公司 Energy-storage type construction hoist
CN102849580A (en) * 2011-06-29 2013-01-02 珠海银通新能源有限公司 Elevator system

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101697429B (en) * 2009-09-22 2012-05-09 林肯电梯(中国)有限公司 Micro power consumption elevator
CN102849580A (en) * 2011-06-29 2013-01-02 珠海银通新能源有限公司 Elevator system
CN102838013A (en) * 2012-09-11 2012-12-26 广州市京龙工程机械有限公司 Energy-storage type construction hoist
CN102838013B (en) * 2012-09-11 2015-05-13 广州市京龙工程机械有限公司 Energy-storage type construction hoist

Similar Documents

Publication Publication Date Title
CN100588075C (en) Hybrid accumulator for elevator and control method thereof
CN100588074C (en) Hybrid accumulator for elevator and control method thereof
EP2855321B1 (en) Elevator system with power storage device
CN101697429B (en) Micro power consumption elevator
CN1845417B (en) Hybrid energy-storage device for elevator and its controlling method
CN106276445A (en) A kind of elevator drives control, energy saving integrated system and method
CN201328023Y (en) Back-up power for electric pitch system of wind turbine
CN102013754A (en) Energy-saving elevator power distribution system
CN106385101B (en) Method and device for realizing power supply of high-power elevator automatic rescue device
CN201647835U (en) Hybrid power RTG electrical system
CN105098967A (en) Elevator automatic rescuing and energy-saving device, elevator automatic rescuing and energy-saving control method and supercapacitor module
CN102180390B (en) Frequency-conversion traction equipment energy-saving system for elevator
CN101717044A (en) Hybrid power tyre crane energy-saving system
KR20130074691A (en) Hybrid energy storage apparatus for railway power system and method of the same
CN204156591U (en) Elevator emergency energy saver
Shreelakshmi et al. An energy efficient and environment friendly elevator system using ultracapacitor and fuel cell with power factor correction
CN201530655U (en) Micro-energy consumption elevator
CN102522814A (en) Wind-solar hybrid distribution type generating set
CN204928347U (en) Automatic rescue of elevator and economizer and ultracapacitor system module
CN201850017U (en) Novel super-capacitor-type elevator energy-saving control device
CN107352338B (en) Energy-saving device of elevator and its control operation method based on dual energy memory module
CN205791745U (en) A kind of generator set storage battery charging system
CN110148955A (en) A kind of power supply system and method for supplying power to
CN205709258U (en) Elevator standby electricity management and control system
CN102223136A (en) Non-energy-storing motor-driven system for complementary power supply of wind power generation and electrical network

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
AV01 Patent right actively abandoned

Granted publication date: 20100721

Effective date of abandoning: 20090922