Intelligent power consumption management system for construction station

Abstract

The utility model relates to an intelligent power consumption management system for a construction station, and aims to solve the problems that when the intelligent power consumption management system for the current construction station is actually used, the power consumption of each device is recorded mainly through an electric energy meter, and the power consumption cannot be managed according to the power consumption index of a user in the current month, so that the power consumption cannot be managed. The power distribution cabinet comprises a power distribution cabinet body, the power distribution cabinet body is connected with a card insertion power taking module, and the power distribution cabinet body can supply power to electric equipment in a limited mode. The card-inserting power-taking module is connected with a current-limiting power supply module used for current-limiting power supply, a high-power power supply module used for high-power safe power supply, and a voltage-limiting lighting module used for lighting power supply. The electric energy consumption is managed according to the current month electricity consumption index of the user, and the problem that electricity consumption management is disordered in the electricity taking process of a construction station is avoided.

Description

Technical Field

[0001] The utility model relates to the technical field of electricity management, in particular to an intelligent electricity management system for construction sites. Background Art

[0002] Smart power management at construction sites is a complex and important task, which involves many aspects, including control and management of power equipment, classification of power equipment, scene control, power consumption countermeasures, real-time display of power consumption information, etc. The following are some key points about smart power management at construction sites:

[0003] Equipment control and management: Through the intelligent power management system, various power equipment at the construction site can be supervised automatically and intelligently. This includes functions such as equipment switch control, operating status monitoring, and fault warning to ensure the normal operation of the equipment and safe power use.

[0004] Classification control: According to the importance of the equipment and the power demand, the power-consuming equipment can be classified and the corresponding control strategy can be implemented. For example, for key equipment, the priority can be set to ensure that it can be powered first when the power supply is insufficient.

[0005] Scenario control: The intelligent power management system can automatically adjust the operating mode and power of power-consuming equipment according to different scenario requirements, such as working hours, rest time, emergency situations, etc., to achieve energy saving and consumption reduction.

[0006] Power usage countermeasures: The system can monitor power load and power consumption in real time, and formulate corresponding power usage countermeasures according to actual conditions, such as adjusting power usage plans, optimizing power usage structures, etc., to reduce power costs and improve power efficiency.

[0007] Real-time display of power consumption information: Through the intelligent power consumption management system, power consumption information of various power-consuming devices can be obtained in real time and displayed in the form of charts, etc. This helps managers understand power consumption and discover and solve power consumption problems in a timely manner.

[0008] At present, the intelligent power management system used in construction sites mainly records the power consumption of each device through the power meter in actual use, and cannot manage the power consumption according to the user's monthly power consumption indicators, which leads to the problem of chaotic power management in the process of obtaining power at the construction site. In view of this, we propose an intelligent power management system for construction sites. Utility Model Content

[0009] The purpose of the utility model is to overcome the deficiencies of the prior art, meet actual needs, and provide an intelligent electricity management system for construction sites to solve the technical problem that the current intelligent electricity management system for construction sites, in actual use, mainly records the electricity consumption of each device through an electric energy meter, and cannot manage the electricity consumption according to the user's monthly electricity consumption indicators, resulting in chaotic electricity management during the electricity supply process at the construction site.

[0010] In order to achieve the purpose of the utility model, the technical solution adopted by the utility model is: designing an intelligent power management system for construction sites, including a power distribution cabinet;

[0011] The power distribution cabinet is connected to a card-insertion power module to realize the action of limiting the power supply from the power distribution cabinet to the power-consuming equipment;

[0012] The card-insertion power module is connected to a current-limiting power supply module for current-limiting power supply, a high-power power supply module for high-power safety power supply, and a voltage-limiting lighting module for lighting power supply, thus realizing three-way special power supply for electrical equipment;

[0013] The current-limiting power supply module, high-power power supply module, and voltage-limiting lighting module are connected to the card-insertion power supply module through a dedicated wiring harness to achieve classified power supply to electrical equipment at the construction site.

[0014] Preferably, the current-limiting power supply module includes a current-limiting protector and a USB socket, the current-limiting protector is connected to the card-insertion power supply module, and the current-limiting protector is connected to the USB socket.

[0015] Preferably, the high-power power supply module includes a visual intelligent circuit breaker, an air switch and a high-power dedicated socket strip, the visual intelligent circuit breaker is connected to the card power supply module, and the visual intelligent circuit breaker is connected to the air switch, and the high-power dedicated socket strip is connected to the air switch.

[0016] Preferably, the voltage-limiting lighting module includes a V transformer and a V lighting lamp, the V transformer is connected to the card-insertion power module, and the V transformer is connected to the V lighting lamp.

[0017] Compared with the prior art, the beneficial effects of the utility model are:

[0018] 1. The utility model controls the electric energy output by the power distribution cabinet through the card-insertion power supply module, and supplies power to electric equipment with different purposes through the current-limiting power supply module, the high-power power supply module, and the voltage-limiting lighting module. The power consumption is controlled by inserting the power card in the card-insertion power supply module, so as to manage the power consumption according to the user's monthly power consumption index, and avoid the problem of chaotic power management in the process of power supply at the construction site;

[0019] 2. The utility model controls the electrical equipment powered by the high-power dedicated socket strip through visual intelligent circuit breakers and air switches, so as to quickly disconnect the connection between the high-power dedicated socket strip and the distribution cabinet when an electrical accident occurs, thereby reducing the user's loss. At the same time, the current limiting power supply module and the high-power power supply module are used to ensure the normal power supply of other electrical equipment, thereby reducing the impact of power outages on construction. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is a block diagram of the power management system of the utility model.

[0021] In the figure: 1. Power distribution cabinet; 2. Card-insertion power supply module; 3. Current-limiting power supply module; 301. Current-limiting protector; 302. USB socket strip; 4. High-power power supply module; 401. Visual intelligent circuit breaker; 402. Air switch; 403. High-power dedicated socket strip; 5. Voltage-limiting lighting module; 501. 36V transformer; 502. 36V lighting lamp. DETAILED DESCRIPTION

[0022] The utility model is further described below in conjunction with the accompanying drawings and embodiments:

[0023] Example 1: A construction site intelligent power management system, see Figure 1 , including a power distribution cabinet 1;

[0024] Furthermore, in order to avoid the problem of chaotic power management during the construction site power supply process, see Figure 1 The power distribution cabinet 1 is connected with a card-insertion power supply module 2 to realize the limited power supply action of the power distribution cabinet 1 to the power-consuming equipment. The card-insertion power supply module 2 is connected with a current-limiting power supply module 3 for current-limiting power supply, a high-power power supply module 4 for high-power safety power supply and a voltage-limiting lighting module 5 for lighting power supply, realizing three-way special power supply for the power-consuming equipment. The current-limiting power supply module 3, the high-power power supply module 4 and the voltage-limiting lighting module 5 are connected to the card-insertion power supply module 2 through a dedicated wiring harness to realize the classified power supply action for the power-consuming equipment at the construction site. The power output of the power distribution cabinet 1 is controlled by the card-insertion power supply module 2, and the current-limiting power supply module 3, the high-power power supply module 4 and the voltage-limiting lighting module 5 are used to supply power to the power-consuming equipment for different purposes respectively. The power consumption is controlled by inserting an energy card into the card-insertion power supply module 2, so as to manage the power consumption according to the user's monthly power consumption index, and avoid the problem of chaotic power management in the process of taking power at the construction site.

[0025] Furthermore, to realize the special power supply of small power equipment, see Figure 1The current limiting power supply module 3 includes a current limiting protector 301 and a USB socket 302. The current limiting protector 301 is connected to the card plug-in power module 2, and the current limiting protector 301 is connected to the USB socket 302. The current limiting protector 301 cooperates with the USB socket 302 to power low-power electrical devices, thereby realizing special power supply for low-power electrical devices.

[0026] Furthermore, in order to reduce the impact of power outages on construction, see Figure 1 The high-power power supply module 4 includes a visual intelligent circuit breaker 401, an air switch 402 and a high-power dedicated socket strip 403. The visual intelligent circuit breaker 401 is connected to the card-insertion power supply module 2, and the visual intelligent circuit breaker 401 is connected to the air switch 402. The high-power dedicated socket strip 403 is connected to the air switch 402. The electrical equipment powered by the high-power dedicated socket strip 403 is managed and controlled through the visual intelligent circuit breaker 401 and the air switch 402, so as to quickly disconnect the connection between the high-power dedicated socket strip 403 and the distribution cabinet 1 when an electricity accident occurs, thereby reducing the user's loss. At the same time, the normal power supply of other electrical equipment is guaranteed by the current limiting power supply module 3 and the high-power power supply module 4, thereby reducing the impact of power outages on construction.

[0027] Furthermore, in order to ensure normal lighting in the construction site when a power outage occurs, see Figure 1 The voltage-limiting lighting module 5 includes a 36V transformer 501 and a 36V lighting lamp 502. The 36V transformer 501 is connected to the card-insertion power module 2, and the 36V transformer 501 is connected to the 36V lighting lamp 502. The 36V transformer 501 and the 36V lighting lamp 502 are used to illuminate the construction site. A dedicated line is used to avoid contact with high-power electrical equipment, thereby ensuring normal lighting in the construction site when a power outage occurs.

[0028] The embodiments of the present invention disclose preferred embodiments, but are not limited thereto. A person skilled in the art can easily understand the spirit of the present invention based on the above embodiments and make different extensions and changes. However, as long as they do not deviate from the spirit of the present invention, they are all within the protection scope of the present invention.

Claims

1. A construction site intelligent power management system, characterized in that: It comprises a power distribution cabinet (1); The power distribution cabinet (1) is connected to a card-insertion power supply module (2) to realize the action of limiting the power supply from the power distribution cabinet (1) to the power-consuming equipment; The card-insertion power supply module (2) is connected to a current-limiting power supply module (3) for current-limiting power supply, a high-power power supply module (4) for high-power safe power supply, and a voltage-limiting lighting module (5) for lighting power supply, thereby realizing three-way special power supply for electrical equipment; The current-limiting power supply module (3), the high-power power supply module (4), and the voltage-limiting lighting module (5) are connected to the card-insertion power supply module (2) via a dedicated wiring harness, thereby realizing a classified power supply operation for electrical equipment at the construction site.

2. The intelligent power management system for construction sites as claimed in claim 1, characterized in that: The current-limiting power supply module (3) comprises a current-limiting protector (301) and a USB socket (302); the current-limiting protector (301) is connected to the card-insertion power supply module (2), and the current-limiting protector (301) is connected to the USB socket (302).

3. The intelligent power management system for construction sites as claimed in claim 1, characterized in that: The high-power power supply module (4) comprises a visual intelligent circuit breaker (401), an air switch (402) and a high-power dedicated socket strip (403); the visual intelligent circuit breaker (401) is connected to the card-insertion power supply module (2), the visual intelligent circuit breaker (401) is connected to the air switch (402), and the high-power dedicated socket strip (403) is connected to the air switch (402).

4. The intelligent power management system for construction sites as claimed in claim 1, characterized in that: The voltage-limited lighting module (5) comprises a 36V transformer (501) and a 36V lighting lamp (502); the 36V transformer (501) is connected to the card-insertion power module (2), and the 36V transformer (501) is connected to the 36V lighting lamp (502).

Images