Residential electricity energy efficiency evaluation method based on data driving

Abstract

The invention provides a residential electricity energy efficiency evaluation method based on data driving. According to the method, long-term static data (building area, population number and familyproperty) and real-time dynamic data (time, weather, temperature, humidity, decibel, illumination and power consumption amount) of a resident user in an area range are used. Qualitative and comprehensive scoring is carried out on the energy consumption behaviors of the users in the regional range from two comparison layers, namely the transverse direction (comparing with the power consumption behaviors of residents with similar attributes around) and the longitudinal direction (comparing with the daily power consumption behaviors of the residents). Therefore, depending on the stable and reliable two-way interactive intelligent visual electric quantity display screen, the energy consumption condition visual result is fed back to the user at regular time every day, benign competition of theuser in the region is formed, and the energy-saving awareness of resident users is promoted and cultivated.

Description

technical field [0001] The invention relates to the technical field of energy efficiency assessment, in particular to a data-driven residential electricity energy efficiency assessment method. Background technique [0002] The National Energy Conservation and Emission Reduction Plan pointed out that in 2015, the national energy consumption per 10,000 yuan of GDP dropped by 16% compared to 2010 (32% lower than in 2005), and this goal was basically achieved, with a total energy saving of 670 million tons of standard coal. At present, on the basis of energy conservation work, my country proposes to implement the "dual control" action of total energy consumption and intensity, and clearly requires that by 2020, the energy consumption per unit of GDP will be reduced by 15% compared with 2015, and the total energy consumption will be controlled at 5 billion tons. within standard coal. The proposal and implementation of these energy-saving goals has further implemented the concept ...

AI Technical Summary

Problems solved by technology

However, in recent years, China's energy-saving service enterprises have a situation of small scale, low development level, fierce market competition, and relatively poor overall living conditions

Under the development trend of cross-integration of various industries, looking at the development o

Images