Public energy consumption apportionment calculation method and device suitable for multi-owner park

Abstract

The invention provides a public energy consumption allocation calculation method and device suitable for a multi-owner park, and the method comprises the steps: setting a virtual instrument for the to-be-allocated public energy consumption, setting a reasonable calculation model, displaying the previous relation between the virtual instrument and the to-be-allocated instrument according to an allocation recursion rule, and achieving the optimal allocation of the to-be-allocated public energy consumption. According to the scheme, the calculation model can accurately and efficiently obtain the reading of the virtual instrument according to the distribution recursion rule, the public energy consumption is reasonably distributed according to the distribution coefficient of the distribution unit, and the instruments at the same charging time point can be subjected to calculation processing, so that the calculation error caused by the calculation period is avoided, and the calculation efficiency is improved. And the calculation efficiency of public energy consumption allocation is improved.

Description

technical field [0001] The invention relates to the field of electric power detection, in particular to a public energy consumption allocation calculation method and device suitable for multi-owner parks. Background technique [0002] Public energy consumption refers to the consumption of water, electricity, coal and other energy in the common parts of the community, shared equipment and public facilities, and in public services. Correspondingly, the public energy consumption can be divided into: public electricity consumption in the unit, lighting electricity fee in the public area of ​​the hospital, electricity fee for the operation of the weak current system, electricity fee for the operation of the fire protection system, electricity fee for the secondary water supply booster pump, and public water fee. , Elevator operation electricity costs and the loss of power transformation and distribution equipment and facilities, how to share public energy consumption fairly and a...

AI Technical Summary

Problems solved by technology

[0003] However, there are several major problems in the allocation calculation of public energy consumption in different formats: First, the calculation methods of public energy consumption in different formats are quite different. There are errors in the measurement results, which not only increase the cost of property management, but also often cause errors in calculation results; second, the sources of public energy consumption are diversified, some public energy consumption is directly read through meters, and some public energy consumption is It is obtained through the reading difference of different meters, and other public energy consumption is calculated through the proportional relationship between the meter data and the area. At present, it is often difficult to make the shared consumption according to the actual situation of household energy consumption when calculating the apportioned amount. Spread calculation, there is a problem of large calculation result error, and the calculation cycle and calculation amount are huge, requiring a lot of manpower, often requiring relevant staff to establish calculation formulas and organize data for calculation, which has problems of low work efficiency and complicated workload; Third, there are differences in the calculation cycle of shared energy consumption. For the situation where multiple meter data linkages are required to obtain shared expenses, property personnel cannot read multiple meter data at the same time, resulting in inaccurate meter data itself, which in turn affects The calculation accuracy of the apportioned results, however, this situation cannot be solved by manual reading

In other words, at present, the property management often does not install a special meter to calculate the shared consumption, so it is necessary to obtain the shared consumption by adding and subtracting the meter. In the case of inaccurate consumption, for example, the unit’s meter usage minus the unit’s indoor usage can get the unit’s shared usage. However, because the indoor meter reading time is different from the unit’s meter reading time, the last time the unit’s meter reads the meter. It is less than the comprehensive amount when reading the indoor table, which will cause the calculation result to be negative

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