CN211456717U - Green energy environment-friendly electronic digital intelligent emergency power generation and supply system - Google Patents
Green energy environment-friendly electronic digital intelligent emergency power generation and supply system Download PDFInfo
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- CN211456717U CN211456717U CN201921799954.8U CN201921799954U CN211456717U CN 211456717 U CN211456717 U CN 211456717U CN 201921799954 U CN201921799954 U CN 201921799954U CN 211456717 U CN211456717 U CN 211456717U
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Abstract
The utility model provides a green can environmental protection electronic type digital intelligent emergency power generation power supply system, contains: the charging module is used for adjusting the stable voltage so as to output the current for storage; the battery module is used for storing the current input by the charging module; the digital intelligent control module is used for detecting the state of the battery module and converting the current accumulated by the battery module into alternating current for output; the power transformation module is controlled by the digital intelligent control module and converts the direct current discharge of the battery into alternating current which is output after voltage transformation; and when the commercial power can not support the operation of the load electrical equipment, the digital intelligent control module controls the input alternating current from the power transformation module to maintain the operation of the load electrical equipment so as to realize the normal operation of electrical equipment needing to be restarted emergently, such as a building elevator, and ensure the life safety.
Description
Technical Field
The utility model relates to a green can environmental protection electronic type digital intelligence emergency power generation power supply system indicates especially one kind to have concurrently the not outage energy storage system of intelligence, environmental protection, in the face of the proruption power failure of power company, still can effectively supply power and let equipment continue the operation, does not have the situation of stranded of stopping.
Background
The modern human society can not operate without electric power, such as electric equipment used indoors or outdoor or community public equipment such as elevators or factory automatic equipment and the like; once the mains supply is unstable or unexpected natural disasters such as typhoons, earthquakes and the like cause power failure or repair in turn or fire power failure and other events, the related electrical equipment or outdoor or community public equipment such as elevators or factory automatic equipment and appliances face the embarrassment that the operation cannot be immediately carried out, and the safety of related personnel is damaged.
In order to prevent the user of the power equipment from panic due to power failure, for example, the elevator in the traveling district stops immediately, the passengers may be stuck in the five-storey, ten-storey and twenty-storey buildings and cannot get out of the way. When the emergency situation of power abnormity occurs, the emergency power generation (power supply) system is connected, and the power supply is restarted in an emergency, so that the escape of the elevator is turned off or the rescue straw for maintaining emergency equipment is formed.
At present, a general elevator emergency power generation (power supply) system takes a diesel generator as the only equipment, the equipment has large volume, an operation walkway and peripheral facilities such as a cooling water source, a diesel storage cylinder and the like need to be reserved during establishment, and power supply operation can be realized only after a manager starts a spare diesel generator. In terms of the power configuration of the elevator equipment of the current common building, no professional is responsible for starting the generator and monitoring the condition of the generator in the emergency diesel generator, and the ATS switch can switch the generator to transmit power to supply power to the elevator after the generator is started and the voltage and the frequency are stable. The long or short time for getting out of the elevator must depend on the maintenance of diesel generator in the building, the training of building manager and the response speed, and there is uncertain risk factor.
The starting sound of diesel power generation is large, so that the environmental protection requirements of nearby neighbors are met, and the safety of life, property and property is guaranteed; the problem of air pollution can not be avoided even if the maintenance of the generator is incomplete, namely, the generator can not generate power and supply power, and in addition, the generator is easy to cause fire because oil storage is exposed outside.
The present inventor has considered the deficiency of the existing diesel generator in practical application, and has accumulated the experience of the individual for years in the industrial development and practice in this field, and has studied elaborately, and finally developed a green energy environment-friendly electronic digital intelligent emergency power generation and supply system.
SUMMERY OF THE UTILITY MODEL
Accordingly, the present invention is directed to a green energy environment-friendly electronic digital intelligent emergency power generation and supply system, which is intelligent and environment-friendly, and can store energy without power interruption, and can supply power effectively and maintain continuous operation of important equipment in case of sudden power failure of a power company.
In order to above-mentioned technical means, the utility model provides a green can environmental protection electronic type digital intelligent emergency power generation power supply system contains: the charging module is used for adjusting the stable voltage so as to output the current for storage; the battery module is used for storing the current input by the charging module; the digital intelligent control module is used for detecting the state of the battery module and converting the current accumulated by the battery module into alternating current for output; the power transformation module is controlled by the digital intelligent control module and converts the direct current discharge of the battery into alternating current which is output after voltage transformation; and when the commercial power can not support the operation of the load electrical equipment, the digital intelligent control module controls the input of the alternating current from the power transformation module to maintain the operation of the load electrical equipment.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the charging module is used for inputting and connecting a solar module or a mains supply power grid.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the battery module is provided with at least one storage battery.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the battery module is formed by connecting at least two storage batteries in series.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the battery module is contained in a battery cabinet, and different battery module combinations can be set according to different output power requirements.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the digital intelligent control module controls the system to act by using a digital intelligent chip and an I/O (input/output) circuit thereof.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the digital intelligent control module is provided with a soft switch to ensure that current is input into the load electrical equipment so as to delay the rising rate of the current and reduce loss.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that a bypass switch controls input of an alternating current power supply and is additionally connected with the soft switch to input the load electrical equipment.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that a maintenance switch controls an alternating current power supply to be directly input into the load electrical equipment.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the charging module, the digital intelligent control module and the power transformation module are contained in a main cabinet.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the load electrical equipment is an elevator motor.
The green energy environment-friendly electronic digital intelligent emergency power generation and supply system is characterized in that the main cabinet is connected with any one or a combination of more than two of an RS-232 terminal, an SNMP network card or an RS486 board card.
According to the system with the structure, the battery module is automatically charged with the normally-saved electric power by using the charging module, when temporary power failure or power failure occurs, the battery module is controlled by the digital intelligent control module, the electric power stored in the battery module can be released, and the electric power is converted into alternating current for releasing through the power transformation module, so that the load electrical equipment is provided for use, and the normal operation of the load electrical equipment is supported; the power-saving diesel engine has the advantages of saving electricity, having no large volume of a diesel generator, having no diesel storage danger, reducing about 2/3 space in use, having very small starting sound and having no black smoke and environmental protection problems.
Drawings
Fig. 1 is a perspective view of the present invention.
Fig. 2 is an assembly diagram of the battery cabinet and the main cabinet of the present invention.
Fig. 3 is a structural diagram of the present invention in a normal state.
Fig. 4 is a schematic diagram of the power-off state of the present invention.
Figure 5 the utility model discloses a maintenance aspect appearance framework map.
Reference numerals:
< the utility model >
AC power supply 1
Digital intelligent control module 33
Load electrical equipment 4
Bypass switch 6
Maintenance switch 7
Detailed Description
To facilitate the further understanding of the structure, use and features of the present invention, the inventor has given his or her more detailed description of the preferred embodiments, which will be given by way of illustration only, with reference to the accompanying drawings, in which:
referring to fig. 1, the present invention provides a green energy environment-friendly electronic digital intelligent emergency power generation and supply system, which mainly comprises: an AC power source 1, a battery cabinet 2, a main cabinet 3 and a load electrical device 4.
In this embodiment, referring to fig. 1, fig. 2 and fig. 3 for assistance, the number and specification of the batteries are calculated according to the power and the service time of the load device, a battery module 21 formed by connecting 32 storage batteries in series with 4 × 8 is layered in the battery cabinet 2 to store the current input by the charging module 31, and the energy output of 12Vdc × 200Ah is expected to be provided; of course, in other embodiments, the battery modules 21 may be composed of only one battery, or may be connected in series by 4 × 4 or other combinations, and provide an electric power output of 12Vdc × 100Ah, 12Vdc × 120Ah or 12Vdc × 150Ah according to the requirements of the load electrical equipment 4, and accordingly, different combinations of battery modules may be set according to different output power requirements.
In this embodiment, referring to fig. 2 and fig. 3, the main cabinet 3 is mainly used for providing the charging module 31, the transforming module 32, the digital intelligent control module 33, the bypass switch 6 and the maintenance switch 7, and configuring a liquid crystal display (not shown).
In this embodiment, referring to fig. 1 and fig. 2, the charging module 31 is used for inputting and connecting the solar module or the ac power supply 1 of the utility power grid, and the charging module 31 has a voltage stabilizing function and can adjust a stable voltage to output a current for storage.
The digital intelligent control module 33 mainly detects the state of the battery module 21 by a digital intelligent chip, controls the charging and power transformation modes by the digital intelligent chip and an I/O line control system thereof, and is additionally provided with a soft switch 5 between the power transformation module 32 and the load electrical equipment 4 to control the current to be input into the load electrical equipment 4 so as to delay the rising rate of the current and reduce the loss. The main cabinet 3 integrally houses the charging module 31, the digital intelligent control module 33, the power transformation module 32, and the soft switch 5, and is provided with a transformer and a liquid crystal display (not shown) so that the direct current stored in the battery module 21 in the battery cabinet 2 is converted into an alternating current by the power transformation module 32 and output to the load electrical equipment 4.
As shown in fig. 3, the bypass switch 6 mainly controls the direct input of the ac power of the utility power, is additionally connected to the soft switch 5 to control the current, and controls the charging module 31 to charge the battery module 21 through the digital intelligent control module 33 at ordinary times, and controls the bypass switch 6 to directly supply the load power to the load electrical device 4 through the soft switch 5 by the utility power.
The load electrical device 4 of this embodiment is an elevator motor of a building, and is connected to the digital intelligent control module 33, and when the commercial power cannot support the operation of the load electrical device 4, the digital intelligent control module 33 inputs an alternating current to maintain the operation of the load electrical device 4.
When the above-mentioned structure is implemented, as shown in fig. 1 and fig. 3, a dps (digital Signal processing) intelligent chip configured by the digital intelligent control module 33 built in the main cabinet 3 controls and detects, and at ordinary times, the digital intelligent control module 33 controls the charging module 31 to charge the battery module 21 with the surplus power at ordinary times, and the bypass switch 6 controls to directly supply power to the load electrical device 4 through the soft switch 5 by the commercial power.
As shown in fig. 4, when power supply is unstable or an emergency power failure occurs due to unexpected natural disasters such as typhoon, earthquake, or fire, the battery module 21 is automatically controlled intelligently through the DPS smart chip, and the power is converted in real time after the ac power is cut off, thereby improving the reliability of the system and achieving the environmental protection and energy saving effects of green energy The alternating current with the surge current of 1.2 times (such as 220VAC 3 alternating current power supply) realizes the stable output voltage characteristic and the overload resistance capability, and the elevator motor of the load electrical equipment 4 maintains normal, smooth and normal operation.
Furthermore, the utility model discloses a green can environmental protection electronic type digital intelligence emergency power generation power supply system, host computer cabinet 3 is connected including the arbitrary one or the combination more than two of RS-232 terminal, SNMP network card or RS486 integrated circuit board, and optional connection one of them or more than two all can, can have centralized monitoring and remote monitoring function.
The RS-232 terminal refers to the interface standard of serial data communication established by the American Electronic Industry Association (EIA), and the original serial number is called EIA-RS-232 (232, RS232 for short).
As for the SNMP network card, the SNMP refers to a Simple network management Protocol, which is a communication Protocol adopting a Client-Server architecture, and a monitored party, i.e., the main cabinet 3, needs to install a SNMP to accept the query of the monitoring machine at any time. The snmpd can encode the information of various hosts of the monitored party by classification, and read the information by the network card of the snmp, thereby achieving the monitoring effect.
The utility model discloses a green can environmental protection electronic type digital intelligence emergency power generation power supply system when installing, can the length of visual distance and elastic allotment, for example, in one of them embodiment, also can use RS232 RS486 two-way conversion integrated circuit board, according to this, RS-232 terminal communication distance is 20 meters at the maximum, and RS485 terminal communication distance is between 10 to 1200 meters, therefore, if use RS232 RS486 two-way conversion integrated circuit board, communication distance can reach 1200 meters at most, further explain, RS-232 terminal communication distance is 20 meters at the maximum, and the SNMP Network card is based on TCP/IP's simple Network management agreement, if regional Area Network (LAN), communication distance is then within 2 kilometers, if Wide Area Network (WAN), then no distance restriction.
Therefore, the utility model discloses a can use when alternating current power supply outage, the system of green energy environmental protection intelligence power supply of real-time conversion in building elevator, bank, security company, hospital and mill etc..
As shown in the auxiliary reference figure, when the digital intelligent control module 33 of the green energy environment-friendly electronic digital intelligent emergency power generation and supply system of the present invention has a problem or needs to be repaired or maintained routinely, or the battery cabinet 2 needs to be repaired or replaced, the switch ac power can be directly input to the load electrical equipment 4 by the maintenance switch 7 which is additionally built in a manual manner, so as to facilitate the repair and maintenance.
As can be seen from the above embodiments, the present invention has the following advantages:
1. the utility model discloses a digital intelligent control module 33 is leading, realizes not cutting off power supply energy storage, and when having a power failure in the face of the electric power company proruption, still can effectively supply power, maintains important equipment and lasts the operation.
2. The utility model utilizes the charging module 31 to automatically charge the battery module 21 with the normally surplus electric power, when the temporary power failure or power failure occurs, the electric power stored in the battery module 21 is released and is converted into the alternating current through the load electrical equipment 4 to be provided for the load electrical equipment 4 to use, so as to support the normal operation of the load electrical equipment 4; the power-saving diesel engine has the advantages of saving electricity, having no large volume of a diesel generator, having no diesel storage danger, having very small starting sound and having no black smoke and environmental protection problems.
3. The utility model discloses a battery cabinet 2 and host computer cabinet 3 integrates, reduces about 2/3 spaces in the past to urgent electric power problem is solved to more efficient spatial configuration.
4. The utility model discloses a host computer cabinet connects including any one or the combination more than two of RS-232 terminal, SNMP network card or RS486 integrated circuit board, can have centralized monitoring and remote monitoring function.
The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the scope of the invention, which is defined by the appended claims and the appended claims.
To sum up, the technical structure of the present invention is disclosed in detail, the structure of the present invention can actually use the technical means to remove the uninterruptible energy storage system with intelligence and environmental protection, and in the face of sudden power failure of the power company, the power can still be effectively supplied to continue the operation of the equipment, and the structure is not found in the related products in the industry, and the present invention should conform to the requirements of the creation patent.
Claims (10)
1. The utility model provides a green can environmental protection electronic type digital intelligent emergency power generation power supply system which characterized in that contains:
the charging module is used for adjusting the stable voltage so as to output the current for storage;
the battery module is used for storing the current input by the charging module;
the digital intelligent control module is used for detecting the state of the battery module and converting the current accumulated by the battery module into alternating current for output;
the power transformation module is controlled by the digital intelligent control module and converts the direct current discharge of the battery into alternating current which is output after voltage transformation; and
the digital intelligent control module controls the power transformation module to input alternating current to maintain the operation of the load electrical equipment when commercial power cannot support the operation of the load electrical equipment; the charging module, the digital intelligent control module and the power transformation module are contained in a main cabinet, and the main cabinet is connected with any one or the combination of more than two of an RS-232 terminal, an SNMP network card or an RS486 board card.
2. The green energy environment-friendly electronic digital intelligent emergency power generation and supply system according to claim 1, wherein the charging module is connected with a solar module or a mains power grid input.
3. The green-energy environment-friendly electronic digital intelligent emergency power generation and supply system according to claim 1, wherein the battery module has at least one storage battery.
4. The environment-friendly electronic digital intelligent emergency power generation and supply system according to claim 3, wherein the battery module is formed by at least two storage batteries connected in series.
5. The system according to claim 1, wherein the battery module is housed in a battery cabinet.
6. The environment-friendly electronic digital intelligent emergency power generation and supply system according to claim 1, wherein the digital intelligent control module controls system operation by using a digital intelligent chip and an I/O line thereof.
7. The environmentally friendly electronic digital intelligent emergency power generation and supply system according to claim 1, wherein the digital intelligent control module is provided with a soft switch to ensure that current is input into the load electrical equipment to delay the rate of current rise and reduce losses.
8. The system of claim 7, wherein a bypass switch controls the AC power input and is additionally connected to the soft switch for input to the load electrical device.
9. The environmentally friendly electronic digital intelligent emergency power generation and supply system according to claim 1, wherein a maintenance switch controls the direct input of ac power to the load electrical equipment.
10. The green-energy environment-friendly electronic digital intelligent emergency power generation and supply system according to claim 1, wherein the load electrical equipment is an elevator motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921799954.8U CN211456717U (en) | 2019-10-24 | 2019-10-24 | Green energy environment-friendly electronic digital intelligent emergency power generation and supply system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921799954.8U CN211456717U (en) | 2019-10-24 | 2019-10-24 | Green energy environment-friendly electronic digital intelligent emergency power generation and supply system |
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| Publication Number | Publication Date |
|---|---|
| CN211456717U true CN211456717U (en) | 2020-09-08 |
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|---|---|---|---|
| CN201921799954.8U Active CN211456717U (en) | 2019-10-24 | 2019-10-24 | Green energy environment-friendly electronic digital intelligent emergency power generation and supply system |
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| Country | Link |
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| CN (1) | CN211456717U (en) |
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2019
- 2019-10-24 CN CN201921799954.8U patent/CN211456717U/en active Active
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