CN103455006B - Household electricity intelligent management system - Google Patents

Household electricity intelligent management system Download PDF

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Publication number
CN103455006B
CN103455006B CN201310405534.8A CN201310405534A CN103455006B CN 103455006 B CN103455006 B CN 103455006B CN 201310405534 A CN201310405534 A CN 201310405534A CN 103455006 B CN103455006 B CN 103455006B
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module
control module
electricity
power consumption
analysis
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CN201310405534.8A
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Chinese (zh)
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CN103455006A (en
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包重华
王震宇
夏晓燕
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国家电网公司
江苏省电力公司
江苏省电力公司东台市供电公司
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Publication of CN103455006A publication Critical patent/CN103455006A/en
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Abstract

The invention provides a household electricity intelligent management system. A sensor is used for monitoring the indoor personnel situation, the temperature, the humidity, light brightness and the like in a real-time mode. According to the acquisition of data like the temperature, whether relevant electric appliances are turned on or not is determined, and the temperature value when the relevant electric appliances run is determined. A working period of each electric appliance can also be set, before each relevant electric appliance is turned on, whether the current time is located in the working period of each electric appliance or not is preferentially judged, and if the current time is not in the working period, the electric appliances can not be turned on. According to the corresponding relation between the set electricity prices and periods, and the corresponding relation between the electricity consumption and the electricity prices, after the electricity consumption of each electric appliance is obtained, the total electricity consumption and the electricity consumption in each period are calculated, whether the total electricity consumption exceeds the preset value or not is judged, if the total electricity consumption exceeds the preset value, a prompt is sent to a user through an alarm module, the user is informed of the current electric consumption and the electric charge situation, and some electric appliances are turned off according to the preset electricity consumption weight of the electric appliances. The household electricity intelligent management system can effectively manage the household electric appliances and save electric energy when used.

Description

Household electricity intelligent management system

Technical field

The present invention relates to a kind of household electricity intelligent management system.

Background technology

Along with expanding economy, resident living improves day by day, and all kinds of household electrical appliance enter huge numbers of families, and powerful device is also more and more, and power consumption is increasing.And further develop along with industrialized, electric power resource becomes narrow resources, has every year a large amount of electric power vacancy.In order to impel resident's electricity consumption of terminating an agreement, various places adopt the whole bag of tricks to improve economy consciousness, as tou power price, step price etc., adopt tou power price and step price even simultaneously, the electricity consumption of different time sections is arranged to different electricity prices, when electricity consumption total amount exceedes after certain amount, the amount exceeding is carried out to charged extra.As a rule, user only just knows the number of power consumption when electricity payment, and whether exceeds amount electricity consumption, thereby causes this uncontrollable with electric process, that is to say that user cannot know how just effectively to economize on electricity.In addition, user often forgets household electrical appliance such as closing air-conditioning, causes the long-time invalid operation of some electrical equipment, waste electric energy.Along with the rise of intelligent grid, household power intelligent management has also obtained certain development.

Notification number is that the utility model patent of CN202677177U discloses a kind of intelligent household electricity comprehensive monitoring system, comprise the controller that the multiple household electrical appliance to installing in monitored family are controlled respectively, the current Indoor Environmental Condition of monitored family is carried out to the Indoor Environmental Condition monitoring device of Real-Time Monitoring, the of that month power consumption of monitored family is carried out to the power consumption monitoring device of Real-Time Monitoring, when monitoring the alarm unit that carries out automatic alarm prompting when of that month power consumption approaches setting alarm threshold value, according to parameter set unit that in step price, the corresponding power consumption of each ladder segmentation arranges the alarm threshold value of alarm unit and the clock circuit and the wireless communication module that join with controller respectively, described controller carries out two-way communication by wireless communication module and remote controllers, the electrical apparatus control circuit that multiple described household electrical appliance inside fills all joins with controller, described power consumption monitoring device, Indoor Environmental Condition monitoring device and alarm unit all join with controller.This utility model cannot realize the intelligence of the electricity charge and pay, and also cannot carry out analysis and Control to the each electrical equipment of family, determines the importance of each electrical equipment, and according to importance, in electric power over-expense situation, realizes the management and control of electrical equipment.

Summary of the invention

The invention provides the household electricity intelligent management system of a kind of effective managing electrical household appliances, saves energy use.

Household electricity intelligent management system provided by the present invention, comprise intelligent power control center, and administration module, bank's payment module are paid in the LED touch display screen, multiple infrared sensor, multiple light sensor, multiple position transducer, multiple temperature sensor, multiple humidity sensor, power consumption acquisition module, multiple intelligent switching control module, the electricity charge that are connected with described intelligent power control center respectively; Described power consumption acquisition module is connected with each electrical equipment; Described multiple intelligent switching control module is connected with each electrical equipment respectively; Communication module, AD modular converter, parameter setting module, power module, clock module, alarm module and memory module that described intelligent power control center comprises analysis and Control module and is connected with described analysis and Control module, described parameter setting module is connected with described memory module; Described power module is for powering to described intelligent power control center; Described intelligent power control center is also connected with national grid electric power paying system, receives power consumption and the cost information of described national grid electric power paying system;

Described AD modular converter converts numerical data to for the simulated data that infrared sensor, light sensor, position transducer, temperature sensor, humidity sensor, power consumption acquisition module, intelligent switching control module are transmitted, and numerical data sends described analysis and Control module to, and the instruction that analysis and Control module is sent converts simulating signal to by digital signal, and send to described multiple intelligent switching control module, the electricity charge to pay administration module, power consumption acquisition module;

Described LED touch display screen is used for showing relevant information, and the typing of the setting to correlation parameter and information, by described parameter setting module, correlation parameter and information is stored into described memory module; By LED touch display screen input user bank account information, electrical work period, air-conditioning setup parameter, refrigerator setup parameter, water heater setup parameter, electricity price and the corresponding relation of the corresponding relation of period, power consumption and electricity price and the electricity consumption weight of each electric appliances; Described air-conditioning setup parameter refers to the relation of indoor temperature, humidity and human comfort; Described refrigerator setup parameter refers to the relation of indoor temperature, humidity and refrigerator design temperature; Described water heater setup parameter refers to the relation of indoor temperature, humidity and water heater design temperature; Described electricity consumption weight refers to the importance of electrical equipment, and with numeric representation, numerical value is less shows that electrical equipment is more important, when electricity consumption total amount exceedes threshold value, and the large electrical equipment of weight of preferentially stopping using; The corresponding relation of described electricity price and period is specially, and the electricity price of period between 21 of nights and 9 of mornings next day is P 1, all the other period electricity prices are P 2; The corresponding relation of described power consumption and electricity price is specially, D 1< power consumption <D 2time, exceed the every degree electricity of part and add Δ P a, power consumption >D 2time, exceed D 2the every degree electricity of power consumption of part is added Δ P b;

Described multiple infrared sensor is arranged on each doorway, room within doors, and wherein at least one infrared sensor is arranged on entry door place; Described infrared sensor is for detection of whether someone passes in and out room, and the number in current room;

Described multiple light sensor is separately positioned within doors in each room, for monitoring the brightness in room; If current room luminance shortage, meets the requirement of turning on light, and number is greater than at 0 o'clock in infrared sensor detects current room, by described analysis and Control module, send steering order, control described intelligent switching control module and turn on electric light;

Whether described multiple position transducer is separately positioned within doors on each window, for monitoring window, open; If position transducer detects the window in current room and opens, and infrared sensor detects when number in current room is greater than 0, window is opened time exceedes scheduled duration, by described analysis and Control module, send steering order, control described intelligent switching control module and close air-conditioning;

Described multiple temperature sensor is separately positioned within doors in each room, for monitoring the temperature in room;

Described multiple humidity sensor is separately positioned within doors in each room, for monitoring the humidity in room;

Described power consumption acquisition module is connected with multiple electrical equipment within doors, for gathering the power consumption of a certain set period of each electrical equipment;

Described multiple intelligent switching control module is connected with in multiple electrical equipment within doors one respectively, the steering order sending for receiving described intelligent power control center, and according to this instruction, corresponding electrical equipment is controlled;

Described electricity charge payment system is connected with bank fare payment system, the payment instruction sending for receiving described intelligent power control center, described payment instruction comprises that month occurs for total cost, expense, described electricity charge payment system is according to payment instruction and pre-stored user's bank account information generation bank payment list in storer, and described bank payment list comprises that month, user's bank account information and account payee's information occur for total cost, expense; Described bank fare payment system receiving after described bank payment list, by the communication module of described intelligent power control center, to user, sends confirmation, and described confirmation comprises that month occurs for total cost, expense; By communication module, receiving after the acknowledge message of user feedback, described bank fare payment system completes the electricity charge and pays, and payment result is sent to user by communication module;

Described analysis and Control module is used for receiving the data that described AD modular converter sends over, and to this data analysis, according to pre-defined rule, sends corresponding steering order; Described pre-defined rule specifically refers to:

(1) infrared sensor that is arranged on doorway detect someone enter indoor after, send detection information to described intelligent power control center, it is indoor that described analysis and Control module show that according to detection information judgement someone enters, and sends steering order and require temperature sensor, humidity sensor, light sensor in current room to detect Current Temperatures, humidity and brightness; If current room luminance shortage, turns on electric light by intelligent switching control module described in described analysis and Control module controls; The air-conditioning setup parameter of storing in described analysis and Control module read memory, and according to indoor Current Temperatures, humidity, determine the working temperature of air-conditioning, control described intelligent switching control module and open air-conditioning; When air-conditioning is opened, if infrared sensor detects that the number in current room is 0, start described clock module timing, when institute's timing length exceedes threshold value, by intelligent switching control module described in described analysis and Control module controls, close air-conditioning and electric light;

(2) steering order is sent in the timing of described analysis and Control module, requires temperature sensor and humidity sensor collecting temperature and the humidity in refrigerator, room, water heater place and sends described intelligent power control center to; Described analysis and Control module reads refrigerator setup parameter, the water heater setup parameter in memory module, stored, in conjunction with Current Temperatures and humidity, determine the working temperature of refrigerator and water heater, described analysis and Control module sends to described intelligent switching control module by refrigerator and water heater working temperature, by described intelligent switching control module controls refrigerator and water heater working;

(3) before opening electrical equipment, by the electrical work period information of storing in described analysis and Control module read memory, and obtain system time, determine that the electrical equipment that will open is whether within the default electrical work period, if in default working hour, open this electrical equipment;

(4) the each electricity consumption of electrical apparatus data of described power consumption acquisition module timing acquiring, and send to described intelligent power control center, and be stored into described memory module; Described analysis and Control module starts power consumption statistics according to predefined power consumption measurement period, and the power consumption of each electrical equipment is sued for peace, and draws electricity consumption total amount, and the power consumption Q of period between 21 of nights and 9 of mornings next day 1, the power consumption Q of all the other periods 2; The power consumption of storing in read memory and the corresponding relation of electricity price, when electricity consumption total amount exceedes D 1time, according to the electricity consumption weight of storing in storer, the large electrical equipment of weight of preferentially stopping using;

Described alarm module is used for when electricity consumption total amount exceedes predetermined value to User Alarms; Described analysis and Control module show that in judgement electricity consumption total amount exceeds D 1after, described alarm module, according to the corresponding relation of the power consumption of storing in electricity consumption total amount and storer and electricity price, calculates current electricity charge amount E, and electricity consumption total amount and current electricity charge amount are sent to user by communication module; Electricity charge amount account form is:

Work as D 1< electricity consumption total amount <D 2time: E=P 1× Q 1+ P 2× Q 2+ (Q 1+ Q 2-D 1) × Δ P a;

As electricity consumption total amount >D 2time:

E=P 1×Q 1+P 2×Q 2+(D2-D 1)×ΔP A+(Q 1+Q 2-D 1-D 2)×ΔP B

Household electricity intelligent management system provided by the present invention, by the use of sensor, Real-Time Monitoring indoor occupant situation, temperature, humidity, luminance brightness etc., by obtaining of the data such as temperature, determine whether to open relevant electrical equipment, and the temperature value of relevant electric operation; Can also set the electrical work period, before relevant electrical equipment is opened, preferentially judge that current time whether within this electrical work period, if not within working hour, do not open electrical equipment; The present invention is also by the electricity price of setting and the corresponding relation of the corresponding relation of period, power consumption and electricity price, after obtaining each electricity consumption of electrical apparatus, calculate electricity consumption total amount and period power consumption, judge whether electricity consumption total amount exceedes predetermined value, if exceed predetermined value, by alarm module, to user, send prompting, and inform the current power consumption of user and electricity charge situation, and according to the electricity consumption weight of default each electrical equipment, the part electrical equipment of stopping using.The present invention is managing electrical household appliances effectively, and saves energy is used.

Accompanying drawing explanation

Fig. 1 is household electricity intelligent management system block diagram of the present invention.

Embodiment

As shown in Figure 1, be household electricity intelligent management system block diagram of the present invention.Household electricity intelligent management system provided by the present invention, comprise intelligent power control center, and the LED touch display screen being connected with intelligent power control center respectively, multiple infrared sensor, multiple light sensor, multiple position transducer, multiple temperature sensor, multiple humidity sensor, power consumption acquisition module, multiple intelligent switching control module, the electricity charge are paid administration module, bank's payment module; Power consumption acquisition module is connected with each electrical equipment; Multiple intelligent switching control modules are connected with each electrical equipment respectively; Communication module, AD modular converter, parameter setting module, power module, clock module, alarm module and memory module that intelligent power control center comprises analysis and Control module and is connected with analysis and Control module, parameter setting module is connected with memory module; Power module is for powering to intelligent power control center; Intelligent power control center is also connected with national grid electric power paying system, receives power consumption and the cost information of national grid electric power paying system.

AD modular converter converts numerical data to for the simulated data that infrared sensor, light sensor, position transducer, temperature sensor, humidity sensor, power consumption acquisition module, intelligent switching control module are transmitted, and numerical data sends analysis and Control module to, and the instruction that analysis and Control module is sent converts simulating signal to by digital signal, and send to multiple intelligent switching control modules, the electricity charge to pay administration module, power consumption acquisition module.

LED touch display screen is used for showing relevant information, and the typing of the setting to correlation parameter and information, by parameter setting module, correlation parameter and information is stored into memory module; By LED touch display screen input user bank account information, electrical work period, air-conditioning setup parameter, refrigerator setup parameter, water heater setup parameter, electricity price and the corresponding relation of the corresponding relation of period, power consumption and electricity price and the electricity consumption weight of each electric appliances; Air-conditioning setup parameter refers to the relation of indoor temperature, humidity and human comfort, for example: when 30 ℃ of temperature, humidity 80%, human body is suitable movable under the environment of 25 ℃, the open temp of air-conditioning is set as to 25 ℃; Refrigerator setup parameter refers to the relation of indoor temperature, humidity and refrigerator design temperature, and for example, when 26 ℃ of temperature, humidity 70%, refrigerator running temperature has good fresh-keeping effect while being 10 ℃, refrigerator running temperature is controlled to 10 ℃; Water heater setup parameter refers to the relation of indoor temperature, humidity and water heater design temperature; Electricity consumption weight refers to the importance of electrical equipment, and with numeric representation, numerical value is less shows that electrical equipment is more important, when electricity consumption total amount exceedes threshold value, and the large electrical equipment of weight of preferentially stopping using; The corresponding relation of electricity price and period is specially, and the electricity price of period between 21 of nights and 9 of mornings next day is P 1, all the other period electricity prices are P 2; The corresponding relation of power consumption and electricity price is specially, D 1< power consumption <D 2time, exceed the every degree electricity of part and add Δ P a, power consumption >D 2time, exceed D 2the every degree electricity of power consumption of part is added Δ P b.

Multiple infrared sensors are arranged on each doorway, room within doors, and wherein at least one infrared sensor is arranged on entry door place; Infrared sensor is for detection of whether someone passes in and out room, and the number in current room.

Multiple light sensors are separately positioned within doors in each room, for monitoring the brightness in room; If current room luminance shortage, meets the requirement of turning on light, and number is greater than at 0 o'clock in infrared sensor detects current room, by analysis and Control module, send steering order, control intelligent switching control module and turn on electric light; Before sending steering order, analysis and Control module can be by reading each electrical work period of storing in memory module, determines that current time whether within the electrical work period, if outside the electrical work period, do not send open command.

Whether multiple position transducers are separately positioned within doors on each window, for monitoring window, open; If position transducer detects the window in current room and opens, and infrared sensor detects when number in current room is greater than 0, window is opened time exceedes scheduled duration, by analysis and Control module, send steering order, control intelligent switching control module and close air-conditioning.

Multiple temperature sensors are separately positioned within doors in each room, for monitoring the temperature in room; Multiple humidity sensors are separately positioned within doors in each room, for monitoring the humidity in room; Power consumption acquisition module is connected with multiple electrical equipment within doors, for gathering the power consumption of a certain set period of each electrical equipment; Multiple intelligent switching control modules are connected with in multiple electrical equipment within doors one respectively, the steering order sending for receiving intelligent power control center, and according to this instruction, corresponding electrical equipment is controlled.

Electricity charge payment system is connected with bank fare payment system, the payment instruction sending for receiving intelligent power control center, payment instruction comprises that month occurs for total cost, expense, electricity charge payment system is according to payment instruction and pre-stored user's bank account information generation bank payment list in storer, and bank's payment list comprises that month, user's bank account information and account payee's information occur for total cost, expense; Bank's fare payment system, receiving after bank's payment list, sends confirmation by the communication module of intelligent power control center to user, and confirmation comprises that month occurs for total cost, expense; By communication module, receiving that, after the acknowledge message of user feedback, bank's fare payment system completes the electricity charge and pays, and payment result is being sent to user by communication module.

Analysis and Control module is used for receiving the data that AD modular converter sends over, and to this data analysis, according to pre-defined rule, sends corresponding steering order; Pre-defined rule specifically refers to:

(1) infrared sensor that is arranged on doorway detect someone enter indoor after, send detection information to intelligent power control center, it is indoor that analysis and Control module show that according to detection information judgement someone enters, and sends steering order and require temperature sensor, humidity sensor, light sensor in current room to detect Current Temperatures, humidity and brightness; If current room luminance shortage, states intelligent switching control module by analysis and Control module controls and turns on electric light; The air-conditioning setup parameter of storing in analysis and Control module read memory, and according to indoor Current Temperatures, humidity, determine the working temperature of air-conditioning, control intelligent switching control module and open air-conditioning; When air-conditioning is opened, if infrared sensor detects that the number in current room is 0, start clock module timing, when institute's timing length exceedes threshold value, by analysis and Control module controls intelligent switching control module, close air-conditioning and electric light;

(2) steering order is sent in the timing of analysis and Control module, requires temperature sensor and humidity sensor collecting temperature and the humidity in refrigerator, room, water heater place and sends intelligent power control center to; Analysis and Control module reads refrigerator setup parameter, the water heater setup parameter in memory module, stored, in conjunction with Current Temperatures and humidity, determine the working temperature of refrigerator and water heater, analysis and Control module sends to intelligent switching control module by refrigerator and water heater working temperature, by intelligent switching control module controls refrigerator and water heater working;

(3) before opening electrical equipment, by the electrical work period information of storing in analysis and Control module read memory, and obtain system time, determine that the electrical equipment that will open is whether within the default electrical work period, if in default working hour, open this electrical equipment;

(4) the each electricity consumption of electrical apparatus data of power consumption acquisition module timing acquiring, and send to intelligent power control center, and be stored into memory module; Analysis and Control module starts power consumption statistics according to predefined power consumption measurement period, and the power consumption of each electrical equipment is sued for peace, and draws electricity consumption total amount, and the power consumption Q of period between 21 of nights and 9 of mornings next day 1, the power consumption Q of all the other periods 2; The power consumption of storing in read memory and the corresponding relation of electricity price, when electricity consumption total amount exceedes D 1time, according to the electricity consumption weight of storing in storer, the large electrical equipment of weight of preferentially stopping using.

After electricity consumption total amount exceeds standard, can also, by when opening air-conditioning, according to air-conditioning setup parameter, in the corresponding temperature of best human comfort, suitably improve the running temperature of air-conditioning, to reduce electric energy loss.Similarly, can, according to refrigerator setup parameter, on the basis of the best refrigerator running temperature under current indoor temperature, humidity prerequisite, suitably improve refrigerator running temperature, although fresh-keeping, the freezing texts of refrigerator is slightly poor, can save part electric energy.

Alarm module is used for when electricity consumption total amount exceedes predetermined value to User Alarms; Analysis and Control module show that in judgement electricity consumption total amount exceeds D 1after, alarm module, according to the corresponding relation of the power consumption of storing in electricity consumption total amount and storer and electricity price, calculates current electricity charge amount E, and electricity consumption total amount and current electricity charge amount are sent to user by communication module; Electricity charge amount account form is:

Work as D 1< electricity consumption total amount <D 2time: E=P 1× Q 1+ P 2× Q 2+ (Q 1+ Q 2-D 1) × Δ P a;

As electricity consumption total amount >D 2time:

E=P 1×Q 1+P 2×Q 2+(D2-D 1)×ΔP A+(Q 1+Q 2-D 1-D 2)×ΔP B

Claims (1)

1. a household electricity intelligent management system, comprise intelligent power control center, and the LED touch display screen, multiple infrared sensor, multiple light sensor, multiple position transducer, multiple temperature sensor, multiple humidity sensor, power consumption acquisition module, the multiple intelligent switching control module that are connected with described intelligent power control center respectively; Described power consumption acquisition module is connected with each electrical equipment; Described multiple intelligent switching control module is connected with each electrical equipment respectively; Communication module, AD modular converter, parameter setting module, power module, clock module, alarm module and memory module that described intelligent power control center comprises analysis and Control module and is connected with described analysis and Control module, described parameter setting module is connected with described memory module; Described power module is for powering to described intelligent power control center; It is characterized in that: also comprise that the electricity charge that are connected with described intelligent control center respectively pay administration module, bank payment module; Described intelligent power control center is also connected with national grid electric power paying system, receives power consumption and the cost information of described national grid electric power paying system;
Described AD modular converter converts numerical data to for the simulated data that infrared sensor, light sensor, position transducer, temperature sensor, humidity sensor, power consumption acquisition module, intelligent switching control module are transmitted, and numerical data sends described analysis and Control module to, and the instruction that analysis and Control module is sent converts simulating signal to by digital signal, and send to described multiple intelligent switching control module, the electricity charge to pay administration module, power consumption acquisition module;
Described LED touch display screen is used for showing relevant information, and the typing of the setting to correlation parameter and information, by described parameter setting module, correlation parameter and information is stored into described memory module; By LED touch display screen input user bank account information, electrical work period, air-conditioning setup parameter, refrigerator setup parameter, water heater setup parameter, electricity price and the corresponding relation of the corresponding relation of period, power consumption and electricity price and the electricity consumption weight of each electric appliances; Described air-conditioning setup parameter refers to the relation of indoor temperature, humidity and human comfort; Described refrigerator setup parameter refers to the relation of indoor temperature, humidity and refrigerator design temperature; Described water heater setup parameter refers to the relation of indoor temperature, humidity and water heater design temperature; Described electricity consumption weight refers to the importance of electrical equipment, and with numeric representation, numerical value is less shows that electrical equipment is more important, when electricity consumption total amount exceedes threshold value, and the large electrical equipment of weight of preferentially stopping using; The corresponding relation of described electricity price and period is specially, and the electricity price of period between 21 of nights and 9 of mornings next day is P 1, all the other period electricity prices are P 2; The corresponding relation of described power consumption and electricity price is specially, D 1< power consumption <D 2time, exceed the every degree electricity of part and add Δ P a, power consumption >D 2time, exceed D 2the every degree electricity of power consumption of part is added Δ P b;
Described multiple infrared sensor is arranged on each doorway, room within doors, and wherein at least one infrared sensor is arranged on entry door place; Described infrared sensor is for detection of whether someone passes in and out room, and the number in current room;
Described multiple light sensor is separately positioned within doors in each room, for monitoring the brightness in room; If current room luminance shortage, meets the requirement of turning on light, and number is greater than at 0 o'clock in infrared sensor detects current room, by described analysis and Control module, send steering order, control described intelligent switching control module and turn on electric light;
Whether described multiple position transducer is separately positioned within doors on each window, for monitoring window, open; If position transducer detects the window in current room and opens, and infrared sensor detects when number in current room is greater than 0, window is opened time exceedes scheduled duration, by described analysis and Control module, send steering order, control described intelligent switching control module and close air-conditioning;
Described multiple temperature sensor is separately positioned within doors in each room, for monitoring the temperature in room;
Described multiple humidity sensor is separately positioned within doors in each room, for monitoring the humidity in room;
Described power consumption acquisition module is connected with multiple electrical equipment within doors, for gathering the power consumption of a certain set period of each electrical equipment;
Described multiple intelligent switching control module is connected with in multiple electrical equipment within doors one respectively, the steering order sending for receiving described intelligent power control center, and according to this instruction, corresponding electrical equipment is controlled;
Described electricity charge payment system is connected with bank fare payment system, the payment instruction sending for receiving described intelligent power control center, described payment instruction comprises that month occurs for total cost, expense, described electricity charge payment system is according to payment instruction and pre-stored user's bank account information generation bank payment list in storer, and described bank payment list comprises that month, user's bank account information and account payee's information occur for total cost, expense; Described bank fare payment system receiving after described bank payment list, by the communication module of described intelligent power control center, to user, sends confirmation, and described confirmation comprises that month occurs for total cost, expense; By communication module, receiving after the acknowledge message of user feedback, described bank fare payment system completes the electricity charge and pays, and payment result is sent to user by communication module;
Described analysis and Control module is used for receiving the data that described AD modular converter sends over, and to this data analysis, according to pre-defined rule, sends corresponding steering order; Described pre-defined rule specifically refers to:
(1) infrared sensor that is arranged on doorway detect someone enter indoor after, send detection information to described intelligent power control center, it is indoor that described analysis and Control module show that according to detection information judgement someone enters, and sends steering order and require temperature sensor, humidity sensor, light sensor in current room to detect Current Temperatures, humidity and brightness; If current room luminance shortage, turns on electric light by intelligent switching control module described in described analysis and Control module controls; The air-conditioning setup parameter of storing in described analysis and Control module read memory, and according to indoor Current Temperatures, humidity, determine the working temperature of air-conditioning, control described intelligent switching control module and open air-conditioning; When air-conditioning is opened, if infrared sensor detects that the number in current room is 0, start described clock module timing, when institute's timing length exceedes threshold value, by intelligent switching control module described in described analysis and Control module controls, close air-conditioning and electric light;
(2) steering order is sent in the timing of described analysis and Control module, requires temperature sensor and humidity sensor collecting temperature and the humidity in refrigerator, room, water heater place and sends described intelligent power control center to; Described analysis and Control module reads refrigerator setup parameter, the water heater setup parameter in memory module, stored, in conjunction with Current Temperatures and humidity, determine the working temperature of refrigerator and water heater, described analysis and Control module sends to described intelligent switching control module by refrigerator and water heater working temperature, by described intelligent switching control module controls refrigerator and water heater working;
(3) before opening electrical equipment, by the electrical work period information of storing in described analysis and Control module read memory, and obtain system time, determine that the electrical equipment that will open is whether within the default electrical work period, if in default working hour, open this electrical equipment;
(4) the each electricity consumption of electrical apparatus data of described power consumption acquisition module timing acquiring, and send to described intelligent power control center, and be stored into described memory module; Described analysis and Control module starts power consumption statistics according to predefined power consumption measurement period, and the power consumption of each electrical equipment is sued for peace, and draws electricity consumption total amount, and the power consumption Q of period between 21 of nights and 9 of mornings next day 1, the power consumption Q of all the other periods 2; The power consumption of storing in read memory and the corresponding relation of electricity price, when electricity consumption total amount exceedes D 1time, according to the electricity consumption weight of storing in storer, the large electrical equipment of weight of preferentially stopping using;
Described alarm module is used for when electricity consumption total amount exceedes predetermined value to User Alarms; Described analysis and Control module show that in judgement electricity consumption total amount exceeds D 1after, described alarm module, according to the corresponding relation of the power consumption of storing in electricity consumption total amount and storer and electricity price, calculates current electricity charge amount E, and electricity consumption total amount and current electricity charge amount are sent to user by communication module; Electricity charge amount account form is:
Work as D 1< electricity consumption total amount <D 2time: E=P 1× Q 1+ P 2× Q 2+ (Q 1+ Q 2-D 1) × Δ P a;
As electricity consumption total amount >D 2time:
E=P 1×Q 1+P 2×Q 2+(D2-D 1)×ΔP A+(Q 1+Q 2-D 1-D 2)×ΔP B
CN201310405534.8A 2013-09-09 2013-09-09 Household electricity intelligent management system CN103455006B (en)

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