Intelligent multi-functional lampposts are a new type of public infrastructure based on lighting, integrating video surveillance, LED display, environmental sensors, new energy vehicle charging piles, 5g micro-base stations, announcement broadcasting and other functions in one. Intelligent multi-functional lampposts can effectively reduce the cost and increase the efficiency of the overall urban operation, which is conducive to the improvement of urban management efficiency. At present, Beijing, Shanghai, Zhejiang, Shaanxi, Zhengzhou and other provinces and cities have established smart multi-functional lamppost pilot projects! National policy guidance strongly supports the research and development and application of intelligent multi-functional lampposts, and enterprises actively invest in research and development elements to broaden industrial application scenarios and functions. So from the perspective of enterprise/operator operations, what operating income will intelligent multi-functional lampposts generate?
As an important part of the construction of smart cities, intelligent multi-functional street light poles can complete the collection, release and transmission of data information in lighting, public security, municipal, meteorological, environmental protection, communications and other industries. From an overall and long-term perspective, smart multi-functional lampposts will generate a number of operating income: such as government subsidies, lamp pole installation, platform operation and maintenance, charging equipment, advertising, new energy conservation, 5G base stations, data statistics, etc., will bring revenue.
First, the main maintenance income of intelligent multi-functional street light poles
This income mainly refers to the situation in which the government invests alone and entrusts enterprises to carry out operation and maintenance, including maintenance income.
Calculation formula: income = number of light poles ?¡§¡é maintenance cost
Second, energy saving income of smart lighting
For the smart multi-functional lamppost project invested by the enterprise, the government will subsidize the electricity cost saved to the enterprise in stages. Intelligent multi-functional street light pole by installing a single lamp energy-saving management system for energy through the LED light source, time-sharing dimming to save energy, reduce power consumption, save electricity, and share with the owner to obtain income. Taking the original 900 planning as an example, the annual electricity bill is X million yuan, the use of single lamp control, can be controlled by time segments, does not affect the lighting, the interval light, you can dim the proportion of each lamp in the second half of the night to 50%, 70%, to achieve the secondary energy saving effect, greatly saving electricity costs.
Calculation formula: Income = watts saved per year ?¡§¡é electricity price ?¡§¡é unit price
Third, micro base station operating income
This income refers to the rental income paid by operators to mount 5G microbase stations on light poles. The peripheral corridor of the light pole that does not need to be installed is small in size and easy to install, and the signal is sent to the launching point with optical fiber, which solves the problem of the operator establishing the micro-base station construction point and user complaints. Depending on the regional situation, it is different: charging the operator for each point rental hosting fee, 5,000 yuan - 20,000 yuan/station/year.
Calculation formula: Revenue = number of light poles ?¡§¡é microbase station installation ratio ?¡§¡é unit price
Fourth, advertising revenue such as display information release
Intelligent multi-functional lampposts equipped with multimedia displays can release public information, and can also be linked with businesses to obtain advertising revenue, as an operational profit model. This income is also one of the main sources of income for the investment and operation of the intelligent multi-functional lamppost, which is paid by the main body of advertising, mostly enterprises, but also the government and other institutions.
Calculation formula: Revenue = Operator (average advertiser per day) ?¡§¡é unit price (10 days) ?¡§¡é number of times (27 sessions)
Fifth, new energy vehicle charging pile operating income
Smart multi-functional road light poles are equipped with new energy vehicle charging piles to facilitate emergency charging of new energy vehicles. In the later operation and management process of the city, the operator can charge a certain service fee, which is a commonly used operational profit model of intelligent multi-functional street light poles. Consumers will pay the corresponding charging income when using.
Calculation formula: Income = single charge unit price ?¡§¡é number of lamp poles ?¡§¡é charging ratio ?¡§¡é days
Sixth, parking management and manhole cover management and other management income
In view of the intelligent multi-functional road light pole can monitor the parking situation on the road and the operation and maintenance of the road manhole cover to achieve the function of intelligent traffic, so it can obtain the management income paid by the traffic department or other relevant units.
Calculation formula: income = number of equipment x difference of labor input
7. Income from convenience services such as one-click alarm
It should be noted that the income is not clear about the occurrence and collection of costs, and the specific project may also use the one-button alarm as a public welfare function, but there is no income. If there is, it should generally be paid by the civil affairs department to the investment and operation main body of the intelligent multi-functional street light pole.
Calculation formula: Income = Number of light poles ?¡§¡é Emergency service fee (public welfare)
8. Environmental monitoring information collection and operation income
Intelligent multi-functional lamppost installed environmental monitoring, for the installation area of PM2.5, temperature and humidity, noise, air pressure, wind, rain and snow amount of data collection and data analysis, to provide accurate data for the environmental monitoring center.
Calculation formula: income = number of light poles ?¡§¡é proportion of meteorological equipment application ?¡§¡é unit price
9. WIFI access application advertising revenue
Install wireless wifi devices, implant advertisements through wifi, so as to obtain certain advertising costs. Specific cost reference: WIFI coverage according to the flow of people in the region, each region WIFI coverage hotspot is different, with 20,000 people per day cost calculation, WIFI hotspot advertising cost is about 500-2000 / day.
Calculation formula: Revenue = number of light poles ?¡§¡éWIFI application ratio ?¡§¡é unit price
10, video surveillance security rental income
This income mainly refers to the rental income paid by the public security and transportation departments after the light poles are connected to the sky net and the security system. Intelligent multi-functional street light pole equipped with security surveillance video system, through the collection of images, sound and various alarm signals and other data information, to the relevant departments, such as traffic and public security departments to provide information, commercial street security system rental.
Calculation formula: income = number of light poles ?¡§¡é security ratio ?¡§¡é unit price
11. Income from data collection of new urban infrastructure
The data here includes environmental monitoring data, etc., and may also include other non-privacy-related and desensitized data accumulated in the process of operation. The payment subject of the former is mainly the data collected, analyzed, processed, applied and managed by the municipal administration department, while the latter is the user who obtains the desensitized data.
Calculation formula: Revenue = number of light poles ?¡§¡é data usage ?¡§¡é unit price
Xii. Other operating income
In addition, vehicle networking service income, light body construction and carrying income, human body temp