CN106364999B - A kind of elevator battery refresh using energy source energy conserving system and method - Google Patents
A kind of elevator battery refresh using energy source energy conserving system and method Download PDFInfo
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- CN106364999B CN106364999B CN201610769309.6A CN201610769309A CN106364999B CN 106364999 B CN106364999 B CN 106364999B CN 201610769309 A CN201610769309 A CN 201610769309A CN 106364999 B CN106364999 B CN 106364999B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/02—Control systems without regulation, i.e. without retroactive action
- B66B1/06—Control systems without regulation, i.e. without retroactive action electric
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/42—Methods or arrangements for servicing or maintenance of secondary cells or secondary half-cells
- H01M10/44—Methods for charging or discharging
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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- Elevator Control (AREA)
- Indicating And Signalling Devices For Elevators (AREA)
Abstract
The present invention provides a kind of elevator battery refresh using energy source energy conserving system and methods, are related to elevators field, which is characterized in that the system comprises：Tele-control system, energy regeneration system, information acquisition system, communication system, core control system and man-machine interactive system；The tele-control system signal is connected to communication system；The energy regeneration system signal is connected to communication system；Described information acquisition system signal is connected to communication system；The core control system signal is connected to communication system；The man-machine interactive system signal is connected to communication system；The communication system, the data communication for being connected between each system.The present invention have many advantages, such as good energy-conserving effect, at low cost, remote control, fault detect, intelligence and it is cost-effective and.
Description
Technical field
The present invention relates to data processing field, more particularly to a kind of elevator battery refresh using energy source energy conserving system and side
Method.
Background technology
It is reported that the whole nation ten thousand more than 100, is becoming the total ownership of elevator in the world most with the elevator total security amount of having at present
More countries.Moreover, as Urbanization in China enters the fast-developing phase, hundreds thousand of newly-increased elevators are all there will be over every year
(newly-increased elevator quantity the first in the world) comes into operation.It is indispensable to have become people's daily life as the vehicles for elevator
A part.
Elevator operation be unable to do without electric energy, and the conventional lift normally used, daily electricity consumption is about at 30 degree to 150 degree
Between, if according to 80 degree of calculating of the daily electricity consumption of an elevator, annual power consumption is up to 29200 degree.It can be seen that elevator energy consumption is
Through the pith as building energy consumption.Elevator in be largely mode using transducer drive motor, elevator exists
In operational process, there are electric operation and generator operation (also crying running under braking) two states.When elevator startup reaches highest operation
The mechanical kinetic energy generated when speed is also the largest, and gradually to be slowed down before elevator reaches target zone, and the mistake that this slows down
Journey is exactly a process of elevator release mechanical kinetic energy.
It is that can the mechanical energy of this motion process be converted into power storage by motor becoming when system designs
In bulky capacitor inside frequency device (generator operation state will produce part energy, and we term it the renewable sources of energy).It is actually defeated
The electric energy sent back in this bulky capacitor is more, and capacitance voltage will be higher, if cannot be in time these electricity of capacitor storage
It can discharge, elevator may generate over-voltage fault, can directly result in elevator and can not work normally operation.Therefore meeting in use
These energy are consumed in a manner of thermal energy external braking resistor, the process of this braking makes the temperature of entire control flow
Rise, at this time if reasonable employment elevator feedback energy-saving device, so that it may with effectively that the direct current energy stored in capacitance is light
It changes places and is converted into AC energy and conveys power grid in time.The purpose for not only realizing economize on electricity in this way, can also avoid high-power
The work of resistance, can significantly improve the operation of elevator device, and avoids system caused by due to Energy in use resistance and imitate
The shortcomings of rate is low, elevator control cabinet fever, and environment temperature is excessively high.This partial regeneration energy conversion is by energy feedback device simultaneously
Alternating current, the electric energy saved every year are considerable.
Invention content
In consideration of it, the present invention provides a kind of elevator battery refresh using energy source energy conserving system and method, present invention tool
Have the advantages that good energy-conserving effect, at low cost, remote control, fault detect, intelligence and it is cost-effective and.
The technical solution adopted by the present invention is as follows：
A kind of elevator battery refresh using energy source energy conserving system, which is characterized in that the system comprises：Remote control system
System, energy regeneration system, information acquisition system, communication system, core control system and man-machine interactive system；The remote control
System is run for remote control elevator device, and signal is connected to communication system；The energy regeneration system is used for elevator
Potential energy during rising and declining is converted to electric energy, generates the renewable sources of energy, and signal is connected to communication system；Described information acquisition system
System, for acquiring the running state information of elevator, these information being sent to core control system by CAN bus, signal connects
It is connected to communication system；The core control system, for handling collected elevator each section data to complete elevator
Basic control function, while relevant information is transferred to tele-control system and human-computer interaction system through communication system by treated
System, signal are connected to communication system；The man-machine interactive system is used to show elevator operation, and passenger is supplied to alarm
With the function of control elevator operation, signal is connected to communication system；The communication system, the number for being connected between each system
According to communication.
The communication system includes：Gateway, fire wall, network server and LAN；The tele-control system passes through
LAN connection enters communication system；The network server access to LAN；The fire wall signal is connected to network server；
The gateway signal is connected to fire wall；Described information acquisition system includes：Sensor group and photoelectric encoder；The sensor
Group includes：Pressure sensor, velocity sensor, voltage sensor, current sensor and acceleration transducer, for acquiring elevator
Operating status；The photoelectric encoder, the location information current for obtaining elevator.
The core control system includes：Outer calling board, memory module, group controller, CAN bus and controller group；Institute
Outer calling board is stated, for sending out outgoing call order, signal is connected to group controller；The memory module, information, believes for storing data
Number it is connected to group controller；The controller group includes multiple master controllers, the corresponding electricity of each main controller controls
Ladder, the operation for controlling elevator；The CAN bus, the data for connecting group controller and controller group communicate.
The energy regeneration system includes：Including three-phase input power supply, rectification module, switching tube, drive module, motor,
The external three-phase input alternating current of the three-phase input power supply, the external motor of the drive module；The driving mould
Block further includes：Renewable sources of energy module, renewable sources of energy module tool is there are two electrical input A and B, the electrical input A and institute
The drain electrode for the switching tube stated or collector electrical connection, the electrical input B and the rectification module and drive module are electrically connected
It connects；The renewable sources of energy module tool is electrically connected there are three output end and respectively with three input terminals of three-phase input power supply；
The renewable sources of energy module is made of full-control type device for power switching, inductance coil, phaselocked loop.
The full-control type device for power switching is equipped with 6, in parallel after first being connected for one group with two to be connected respectively to again
The electrical input A and B；The inductance coil be equipped with 3, respectively with three input terminals of the three-phase input power supply
Son electrical connection, the other end of the inductance coil described in 3 are respectively electrically connected to the full-control type device for power switching described in one group
Series connection point；The phaselocked loop is electrically connected with three input terminals of the three-phase input power supply respectively.
A kind of power-economizing method based on elevator battery refresh using energy source energy conserving system, which is characterized in that the method
Include the following steps：
Step 1：System starts, and subsystems are initialized；
Step 2：Information acquisition system starts to acquire car movement data information, and collected data information is sent to core
Heart control system；
Step 3：Core control system controls the operation of elevator device according to the data information received；Core control system
The collected data information of information acquisition system is sent to man-machine interactive system to show, and is sent to remote control system
System；
Step 4：Tele-control system shows the data information that core control system sends over；Staff's root
According to the data information of display, control command can be sent and be transmitted to core control system, control core control system through communication system
The operation of system；
Step 5：Energy regeneration system is converted to electricity during ascending for elevator or downlink, by the kinetic energy of elevator and potential energy
Can, while being that accumulator charges using the electric energy.
The core control system includes following step according to the method that collected data information controls elevator device operation
Suddenly：
Step 1：The time of passenger is not more than the threshold of setting in the pressure sensor monitoring to elevator of information acquisition system
When value, core control system is sent a signal to, core control system closes illumination and the air-conditioning of elevator according to the signal；
Step 2：When the velocity sensor of information acquisition system monitors that the speed of service fluctuation of elevator is larger, signal is sent
To core control system, core control system adjusts the voltage and current of elevator, ensures elevator speed according to the signal
Stablize；
Step 3：The time of passenger is not more than the threshold of setting in the pressure sensor monitoring to elevator of information acquisition system
When value, core control system is sent a signal to, core control system receives signal, and data are stored；If core control system
System continuously receives the unmanned signal that information acquisition system sends in the threshold value of setting, then core control system controls
Corresponding elevator enters dormant state.
The energy regeneration system prevents the method packet of accumulator super-charge during charging to elevator accumulator
Include following steps：
Step 1：A safety coefficient K is preset according to actual conditions；Preset a battery temperature coefficient T；
Preset a battery environment lowest temperature angle value L；Preset a capacity coefficient of discharging P；
Step 2：Current sensor in information acquisition system acquires the load current I in running process of elevator in real time；
Step 3：Voltage sensor in information acquisition system acquires the output electricity of accumulator in running process of elevator in real time
Press U；
Step 4：Core control system is according to collected output voltage U and load current I；According to preset voltage standard
Value and preset attenuation coefficient, it can be deduced that the actual capacity X of accumulator at this time；And then obtain, it should the electricity to charge
Capacity is F；
Step 5：It is obtained according to following formula, in the case where load current is I, it should the time of charging：
。
Using above technical scheme, present invention produces following advantageous effects：
1, safe：The present invention elevator device in addition to can by running process of elevator potential energy and kinetic energy be converted to
Other than electric energy charges to accumulator, in charging process, also the time of charging is calculated, prevents over-charging of battery from causing
Dangerous situation appearance, improve the safety of system.
2, energy saving：The present invention elevator device can by running process of elevator potential energy and kinetic energy be converted to electric energy
It charges to accumulator, reduces the consumption of the elevator operation energy.Meanwhile in running process of elevator, core control system
It can be directed to the data information that information acquisition system sends over, the operation of elevator is controlled, elevator is reduced in the case of nobody
Energy consumption, further improve the energy-efficient performance of elevator.
3, remote control, intelligence：The elevator device of the present invention can carry out remote control, while during control,
Also achieve maximum intelligence.It need not think to be operated, the operation of elevator can be automatically controlled, be carried out at the same time section
Energy.
Description of the drawings
Fig. 1 is a kind of elevator battery refresh using energy source energy conserving system of the present invention and the system structure signal of method
Figure.
Fig. 2 is the system of a kind of elevator battery refresh using energy source energy conserving system of the present invention and the communication system of method
Structural schematic diagram.
Specific implementation mode
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
Any feature disclosed in this specification (including any accessory claim, abstract), unless specifically stated,
It is replaced by other equivalent or with similar purpose alternative features.That is, unless specifically stated, each feature is a series of
An example in equivalent or similar characteristics.
A kind of elevator battery refresh using energy source energy conserving system, system structure such as Fig. 1 are provided in the embodiment of the present invention 1
It is shown：
A kind of elevator battery refresh using energy source energy conserving system, which is characterized in that the system comprises：Remote control system
System, energy regeneration system, information acquisition system, communication system, core control system and man-machine interactive system；The remote control
System is run for remote control elevator device, and signal is connected to communication system；The energy regeneration system is used for elevator
Potential energy during rising and declining is converted to electric energy, generates the renewable sources of energy, and signal is connected to communication system；Described information acquisition system
System, for acquiring the running state information of elevator, these information being sent to core control system by CAN bus, signal connects
It is connected to communication system；The core control system, for handling collected elevator each section data to complete elevator
Basic control function, while relevant information is transferred to tele-control system and human-computer interaction system through communication system by treated
System, signal are connected to communication system；The man-machine interactive system is used to show elevator operation, and passenger is supplied to alarm
With the function of control elevator operation, signal is connected to communication system；The communication system, the number for being connected between each system
According to communication.
The communication system includes：Gateway, fire wall, network server and LAN；The tele-control system passes through
LAN connection enters communication system；The network server access to LAN；The fire wall signal is connected to network server；
The gateway signal is connected to fire wall；Described information acquisition system includes：Sensor group and photoelectric encoder；The sensor
Group includes：Pressure sensor, velocity sensor, voltage sensor, current sensor and acceleration transducer, for acquiring elevator
Operating status；The photoelectric encoder, the location information current for obtaining elevator.
The core control system includes：Outer calling board, memory module, group controller, CAN bus and controller group；Institute
Outer calling board is stated, for sending out outgoing call order, signal is connected to group controller；The memory module, information, believes for storing data
Number it is connected to group controller；The controller group includes multiple master controllers, the corresponding electricity of each main controller controls
Ladder, the operation for controlling elevator；The CAN bus, the data for connecting group controller and controller group communicate.
The energy regeneration system includes：Including three-phase input power supply, rectification module, switching tube, drive module, motor,
The external three-phase input alternating current of the three-phase input power supply, the external motor of the drive module；The driving mould
Block further includes：Renewable sources of energy module, renewable sources of energy module tool is there are two electrical input A and B, the electrical input A and institute
The drain electrode for the switching tube stated or collector electrical connection, the electrical input B and the rectification module and drive module are electrically connected
It connects；The renewable sources of energy module tool is electrically connected there are three output end and respectively with three input terminals of three-phase input power supply；
The renewable sources of energy module is made of full-control type device for power switching, inductance coil, phaselocked loop.
The full-control type device for power switching is equipped with 6, in parallel after first being connected for one group with two to be connected respectively to again
The electrical input A and B；The inductance coil be equipped with 3, respectively with three input terminals of the three-phase input power supply
Son electrical connection, the other end of the inductance coil described in 3 are respectively electrically connected to the full-control type device for power switching described in one group
Series connection point；The phaselocked loop is electrically connected with three input terminals of the three-phase input power supply respectively.
A kind of energy-saving square based on elevator battery refresh using energy source energy conserving system is provided in the embodiment of the present invention 2
Method：
A kind of power-economizing method based on elevator battery refresh using energy source energy conserving system, which is characterized in that the method
Include the following steps：
Step 1：System starts, and subsystems are initialized；
Step 2：Information acquisition system starts to acquire car movement data information, and collected data information is sent to core
Heart control system；
Step 3：Core control system controls the operation of elevator device according to the data information received；Core control system
The collected data information of information acquisition system is sent to man-machine interactive system to show, and is sent to remote control system
System；
Step 4：Tele-control system shows the data information that core control system sends over；Staff's root
According to the data information of display, control command can be sent and be transmitted to core control system, control core control system through communication system
The operation of system；
Step 5：Energy regeneration system is converted to electricity during ascending for elevator or downlink, by the kinetic energy of elevator and potential energy
Can, while being that accumulator charges using the electric energy.
The core control system includes following step according to the method that collected data information controls elevator device operation
Suddenly：
Step 1：The time of passenger is not more than the threshold of setting in the pressure sensor monitoring to elevator of information acquisition system
When value, core control system is sent a signal to, core control system closes illumination and the air-conditioning of elevator according to the signal；
Step 2：When the velocity sensor of information acquisition system monitors that the speed of service fluctuation of elevator is larger, signal is sent
To core control system, core control system adjusts the voltage and current of elevator, ensures elevator speed according to the signal
Stablize；
Step 3：The time of passenger is not more than the threshold of setting in the pressure sensor monitoring to elevator of information acquisition system
When value, core control system is sent a signal to, core control system receives signal, and data are stored；If core control system
System continuously receives the unmanned signal that information acquisition system sends in the threshold value of setting, then core control system controls
Corresponding elevator enters dormant state.
The energy regeneration system prevents the method packet of accumulator super-charge during charging to elevator accumulator
Include following steps：
Step 1：A safety coefficient K is preset according to actual conditions；Preset a battery temperature coefficient T；
Preset a battery environment lowest temperature angle value L；Preset a capacity coefficient of discharging P；
Step 2：Current sensor in information acquisition system acquires the load current I in running process of elevator in real time；
Step 3：Voltage sensor in information acquisition system acquires the output electricity of accumulator in running process of elevator in real time
Press U；
Step 4：Core control system is according to collected output voltage U and load current I；According to preset voltage standard
Value and preset attenuation coefficient, it can be deduced that the actual capacity X of accumulator at this time；And then obtain, it should the electricity to charge
Capacity is F；
Step 5：It is obtained according to following formula, in the case where load current is I, it should the time of charging：
。
A kind of elevator battery refresh using energy source energy conserving system and method, system knot are provided in the embodiment of the present invention 3
Composition is as shown in Figure 1：
A kind of elevator battery refresh using energy source energy conserving system, which is characterized in that the system comprises：Remote control system
System, energy regeneration system, information acquisition system, communication system, core control system and man-machine interactive system；The remote control
System is run for remote control elevator device, and signal is connected to communication system；The energy regeneration system is used for elevator
Potential energy during rising and declining is converted to electric energy, generates the renewable sources of energy, and signal is connected to communication system；Described information acquisition system
System, for acquiring the running state information of elevator, these information being sent to core control system by CAN bus, signal connects
It is connected to communication system；The core control system, for handling collected elevator each section data to complete elevator
Basic control function, while relevant information is transferred to tele-control system and human-computer interaction system through communication system by treated
System, signal are connected to communication system；The man-machine interactive system is used to show elevator operation, and passenger is supplied to alarm
With the function of control elevator operation, signal is connected to communication system；The communication system, the number for being connected between each system
According to communication.
The communication system includes：Gateway, fire wall, network server and LAN；The tele-control system passes through
LAN connection enters communication system；The network server access to LAN；The fire wall signal is connected to network server；
The gateway signal is connected to fire wall；Described information acquisition system includes：Sensor group and photoelectric encoder；The sensor
Group includes：Pressure sensor, velocity sensor, voltage sensor, current sensor and acceleration transducer, for acquiring elevator
Operating status；The photoelectric encoder, the location information current for obtaining elevator.
The core control system includes：Outer calling board, memory module, group controller, CAN bus and controller group；Institute
Outer calling board is stated, for sending out outgoing call order, signal is connected to group controller；The memory module, information, believes for storing data
Number it is connected to group controller；The controller group includes multiple master controllers, the corresponding elevator of each main controller controls,
Operation for controlling elevator；The CAN bus, for connecting group controller and controlling the data communication of group.
The energy regeneration system includes：Including three-phase input power supply, rectification module, switching tube, drive module, motor,
The external three-phase input alternating current of the three-phase input power supply, the external motor of the drive module；The driving mould
Block further includes：Renewable sources of energy module, renewable sources of energy module tool is there are two electrical input A and B, the electrical input A and institute
The drain electrode for the switching tube stated or collector electrical connection, the electrical input B and the rectification module and drive module are electrically connected
It connects；The renewable sources of energy module tool is electrically connected there are three output end and respectively with three input terminals of three-phase input power supply；
The renewable sources of energy module is made of full-control type device for power switching, inductance coil, phaselocked loop.
The full-control type device for power switching is equipped with 6, in parallel after first being connected for one group with two to be connected respectively to again
The electrical input A and B；The inductance coil be equipped with 3, respectively with three input terminals of the three-phase input power supply
Son electrical connection, the other end of the inductance coil described in 3 are respectively electrically connected to the full-control type device for power switching described in one group
Series connection point；The phaselocked loop is electrically connected with three input terminals of the three-phase input power supply respectively.
A kind of power-economizing method based on elevator battery refresh using energy source energy conserving system, which is characterized in that the method
Include the following steps：
Step 1：System starts, and subsystems are initialized；
Step 2：Information acquisition system starts to acquire car movement data information, and collected data information is sent to core
Heart control system；
Step 3：Core control system controls the operation of elevator device according to the data information received；Core control system
The collected data information of information acquisition system is sent to man-machine interactive system to show, and is sent to remote control system
System；
Step 4：Tele-control system shows the data information that core control system sends over；Staff's root
According to the data information of display, control command can be sent and be transmitted to core control system, control core control system through communication system
The operation of system；
Step 5：Energy regeneration system is converted to electricity during ascending for elevator or downlink, by the kinetic energy of elevator and potential energy
Can, while being that accumulator charges using the electric energy.
The core control system includes following step according to the method that collected data information controls elevator device operation
Suddenly：
Step 1：The time of passenger is not more than the threshold of setting in the pressure sensor monitoring to elevator of information acquisition system
When value, core control system is sent a signal to, core control system closes illumination and the air-conditioning of elevator according to the signal；
Step 2：When the velocity sensor of information acquisition system monitors that the speed of service fluctuation of elevator is larger, signal is sent
To core control system, core control system adjusts the voltage and current of elevator, ensures elevator speed according to the signal
Stablize；
Step 3：The time of passenger is not more than the threshold of setting in the pressure sensor monitoring to elevator of information acquisition system
When value, core control system is sent a signal to, core control system receives signal, and data are stored；If core control system
System continuously receives the unmanned signal that information acquisition system sends in the threshold value of setting, then core control system controls
Corresponding elevator enters dormant state.
The energy regeneration system prevents the method packet of accumulator super-charge during charging to elevator accumulator
Include following steps：
Step 1：A safety coefficient K is preset according to actual conditions；Preset a battery temperature coefficient T；
Preset a battery environment lowest temperature angle value L；Preset a capacity coefficient of discharging P；
Step 2：Current sensor in information acquisition system acquires the load current I in running process of elevator in real time；
Step 3：Voltage sensor in information acquisition system acquires the output electricity of accumulator in running process of elevator in real time
Press U；
Step 4：Core control system is according to collected output voltage U and load current I；According to preset voltage standard
Value and preset attenuation coefficient, it can be deduced that the actual capacity X of accumulator at this time；And then obtain, it should the electricity to charge
Capacity is F；
Step 5：It is obtained according to following formula, in the case where load current is I, it should the time of charging：
。
The invention is not limited in specific implementation modes above-mentioned.The present invention, which expands to, any in the present specification to be disclosed
New feature or any new combination, and disclose any new method or process the step of or any new combination.
Claims (6)
1. a kind of elevator battery refresh using energy source energy conserving system, which is characterized in that the system comprises：Remote control system
System, energy regeneration system, information acquisition system, communication system, core control system and man-machine interactive system；The remote control
System is run for remote control elevator device, and signal is connected to communication system；The energy regeneration system is used for elevator
Potential energy during rising and declining is converted to electric energy, generates the renewable sources of energy, and signal is connected to communication system；Described information acquisition system
System, for acquiring the running state information of elevator, these information being sent to core control system by CAN bus, signal connects
It is connected to communication system；The core control system, for handling collected elevator each section data to complete elevator
Basic control function, while relevant information is transferred to tele-control system and human-computer interaction system through communication system by treated
System, signal are connected to communication system；The man-machine interactive system is used to show elevator operation, and passenger is supplied to alarm
With the function of control elevator operation, signal is connected to communication system；The communication system, the number for being connected between each system
According to communication；The energy regeneration system includes：Including three-phase input power supply, rectification module, switching tube, drive module, motor, institute
The external three-phase input alternating current of three-phase input power supply stated, the external motor of the drive module；The drive module
Further include：Renewable sources of energy module, renewable sources of energy module tool is there are two electrical input A and B, the electrical input A and described
Switching tube drain electrode or collector electrical connection, the electrical input B and the rectification module and drive module electrical connection；
The renewable sources of energy module tool is electrically connected there are three output end and respectively with three input terminals of three-phase input power supply；It is described
Renewable sources of energy module be made of full-control type device for power switching, inductance coil, phaselocked loop；
Further include the power-economizing method of elevator battery refresh using energy source energy conserving system, the described method comprises the following steps：
Step 1：System starts, and subsystems are initialized；
Step 2：Information acquisition system starts to acquire car movement data information, and collected data information is sent to core control
System processed；
Step 3：Core control system controls the operation of elevator device according to the data information received；Core control system will be believed
The breath collected data information of acquisition system is sent to man-machine interactive system and is shown, and is sent to tele-control system；
Step 4：Tele-control system shows the data information that core control system sends over；Staff is according to aobvious
The data information shown can send control command and be transmitted to core control system through communication system, control core control system
Operation；
Step 5：Energy regeneration system is converted to electric energy during ascending for elevator or downlink, by the kinetic energy of elevator and potential energy,
It is simultaneously that accumulator charges using the electric energy.
2. elevator battery refresh using energy source energy conserving system as described in claim 1, which is characterized in that the communication system
Including：Gateway, fire wall, network server and LAN；The tele-control system enters communication system by LAN connection；
The network server access to LAN；The fire wall signal is connected to network server；The gateway signal is connected to anti-
Wall with flues；Described information acquisition system includes：Sensor group and photoelectric encoder；The sensor group includes：Pressure sensor, speed
Spend sensor, voltage sensor, current sensor and acceleration transducer, the operating status for acquiring elevator；The photoelectricity
Encoder, the location information current for obtaining elevator.
3. elevator battery refresh using energy source energy conserving system as described in claim 1, which is characterized in that the core control
System includes：Outer calling board, memory module, group controller, CAN bus and controller group；The outer calling board, for sending out outgoing call
Order, signal are connected to group controller；The memory module, information, signal are connected to group controller for storing data；It is described
Controller group includes multiple master controllers, the corresponding elevator of each main controller controls, the fortune for controlling elevator
Row；The CAN bus, the data for connecting group controller and controller group communicate.
4. elevator battery refresh using energy source energy conserving system as described in claim 1, which is characterized in that the full-control type
Device for power switching is equipped with 6, in parallel after first being connected for one group with two to be connected respectively to the electrical input A and B again；Institute
The inductance coil stated is equipped with 3, is electrically connected respectively with three input terminals of the three-phase input power supply, the electricity described in 3
The other end of sense coil is respectively electrically connected to the series connection point of the full-control type device for power switching described in one group；The phaselocked loop point
It is not electrically connected with three input terminals of the three-phase input power supply.
5. elevator battery refresh using energy source energy conserving system as described in claim 1, which is characterized in that the core control
System includes the following steps according to the method that collected data information controls elevator device operation：
Step 1：When the time of passenger is not more than the threshold value of setting in the pressure sensor monitoring to elevator of information acquisition system,
Core control system is sent a signal to, core control system closes illumination and the air-conditioning of elevator according to the signal；
Step 2：When the velocity sensor of information acquisition system monitors that the speed of service fluctuation of elevator is larger, core is sent a signal to
Heart control system, core control system adjust the voltage and current of elevator according to the signal, ensure the steady of elevator speed
It is fixed；
Step 3：When the time of passenger is not more than the threshold value of setting in the pressure sensor monitoring to elevator of information acquisition system,
Core control system is sent a signal to, core control system receives signal, and data are stored；If core control system is being set
In fixed threshold value, the unmanned signal that information acquisition system sends over is continuously received, then core control system control is corresponding
Elevator enters dormant state.
6. elevator battery refresh using energy source energy conserving system as described in claim 1, which is characterized in that the energy regeneration
During charging to elevator accumulator, the method for preventing accumulator super-charge includes the following steps system：
Step 1：A safety coefficient K is preset according to actual conditions；Preset a battery temperature coefficient T；Preset an accumulator
Environment lowest temperature angle value L；Preset a capacity coefficient of discharging P；
Step 2：Current sensor in information acquisition system acquires the load current I in running process of elevator in real time；
Step 3：Voltage sensor in information acquisition system acquires the output voltage U of accumulator in running process of elevator in real time；
Step 4：Core control system is according to collected output voltage U and load current I；According to preset standard voltage value,
And preset attenuation coefficient, it can be deduced that the actual capacity X of accumulator at this time；And then obtain, it should the capacitance to charge
Amount is F；
Step 5：It is obtained according to following formula, in the case where load current is I, it should the time of charging：
。
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| CN201473124U (en) * | 2009-07-09 | 2010-05-19 | 浙江屹立电梯有限公司 | Energy control device of integrated energy-saving elevator with controllable energy consumption |
| CN103640944A (en) * | 2013-12-03 | 2014-03-19 | 天津市安维康家科技发展有限公司 | Intelligent and remote automatic alarming system for elevator faults |
| CN203794378U (en) * | 2013-11-07 | 2014-08-27 | 昆山京都电梯有限公司 | Elevator control system |
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| JP2008024428A (en) * | 2006-07-20 | 2008-02-07 | Hitachi Building Systems Co Ltd | Building remote monitoring device |
| CN201296590Y (en) * | 2008-11-26 | 2009-08-26 | 广东菱王电梯有限公司 | An elevator power source regeneration system |
| KR101266761B1 (en) * | 2011-04-08 | 2013-05-28 | 박주열 | System and methode to monitoring the elevator |
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| CN201473124U (en) * | 2009-07-09 | 2010-05-19 | 浙江屹立电梯有限公司 | Energy control device of integrated energy-saving elevator with controllable energy consumption |
| CN203794378U (en) * | 2013-11-07 | 2014-08-27 | 昆山京都电梯有限公司 | Elevator control system |
| CN103640944A (en) * | 2013-12-03 | 2014-03-19 | 天津市安维康家科技发展有限公司 | Intelligent and remote automatic alarming system for elevator faults |
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