CN111489072A - Big data management and analysis system based on city management - Google Patents
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Abstract
The invention discloses a big data management and analysis system based on city management, which belongs to the field of city management and comprises an acquisition module, a data analysis module, a screening control unit, a statistical processing module, an integration module, a broadcasting module and a sharing module, wherein the acquisition module is used for acquiring user information, the user information comprises user attributes, user daily power consumption and user daily water consumption, and the data analysis module is used for receiving the user information and analyzing and processing data according to the user information; the invention has the beneficial effects that: the total power consumption and the total water consumption of two kinds of users under each region in the city can be obtained, planning processing of water supply and power supply is carried out according to the water consumption and the power consumption of different regions in the city in the later stage of workers, selective power supply and water supply are achieved, normal operation of hospitals and factories is guaranteed, the function of abnormal region reminding is achieved, and work planning is carried out by maintenance personnel conveniently.
Description
Technical Field
The invention relates to the field of city management, in particular to a big data management and analysis system based on city management, and belongs to the technical field of city management analysis.
Background
The city management refers to taking the open complex huge system of a city as an object, taking the basic information flow of the city as a basis, applying a series of mechanisms such as decision, plan, organization, command and the like, adopting means such as laws, economy, administration, technologies and the like, and performing decision guidance, standard coordination, service and operation behaviors around city operation and development through the interaction between governments, markets and the society, the generalized city management refers to the management of all activities of the city, including political, economic, social and municipal management, the narrow city management refers to the municipal management generally, i.e. the management of city infrastructures, public service facilities and social public affairs associated with city planning, city construction and city operation, the object researched by the general city management mainly aims at the narrow city management, i.e. municipal management, and the nonlinear complex huge system characteristic of the modern city management requires that the operation management of the city must be enhanced, the city operation system monitoring and early warning method based on the city operation index system has the advantages that by means of the combing of the city operation index system, the establishment of the data model and the construction of the city operation system, the overall situation of the city operation is mastered timely and accurately, and the monitoring and early warning of various problems of the city operation are enhanced according to the rule of city development, so that the method is not only an important basis for city planning and construction, but also an inevitable requirement for realizing dynamic, scientific and system management of a complex huge system of a city, modern city managers should pay attention to the interaction among city planning, construction and operation, and the city operation management is enhanced.
The existing city management analysis system only uses the total monthly power consumption of the city as the planning basis of city power supply, even if the power generation amount accumulation of each region under the city exceeds the total monthly power consumption of the city, the problems of surplus power or insufficient power supply amount still easily occur in some regions because the power consumption amount in each region is uneven and the power supply amount is uneven, the power generation amount of power plants under each region in the city cannot be planned and adjusted according to the power consumption condition of each region, and when the power supply is in short supply, selective power supply cannot be realized to ensure the normal operation of hospitals and factories, the regions with more faults are not counted according to the fault times, so that maintenance personnel cannot plan the work conveniently, and further perfection and enhancement functions are needed.
Disclosure of Invention
The invention aims to solve the problems that the existing urban management analysis system only uses the total monthly power consumption of an urban as the planning basis of urban power supply, even if the generated energy accumulation of each area under the urban exceeds the total monthly power consumption of the urban, the generated energy of power plants in each area under the urban cannot be planned and adjusted according to the power consumption condition of each area due to the uneven power consumption and uneven power supply quantity in each area, and the excessive power or insufficient power supply quantity still easily occurs in some areas.
The purpose of the invention can be realized by the following technical scheme: a big data management and analysis system based on city management comprises an acquisition module, a data analysis module, a screening control unit, a statistical processing module, an integration module, a broadcasting module and a sharing module;
the data analysis module is used for receiving the user information and carrying out data analysis processing according to the user information, and the concrete data analysis processing steps are as follows:
the method comprises the following steps: receiving daily power consumption and daily water consumption of each user in different areas of the same city, dividing users of the daily power consumption and the daily water consumption into production commercial users and resident users, adding all the daily power consumption in the same area of the same city to obtain the daily total power consumption of each area, adding the daily power consumption of the resident users in the same area of the same city to obtain the daily total power consumption of each area, adding all the daily water consumption in the same area of the same city to obtain the daily total water consumption of each area, and adding the daily water consumption of all the resident users in the same area of the same city to obtain the daily total water consumption of each area, wherein timestamp information is added when the daily power consumption and the daily water consumption are received, and timestamp information is added to the daily total power consumption and the daily total water consumption of each area;
step two: according to the timestamp information, completing statistics of the urban daily total power consumption, the urban monthly total power consumption, the urban annual total power consumption, the urban daily total water consumption, the urban monthly total water consumption and the urban annual total water consumption in the city;
the screening control unit is preset with a resident daily electric quantity threshold value and a resident daily water consumption threshold value, is used for judging and processing according to the resident daily total electric quantity consumption and the resident daily total water consumption in each area, and specifically comprises the following processing steps;
s01: the city comprises different areas, the areas are marked as a, b, c and d.j.z in sequence, and the different areas are provided with corresponding resident daily electric quantity thresholds and resident daily water quantity thresholds;
s02: acquiring the total daily electricity consumption and the total daily water consumption of residents in the area a, and judging and processing the daily electricity consumption threshold and the daily water consumption threshold of the residents corresponding to the area a;
when the total daily electricity consumption of residents is larger than the daily electricity consumption threshold of the residents, generating an electricity control instruction and sending the electricity control instruction to the broadcasting module, and temporarily stopping the power supply of all resident users in the area until the end of the day;
when the total daily water consumption of residents is greater than the daily water consumption threshold value of the residents, generating a water control instruction and sending the water control instruction to the broadcasting module, and temporarily stopping water supply of all resident users in the area until the end of the day;
broadcast the module and be used for receiving control command and accuse water instruction, control command and accuse water instruction are including regional mark, broadcast the module and send instruction and regional mark to the backstage in the lump, statistics processing module is used for making statistics of the same regional number of times of cutting off the water supply and cutting off the power supply under same nature month, and specific statistics processing step shows:
a01: acquiring power control instructions and water control instructions in each area, and counting the times of the power control instructions and the water control instructions in the same natural month in the same area;
a02: judging and processing according to the frequency of the electricity control instruction and the frequency of the water control instruction respectively;
when the number of times of the power control instruction is more than or equal to three times, marking the area as a power supply abnormal area, generating a red alarm popup window and sending the red alarm popup window to a background;
when the frequency of the water control instruction is more than or equal to three times, the area is marked as a water supply abnormal area, a red alarm popup window is generated, and the red alarm popup window is sent to the background.
Further, the method comprises the following steps: the statistical processing module is further used for storing city historical information, the city historical information comprises daily total electricity consumption, daily total electricity consumption of residents, daily total water consumption of residents, daily total electricity consumption of cities, monthly total electricity consumption of cities, yearly total electricity consumption of cities, daily total water consumption of cities, monthly total water consumption of cities and annual total water consumption of cities, the daily total electricity consumption of production businesses and the daily total water consumption of production businesses are calculated according to the information, and the specific calculation processing steps comprise:
k01: acquiring the daily total electricity consumption of residents and the daily total electricity consumption of the residents in the area, and acquiring the daily total electricity consumption of production businesses through the daily total electricity consumption-the daily total electricity consumption of the residents;
k02: and acquiring the daily total water consumption of residents and the daily total water consumption of the residents in the region, and acquiring the daily total water consumption of production businesses from the daily total water consumption-the daily total water consumption of the residents.
Further, the method comprises the following steps: the integration module is used for acquiring city annual total electricity consumption and city annual total water consumption of each city, and ranking cities according to the city annual total electricity consumption and ranking according to the city annual total water consumption.
Further, the method comprises the following steps: the broadcast module is including the matching module, and the matching module is used for regional user's matching processing, and specific matching processing process includes:
f01: calling area marks in the control instruction and the water control instruction;
f02: searching the mobile terminal number by taking the area mark as a search basis;
f03: and when the matching is consistent, judging that the mobile terminal is a user in the same area, and sending the control instruction and the water control instruction to the mobile terminal.
Further, the method comprises the following steps: the data analysis module is further configured to perform peak time determination processing according to the power consumption and water consumption, and the specific determination processing method is represented as:
z01: acquiring the total electricity consumption and the total water consumption of each month of a city;
z02: comparing and ranking the total electricity consumption of the cities in the same year in months, and ranking the total electricity consumption in the same year from large to small according to the electricity consumption values, wherein the top three in ranking is used as the electricity utilization peak period;
z03: and comparing and ranking the total water consumption of the urban months in the same year, and ranking the first three as water peak periods according to the water consumption values from large to small.
Further, the method comprises the following steps: the acquisition module comprises an electric quantity acquisition module and a water quantity acquisition module which are respectively used for acquiring the electric quantity and the water consumption.
Further, the method comprises the following steps: the sharing module is used for a user to access data, and the specific data access steps comprise:
p01: a database is preset, and a user needs to input a user name and a login password when accessing data;
p02: taking the input user name as a parent retrieval character, and searching the same character in a database;
p03: and when the search is successful, the login password is further used as a sub-level search character, the sub-level search character and the password under the account matched with the sub-level search character in the database are verified and verified, the login is completed when the verification is successful, the user can check the city annual total power consumption and the city annual total water consumption under each city, the cities ranked according to the city annual total power consumption and the cities ranked according to the city annual total water consumption.
Compared with the prior art, the invention has the beneficial effects that:
1. the daily power consumption of all the daily power consumption under the same area of the same city is added to obtain the daily total power consumption of all the areas, the daily total power consumption of all the resident users under the same area of the same city is added to obtain the daily total water consumption of all the areas, the daily total water consumption of all the resident users under the same area of the same city is added to obtain the daily total water consumption of all the resident users of each area, the daily total power consumption of a production business is obtained through the daily total power consumption-the daily total power consumption of the resident, the daily total water consumption of the production business is obtained through the daily total water consumption-the daily total water consumption of the resident, the users are divided into the production business users and the resident users, the total power consumption and the total water consumption under two types of users under each area in the city can be obtained, and planning processing of water supply and power supply can be conveniently carried out by staff in the later period according to the water consumption and the power consumption of different.
2. The method comprises the steps of obtaining total daily electricity consumption and total daily water consumption of residents in a certain area, judging and processing a daily electricity consumption threshold and a daily water consumption threshold of the residents corresponding to the certain area, generating an electricity control instruction and sending the electricity control instruction to a broadcasting module when the daily total electricity consumption of the residents is larger than the daily electricity consumption threshold of the residents, temporarily stopping power supply of all resident users in the area until the current day is finished, generating a water control instruction and sending the water control instruction to the broadcasting module when the daily total water consumption of the residents is larger than the daily water consumption threshold of the residents, temporarily stopping water supply of all the resident users in the area until the current day is finished, and realizing selective power supply and water supply when the situation that power supply is insufficient is generated.
3. The method comprises the steps of obtaining power control instructions and water control instructions under each area, conducting frequency statistics on the power control instructions and the water control instructions in the same natural month under the same area, marking the area as a power supply abnormal area when the frequency of the power control instructions is more than or equal to three times, generating a red alarm popup window, sending the red alarm popup window to a background, marking the area as a water supply abnormal area when the frequency of the water control instructions is more than or equal to three times, generating the red alarm popup window, sending the red alarm popup window to the background, preferentially maintaining the abnormal area, and facilitating work planning of maintenance personnel.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
FIG. 1 is a system framework diagram of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, a big data management and analysis system based on city management includes an acquisition module, a data analysis module, a screening control unit, a statistical processing module, an integration module, a broadcasting module, and a sharing module;
the acquisition module is used for acquiring user information, the user information comprises user attributes, user daily power consumption and user daily water consumption, the data analysis module is used for receiving the user information and carrying out data analysis processing according to the user information, and the specific data analysis processing steps are as follows:
the method comprises the following steps: receiving daily power consumption and daily water consumption of each user in different areas of the same city, dividing users of the daily power consumption and the daily water consumption into production commercial users and resident users, adding all the daily power consumption in the same area of the same city to obtain the daily total power consumption of each area, adding the daily power consumption of the resident users in the same area of the same city to obtain the daily total power consumption of each area, adding all the daily water consumption in the same area of the same city to obtain the daily total water consumption of each area, and adding the daily water consumption of all the resident users in the same area of the same city to obtain the daily total water consumption of each area, wherein timestamp information is added when the daily power consumption and the daily water consumption are received, and timestamp information is added to the daily total power consumption and the daily total water consumption of each area;
step two: according to the timestamp information, completing statistics of the urban daily total power consumption, the urban monthly total power consumption, the urban annual total power consumption, the urban daily total water consumption, the urban monthly total water consumption and the urban annual total water consumption in the city;
the screening control unit is preset with a resident daily electric quantity threshold value and a resident daily water consumption threshold value, and is used for judging and processing according to the resident daily total electric quantity and the resident daily total water consumption in each region, and the specific processing steps comprise;
s01: the city comprises different areas, the areas are marked as a, b, c and d.j.z in sequence, and the different areas are provided with corresponding resident daily electric quantity thresholds and resident daily water quantity thresholds;
s02: acquiring the total daily electricity consumption and the total daily water consumption of residents in the area a, and judging and processing the daily electricity consumption threshold and the daily water consumption threshold of the residents corresponding to the area a;
when the total daily electricity consumption of residents is larger than the daily electricity consumption threshold of the residents, generating an electricity control instruction and sending the electricity control instruction to the broadcasting module, and temporarily stopping the power supply of all resident users in the area until the end of the day;
when the total daily water consumption of residents is greater than the daily water consumption threshold value of the residents, generating a water control instruction and sending the water control instruction to the broadcasting module, and temporarily stopping water supply of all resident users in the area until the end of the day;
broadcast the module and be used for receiving control command and accuse water instruction, control command and accuse water instruction send instruction and regional mark to the backstage in the lump including regional mark, report the module, statistics processing module is used for making statistics of the same regional times of cutting off the power supply or cutting off the power supply under the same natural moon, and specific statistics processing step shows:
a01: acquiring power control instructions and water control instructions in each area, and counting the times of the power control instructions and the water control instructions in the same natural month in the same area;
a02: judging and processing according to the frequency of the electricity control instruction and the frequency of the water control instruction respectively;
when the number of times of the power control instruction is more than or equal to three times, marking the area as a power supply abnormal area, generating a red alarm popup window and sending the red alarm popup window to a background;
when the frequency of the water control instruction is more than or equal to three times, the area is marked as a water supply abnormal area, a red alarm popup window is generated, and the red alarm popup window is sent to the background.
The statistical processing module is also used for storing city historical information, the city historical information comprises daily total electricity consumption, daily total electricity consumption of residents, daily total water consumption of residents, daily total electricity consumption of cities, monthly total electricity consumption of cities, yearly total electricity consumption of cities, daily total water consumption of cities, monthly total water consumption of cities and annual total water consumption of cities, and the daily total electricity consumption of production businesses and the daily total water consumption of production businesses are calculated according to the information, and the specific calculation processing steps comprise:
k01: acquiring the daily total electricity consumption of residents and the daily total electricity consumption of the residents in the area, and acquiring the daily total electricity consumption of production businesses through the daily total electricity consumption-the daily total electricity consumption of the residents;
k02: acquiring the daily total water consumption of residents and the daily total water consumption of the residents in the area, and acquiring the daily total water consumption of production businesses through the daily total water consumption-the daily total water consumption of the residents;
the integration module is used for acquiring city annual total electricity consumption and city annual total water consumption of each city, and ranking cities according to the city annual total electricity consumption and ranking according to the city annual total water consumption;
the broadcast module is including the matching module, and the matching module is used for regional user's matching processing, and specific matching processing process includes:
f01: calling area marks in the control instruction and the water control instruction;
f02: searching the mobile terminal number by taking the area mark as a search basis;
f03: when the matching is consistent, the mobile terminal is judged to be a user in the same area, and the control instruction and the water control instruction I are sent to the mobile terminal;
the data analysis module is also used for carrying out peak period judgment processing according to the power consumption and the water consumption, and the specific judgment processing method is as follows:
z01: acquiring the total electricity consumption and the total water consumption of each month of a city;
z02: comparing and ranking the total electricity consumption of the cities in the same year in months, and ranking the total electricity consumption in the same year from large to small according to the electricity consumption values, wherein the top three in ranking is used as the electricity utilization peak period;
z03: comparing and ranking the total water consumption of the urban months in the same year, and ranking the first three as water peak periods according to the water consumption values from large to small;
the acquisition module comprises an electric quantity acquisition module and a water quantity acquisition module which are respectively used for acquiring the electric quantity and the water consumption;
the sharing module is used for data access of users, and the specific data access steps comprise:
p01: a database is preset, and a user needs to input a user name and a login password when accessing data;
p02: taking the input user name as a parent retrieval character, and searching the same character in a database;
p03: and when the search is successful, the login password is further used as a sub-level search character, the sub-level search character and the password under the account matched with the sub-level search character in the database are verified and verified, the login is completed when the verification is successful, the user can check the city annual total power consumption and the city annual total water consumption under each city, the cities ranked according to the city annual total power consumption and the cities ranked according to the city annual total water consumption.
When the system is used, the acquisition module acquires user information comprising user attributes, user daily power consumption and user daily water consumption, the user attributes are divided into production commercial users and resident users, the data analysis module receives the user information, all daily power consumption in the same area of the same city is added to obtain daily total power consumption of each area, the daily power consumption of the resident users in the same area of the same city is added to obtain the daily total power consumption of each area, all the daily water consumption in the same area of the same city is added to obtain the daily total water consumption of each area, all the daily water consumption of the resident users in the same area of the same city is added to obtain the daily total water consumption of each area, and the daily total power consumption, the monthly total power consumption of the city, the annual total daily water consumption of the city, the daily total water consumption of the city, the monthly total water consumption of the city, the daily total water consumption of the city, the total water consumption of city year, the total electricity consumption of city month of the same year is compared and ranked, the electricity consumption is arranged from large to small according to the value of electricity, the first three of the ranking is used as the peak period of electricity consumption, the total electricity consumption of city month of the same year is compared and ranked, the water consumption is arranged from large to small according to the value of water consumption, the first three of the ranking is used as the peak period of water consumption, the total daily electricity consumption and the total daily water consumption of residents in the area are judged by a screening control unit, when the total daily electricity consumption is greater than the daily electricity consumption threshold of residents, an electricity control instruction is generated and sent to a broadcasting module, the electricity supply of all resident users in the area is temporarily stopped until the current day is over, when the daily total water consumption of residents is greater than the daily water consumption threshold of residents, the water control instruction is generated and sent to the broadcasting module, the water supply of all resident users in the area is temporarily stopped until the current, counting the times of water and power failure in the same area under the same natural month by a counting processing module, respectively judging and processing according to the times of power control instructions and the times of water control instructions, when the times of the power control instructions are more than or equal to three times, marking the area as a power supply abnormal area, generating a red alarm popup, sending the red alarm popup to a background, when the times of the water control instructions are more than or equal to three times, marking the area as a water supply abnormal area, generating the red alarm popup, sending the red alarm popup to the background, storing city historical information by the counting processing module, wherein the city historical information comprises total daily electricity consumption, total daily electricity consumption of residents, total daily water consumption of residents, total daily electricity consumption of cities, total monthly electricity consumption of cities and annual water consumption of cities, and calculating the total daily electricity consumption of production businesses and the daily water consumption of production businesses according to the information, the total daily electricity consumption of the production business can be calculated by the total daily electricity consumption-the total daily electricity consumption of residents, and the total daily water consumption of the production business can be calculated by the total daily water consumption-the total daily water consumption of residents.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise embodiments disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (7)
1. A big data management and analysis system based on city management is characterized by comprising an acquisition module, a data analysis module, a screening control unit, a statistical processing module, an integration module, a broadcasting module and a sharing module;
the data analysis module is used for receiving the user information and carrying out data analysis processing according to the user information, and the concrete data analysis processing steps are as follows:
the method comprises the following steps: receiving daily power consumption and daily water consumption of each user in different areas of the same city, dividing users of the daily power consumption and the daily water consumption into production commercial users and resident users, adding all the daily power consumption in the same area of the same city to obtain the daily total power consumption of each area, adding the daily power consumption of the resident users in the same area of the same city to obtain the daily total power consumption of each area, adding all the daily water consumption in the same area of the same city to obtain the daily total water consumption of each area, and adding the daily water consumption of all the resident users in the same area of the same city to obtain the daily total water consumption of each area, wherein timestamp information is added when the daily power consumption and the daily water consumption are received, and timestamp information is added to the daily total power consumption and the daily total water consumption of each area;
step two: according to the timestamp information, completing statistics of the urban daily total power consumption, the urban monthly total power consumption, the urban annual total power consumption, the urban daily total water consumption, the urban monthly total water consumption and the urban annual total water consumption in the city;
the screening control unit is preset with a resident daily electric quantity threshold value and a resident daily water consumption threshold value, is used for judging and processing according to the resident daily total electric quantity consumption and the resident daily total water consumption in each area, and specifically comprises the following processing steps;
s01: the city comprises different areas, the areas are marked as a, b, c and d.j.z in sequence, and the different areas are provided with corresponding resident daily electric quantity thresholds and resident daily water quantity thresholds;
s02: acquiring the total daily electricity consumption and the total daily water consumption of residents in the area a, and judging and processing the daily electricity consumption threshold and the daily water consumption threshold of the residents corresponding to the area a;
when the total daily electricity consumption of residents is larger than the daily electricity consumption threshold of the residents, generating an electricity control instruction and sending the electricity control instruction to the broadcasting module, and temporarily stopping the power supply of all resident users in the area until the end of the day;
when the total daily water consumption of residents is greater than the daily water consumption threshold value of the residents, generating a water control instruction and sending the water control instruction to the broadcasting module, and temporarily stopping water supply of all resident users in the area until the end of the day;
broadcast the module and be used for receiving control command and accuse water instruction, control command and accuse water instruction are including regional mark, broadcast the module and send instruction and regional mark to the backstage in the lump, statistics processing module is used for making statistics of the same regional number of times of cutting off the water supply and cutting off the power supply under same nature month, and specific statistics processing step shows:
a01: acquiring power control instructions and water control instructions in each area, and counting the times of the power control instructions and the water control instructions in the same natural month in the same area;
a02: judging and processing according to the frequency of the electricity control instruction and the frequency of the water control instruction respectively;
when the number of times of the power control instruction is more than or equal to three times, marking the area as a power supply abnormal area, generating a red alarm popup window and sending the red alarm popup window to a background;
when the frequency of the water control instruction is more than or equal to three times, the area is marked as a water supply abnormal area, a red alarm popup window is generated, and the red alarm popup window is sent to the background.
2. The big data management and analysis system according to claim 1, wherein the statistical processing module is further configured to store city history information, the city history information includes daily total power consumption, daily total power consumption of residents, daily total water consumption of residents, daily total power consumption of cities, monthly total power consumption of cities, yearly total power consumption of cities, daily total water consumption of cities, monthly total water consumption of cities, and yearly total water consumption of cities, and calculate daily total power consumption of production businesses and daily total water consumption of production businesses according to the information, and the specific calculation processing steps include:
k01: acquiring the daily total electricity consumption of residents and the daily total electricity consumption of the residents in the area, and acquiring the daily total electricity consumption of production businesses through the daily total electricity consumption-the daily total electricity consumption of the residents;
k02: and acquiring the daily total water consumption of residents and the daily total water consumption of the residents in the region, and acquiring the daily total water consumption of production businesses from the daily total water consumption-the daily total water consumption of the residents.
3. The big data management and analysis system based on city management according to claim 1, wherein the integration module is configured to obtain city annual total power consumption and city annual total water consumption of each city, rank cities according to the city annual total power consumption, and rank according to the city annual total water consumption.
4. The big data management and analysis system based on city management according to claim 1, wherein the broadcasting module comprises a matching module, the matching module is used for matching processing of regional users, and the specific matching processing process comprises:
f01: calling area marks in the control instruction and the water control instruction;
f02: searching the mobile terminal number by taking the area mark as a search basis;
f03: and when the matching is consistent, judging that the mobile terminal is a user in the same area, and sending the control instruction and the water control instruction to the mobile terminal.
5. The big data management and analysis system based on city management according to claim 1, wherein the data analysis module is further configured to perform peak time determination processing according to the amount of consumed electricity and water, and the specific determination processing method is represented as:
z01: acquiring the total electricity consumption and the total water consumption of each month of a city;
z02: comparing and ranking the total electricity consumption of the cities in the same year in months, and ranking the total electricity consumption in the same year from large to small according to the electricity consumption values, wherein the top three in ranking is used as the electricity utilization peak period;
z03: and comparing and ranking the total water consumption of the urban months in the same year, and ranking the first three as water peak periods according to the water consumption values from large to small.
6. The big data management and analysis system based on city management according to claim 1, wherein the collection module comprises a power collection module and a water collection module, which are respectively used for collecting power consumption and water consumption.
7. The big data management and analysis system based on city management according to claim 1, wherein the sharing module is used for a user to access data, and the specific data access step comprises:
p01: a database is preset, and a user needs to input a user name and a login password when accessing data;
p02: taking the input user name as a parent retrieval character, and searching the same character in a database;
p03: and when the search is successful, the login password is further used as a sub-level search character, the sub-level search character and the password under the account matched with the sub-level search character in the database are verified and verified, the login is completed when the verification is successful, the user can check the city annual total power consumption and the city annual total water consumption under each city, the cities ranked according to the city annual total power consumption and the cities ranked according to the city annual total water consumption.
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