CN200994216Y - Environmental-protection road lamp reduced current energy-saving control device - Google Patents

Environmental-protection road lamp reduced current energy-saving control device Download PDF

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Publication number
CN200994216Y
CN200994216Y CNU2006200492543U CN200620049254U CN200994216Y CN 200994216 Y CN200994216 Y CN 200994216Y CN U2006200492543 U CNU2006200492543 U CN U2006200492543U CN 200620049254 U CN200620049254 U CN 200620049254U CN 200994216 Y CN200994216 Y CN 200994216Y
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CN
China
Prior art keywords
street lamp
circuit
power
lamp
module
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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 - Fee Related
Application number
CNU2006200492543U
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Chinese (zh)
Inventor
陈伟明
王辉
郑谊
郑晓东
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Shanghai Municipal Electric Power Co
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Shanghai Municipal Electric Power Co
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Application filed by Shanghai Municipal Electric Power Co filed Critical Shanghai Municipal Electric Power Co
Priority to CNU2006200492543U priority Critical patent/CN200994216Y/en
Application granted granted Critical
Publication of CN200994216Y publication Critical patent/CN200994216Y/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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    • 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
    • Y02B20/00Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
    • Y02B20/72Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps in street lighting

Abstract

The utility model involves an environment-friendly street lamp down-current energy-saving control equipment, particularly referring to environment-friendly street lamp down-current energy-saving control equipment of energy-saving intelligent lighting control equipment which is intelligently controlled by descending current, green, and energy-saving. The equipment is composed of street lamp single-lamp controller circuit and street lamp circuit, including: single-lamp controller circuit module is composed of an LCU control circuit module and a multi-tap ballast down-power module component, etc. Relevant technology issues including particular timing of single-lamp, networking control, and how to realize multi-setting, down-current, down-power, and energy-saving, etc. are solved. The advantages of the utility model are: particular timing of single-lamp or networking control, street lamp soft startup control, and street lamp constant power control can be realized; no harmonic pollution is ensured towards electric networking, service life of street lamps can be extended, the utility model is a new green energy-saving lighting intelligent control technology.

Description

The environmental-friendly street lamp current-reducing energy-saving control apparatus
Technical field
The utility model relates to a kind of street lamp intelligent lighting control energy-saving equipment, refers to a kind of environmental-friendly street lamp current-reducing energy-saving control apparatus with the energy-conserving intelligent lighting control equipment that falls electric current Based Intelligent Control, environmental protection illumination especially.
Background technology
At present, traditional employing street lamp ballast falls current technique and carries out the street lighting energy-saving equipment, it falls the mode of electric current by changing the ballast inductor amount, mostly adopt increase by one series connection of a gear to fall power ballast or on former ballast, pass through to change coil turn, increase the carrying out of a tap.And when practical application, because the electrical network overall load is lighter in the second half of the night, it is bigger to cause illuminalive power-supply voltage to raise, its direct result is exactly on the one hand light source to be had a negative impact useful life, on the other hand, the illumination power output is increased, reduce the lighting energy saving effect.Simultaneously, light source has heavy current impact when starting, light source life is had adverse effect.
Summary of the invention
In order to overcome above-mentioned weak point, main purpose of the present utility model aims to provide a kind of with the control of street lamp soft start, and the heavy current impact that exists when reducing the street lamp startup prolongs the light source device in useful life; Use many gears to fall power ballast, change and the predetermined power requirement that falls according to external voltage, automatically adjust control and fall the power gear, keep permanent relatively power output, both can guarantee the illumination output effect that reaches predetermined, and can reduce, eliminate external voltage again and change environmental-friendly street lamp current-reducing energy-saving control apparatus the influence of road-light light-source useful life and energy-saving effect.
The technical problems to be solved in the utility model is: solve single lamp separately regularly or networking control, both how realizing can be under the prerequisite that the old road section keeps original street lamp device is not changed, do not upgrade, and carries out many gears and falls electric current and fall the power energy-saving problem; Solve and avoid the adverse effect of external voltage variation, simultaneously, also can directly use problem in newly-built highway section to light source useful life and energy-saving effect; Solve assurance electric power network is not produced harmonic pollution, environment is not produced electromagnetic pollution, street lamp is not only damaged useful life, and also have relevant technologies problem such as prolongation effect.
The technical scheme that its technical problem that solves the utility model adopts is: this equipment is made up of street lamp single-lamp controller circuit and street lamp circuit two large divisions, comprising:
The single-lamp controller circuit module falls power ballast module etc. by LCU (Lamp Contrl Unit) control circuit module and many taps and forms, the end of the output of this LCU control circuit by many gears control appliance of 220V three phase mains is connected with the end that power ballast, AC compensation capacitance module and street lamp circuit module fall in many taps respectively, an end of high-pressure sodium lamp is connected on the other end of AC compensation capacitance module and the street lamp circuit, many taps are fallen power ballast and are connected on the phase line of street lamp circuit, wherein in the mode of connecting:
The LCU control circuit is made up of monolithic processor, current sensor, power carrier module module, voltage sensor, power transformer and rectification circuit, direct current+12V voltage stabilizing circuit and direct current 3.3V voltage stabilizing circuit module etc.; Wherein the input/output terminal of monolithic processor module is connected with an I/O of voltage sensor, direct current 3.3V voltage stabilizing circuit, power carrier module module and current sensor respectively, one end of voltage sensor is connected with the L of 220V AC power end, and the other end is connected with the N end of 220V three phase mains;
Direct current+12V voltage stabilizing circuit one end is connected with power transformer and rectification circuit, and two ends are connected with direct current 3.3V voltage stabilizing circuit and power carrier module respectively in addition;
One end of direct current 3.3V voltage stabilizing circuit is connected with direct current+12V voltage stabilizing circuit, and another power end is connected with monolithic processor;
One end of power carrier module links to each other with power line L, N end, and the other end is connected with monolithic processor and direct current+12V voltage stabilizing circuit respectively; Current sensor is serially connected on the power supply phase line;
The street lamp circuit is made up of street lamp ballast, electronic trigger and high-pressure sodium lamp; Wherein many taps are fallen power ballast and are connected on the phase line of street lamp circuit with street lamp ballast and electronic trigger in the mode of serial connection, and high-pressure sodium lamp is serially connected on street lamp ballast and the street lamp circuit supply phase line mutually.
The street lamp single-lamp controller of described environmental-friendly street lamp current-reducing energy-saving control apparatus is the networking control mode or is independent timing controlled mode.
Electronic trigger in the street lamp circuit of described environmental-friendly street lamp current-reducing energy-saving control apparatus or be connected with many taps of street lamp Inductive ballast.
It is common E type inductance or for the energy-conservation inductance of O type that power ballast falls in many taps of described environmental-friendly street lamp current-reducing energy-saving control apparatus.
The beneficial effects of the utility model are: can realize single lamp timing or networking control separately, both realizing can be under the prerequisite that the old road section keeps original street lamp device is not changed, do not upgrade, and carries out many gears and falls electric current and fall power energy-saving, realize the control of street lamp soft start, realize the permanent power control of street lamp; Avoid the adverse effect of external voltage variation, simultaneously, also can directly use in newly-built highway section to light source useful life and energy-saving effect; Assurance does not produce harmonic pollution, environment is not produced electromagnetic pollution electric power network, street lamp is not only damaged useful life, and also have the prolongation effect; Present technique does not have electromagnetic interference to the electrical network no-harmonic wave pollution to environment, and light source is had the prolongation effect useful life, is a kind of lighting energy saving Based Intelligent Control new technology of environmental protection.
Description of drawings
Below in conjunction with description of drawings and embodiment the utility model is further specified.
Accompanying drawing 1 is the utility model general structure block diagram;
Accompanying drawing 2 is the structure block diagram of one of the utility model embodiment;
The drawing reference numeral explanation:
The 1-LCU control circuit;
2-is many, and power ballast falls in tap;
3-street lamp ballast;
The 4-electronic trigger;
5-AC compensation electric capacity;
The 6-high-pressure sodium lamp;
Many taps of 8-street lamp Inductive ballast;
10-single-lamp controller circuit;
The 11-current sensor;
12-power carrier module;
The 13-voltage sensor;
14-power transformer and rectification circuit;
15-direct current+12V voltage stabilizing circuit;
16-direct current 3.3V voltage stabilizing circuit;
The 17-monolithic processor;
20-street lamp circuit;
Embodiment:
See also shown in the accompanying drawing 1,2, equipment of the present utility model is made up of street lamp single-lamp controller circuit (10) and street lamp circuit (20) two large divisions etc., and it comprises:
Single-lamp controller circuit (10) module is fallen power ballast (2) module etc. by LCU (Lamp Contrl Unit) control circuit (1) module and many taps and is formed, the output of this LCU control circuit (1) is fallen power ballast (2) with many taps respectively by an end of many gears control appliance of 220V three phase mains, AC compensation electric capacity (5) module is connected with an end of street lamp circuit (20) module, the other end of AC compensation electric capacity (5) module is connected with the end that street lamp circuit (20) is gone up high-pressure sodium lamp (6), many taps are fallen power ballast (2) and are connected on the phase line of street lamp circuit (20), wherein in the mode of connecting:
LCU control circuit (1) is made up of monolithic processor (17), current sensor (11), power carrier module (12) module, voltage sensor (13), power transformer and rectification circuit (14), direct current+12V voltage stabilizing circuit (15) and direct current 3.3V voltage stabilizing circuit (16) module etc.; Wherein the input/output terminal of monolithic processor (17) module is connected with an I/O of voltage sensor (13), direct current 3.3V voltage stabilizing circuit (16), power carrier module (12) module and current sensor (11) respectively, one end of voltage sensor (13) is connected with the L of 220V AC power end, and the other end is connected with the N end of 220V three phase mains;
Direct current+12V voltage stabilizing circuit (15) one ends are connected with power transformer and rectification circuit (14), and two ends are connected with direct current 3.3V voltage stabilizing circuit (16) and power carrier module (12) respectively in addition;
One end of direct current 3.3V voltage stabilizing circuit (16) is connected with direct current+12V voltage stabilizing circuit (15), and another power end is connected with monolithic processor (17);
One end of power carrier module (12) links to each other with power line L, N end, and the other end is connected with monolithic processor (17) and direct current+12V voltage stabilizing circuit (15) respectively; Current sensor (11) is serially connected on the power supply phase line;
Street lamp circuit (20) is made up of street lamp ballast (3), electronic trigger (4) and high-pressure sodium lamp (6); Wherein many taps are fallen power ballast (2) and are connected on the phase line of street lamp circuit (20) with street lamp ballast (3) and electronic trigger (4) in the mode of serial connection, and high-pressure sodium lamp (6) is serially connected in street lamp ballast (3) and street lamp circuit (20) and powers on mutually the phase line.
The street lamp single-lamp controller (10) of described environmental-friendly street lamp current-reducing energy-saving control apparatus is the networking control mode or is independent timing controlled mode.
Electronic trigger (4) in the street lamp circuit (20) of described environmental-friendly street lamp current-reducing energy-saving control apparatus or be connected with many taps of street lamp Inductive ballast (3).
Many taps of described environmental-friendly street lamp current-reducing energy-saving control apparatus are fallen power ballast (2) for common E type inductance or for the energy-conservation inductance of O type.
The method of work of environmental-friendly street lamp current-reducing energy-saving control apparatus of the present utility model, the single lamp energy saving controller for road lamp of this method have street lamp soft start control technology and permanent relatively power control techniques.
See also shown in the accompanying drawing 2, the street lamp circuit of one of the utility model specific embodiment is as follows:
Street lamp circuit (20) is made up of many taps of street lamp Inductive ballast (8) and high-pressure sodium lamp (6); Wherein many taps of street lamp Inductive ballast (8) is connected on the phase line of street lamp circuit (20) with electronic trigger (4) in the mode of serial connection, and high-pressure sodium lamp (6) is serially connected in many taps of street lamp Inductive ballast (8) and street lamp circuit (20) and powers on mutually the phase line.
The utility model is that electric current Energy Saving Control new technology falls in a kind of environmental-friendly street lamp, the equipment that this technology is formed comprises that power ballast (2), street lamp ballast (3), electronic trigger (4), AC compensation electric capacity (5) and high-pressure sodium lamp compositions such as (6) fall in street lamp single-lamp controller circuit (10), many taps, wherein:
Single Lantern Festival can be adopted street lamp soft start control technology by controller when street lamp starts, big electric current is to the impact of road-light light-source when avoiding street lamp to start; Single Lantern Festival can be adopted the permanent power control techniques of street lamp by controller when street lamp is worked, the automatic power magnitude that falls of energy according to variation of street lamp current/voltage and predetermined set, automatically regulate and fall the power gear, avoid external voltage to raise the influence of road-light light-source useful life and energy-saving effect; Single Lantern Festival can controller can be opened any one street lighting light source that this equipment is installed in the city, closed, the control of many gears timesharing downrating; Single Lantern Festival can gather the street lamp operating state, reach parameters such as street lighting equipment work electric current, voltage by controller automatically; Thereby realize that control reduces the street lighting electric current as required, control reduces street lighting power, avoids the illumination waste, reaches illumination as required, realizes the street lighting purpose of energy saving.
Electric current Energy Saving Control new technology falls in described environmental-friendly street lamp, its single lamp energy saving controller for road lamp has street lamp soft start control technology, promptly at the beginning of street lamp starts, fall the adding of power energy-saving inductance and subtract by control street lamp many gears, the slow variation of control street lamp electric current, reduce and when avoiding street lamp to start big electric current the impact of street lamp lighting power supply system and road-light light-source is prolonged light source useful life.
Described single lamp energy saving controller for road lamp has the current/voltage acquisition technique, and can control output amplitude according to current and voltage data that is collected and the predetermined power that falls, automatically regulate and fall power control gear, the output of realization firm power avoids street lamp voltage to raise to the influence of road-light light-source useful life and energy-saving effect.
Described single lamp energy saving controller for road lamp can be worked by networking control mode or independent timing controlled mode.
Described many taps are fallen power ballast (2) and are connected on the phase line of street lamp in the mode of connecting, and its adding does not need to change original equipment connection mode of street lamp and structure.This falls power inductance can be common E type inductance, also can be the energy-conservation inductance of new O type.Simultaneously,, power ballast (2) can be fallen in many taps and street lamp ballast (3) unites two into one, form many gears conversion hysteria street lighting ballast for the highway section of new construction.
Described street lamp ballast (3), electronic trigger (4), AC compensation electric capacity (5) and high-pressure sodium lamp (6) are the building blocks of transitional street lamps lighting apparatus.The utility model and street lighting light source type are irrelevant, so long as lighting source equipment be to use that inductance carries out ballast all can use the utility model.
Present technique does not have electromagnetic interference to the electrical network no-harmonic wave pollution to environment, and light source is had the prolongation effect useful life, is a kind of lighting energy saving Based Intelligent Control new technology of environmental protection.

Claims (4)

1, a kind of environmental-friendly street lamp current-reducing energy-saving control apparatus, this equipment have street lamp single-lamp controller circuit (10) and street lamp circuit (20) two large divisions, it is characterized in that comprising:
Single-lamp controller circuit (10) module is fallen power ballast (2) module by LCU control circuit (1) module and many taps and is formed, the output of this LCU control circuit (1) is fallen power ballast (2) with many taps respectively by an end of many gears control appliance of 220V three phase mains, AC compensation electric capacity (5) module is connected with an end of street lamp circuit (20) module, the other end of AC compensation electric capacity (5) module is connected with the end that street lamp circuit (20) is gone up high-pressure sodium lamp (6), many taps are fallen power ballast (2) and are connected on the phase line of street lamp circuit (20), wherein in the mode of connecting:
LCU control circuit (1) is made up of monolithic processor (17), current sensor (11), power carrier module (12) module, voltage sensor (13), power transformer and rectification circuit (14), direct current+12V voltage stabilizing circuit (15) and direct current 3.3V voltage stabilizing circuit (16) module; Wherein the input/output terminal of monolithic processor (17) module is connected with an I/O of voltage sensor (13), direct current 3.3 V voltage stabilizing circuits (16), power carrier module (12) module and current sensor (11) respectively, one end of voltage sensor (13) is connected with the L of 220V AC power end, and the other end is connected with the N end of 220V three phase mains;
Direct current+12V voltage stabilizing circuit (15) one ends are connected with power transformer and rectification circuit (14), and two ends are connected with direct current 3.3V voltage stabilizing circuit (16) and power carrier module (12) respectively in addition;
One end of direct current 3.3V voltage stabilizing circuit (16) is connected with direct current+12V voltage stabilizing circuit (15), and another power end is connected with monolithic processor (17);
One end of power carrier module (12) links to each other with power line L, N end, and the other end is connected with monolithic processor (17) and direct current+12V voltage stabilizing circuit (15) respectively; Current sensor (11) is serially connected on the power supply phase line;
Street lamp circuit (20) is made up of street lamp ballast (3), electronic trigger (4) and high-pressure sodium lamp (6); Wherein many taps are fallen power ballast (2) and are connected on the phase line of street lamp circuit (20) with street lamp ballast (3) and electronic trigger (4) in the mode of serial connection, and high-pressure sodium lamp (6) is serially connected in street lamp ballast (3) and street lamp circuit (20) and powers on mutually the phase line.
2, environmental-friendly street lamp current-reducing energy-saving control apparatus according to claim 1 is characterized in that: described street lamp single-lamp controller (10) is the networking control mode or is independent timing controlled mode.
3, environmental-friendly street lamp current-reducing energy-saving control apparatus according to claim 1 is characterized in that: the electronic trigger (4) in the described street lamp circuit (20) or be connected with many taps of street lamp Inductive ballast (3).
4, environmental-friendly street lamp current-reducing energy-saving control apparatus according to claim 1 is characterized in that: described many taps are fallen power ballast (2) for common E type inductance or for the energy-conservation inductance of O type.
CNU2006200492543U 2006-12-20 2006-12-20 Environmental-protection road lamp reduced current energy-saving control device Expired - Fee Related CN200994216Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2006200492543U CN200994216Y (en) 2006-12-20 2006-12-20 Environmental-protection road lamp reduced current energy-saving control device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNU2006200492543U CN200994216Y (en) 2006-12-20 2006-12-20 Environmental-protection road lamp reduced current energy-saving control device

Publications (1)

Publication Number Publication Date
CN200994216Y true CN200994216Y (en) 2007-12-19

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Country Status (1)

Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102006711A (en) * 2010-12-14 2011-04-06 苏州市华工照明科技有限公司 Single lamp control power-saving system

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102006711A (en) * 2010-12-14 2011-04-06 苏州市华工照明科技有限公司 Single lamp control power-saving system

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C19 Lapse of patent right due to non-payment of the annual fee
CF01 Termination of patent right due to non-payment of annual fee