By power varieties. Figure 1. Lorentz curve energy varieties. Table 2. two. Gini coefficient
By energy types. Figure 1. Lorentz curve energy forms. Table 2. 2. Gini coefficient by energy varieties. Table Gini coefficient by energy kinds.Coal Coal Gini coefficient 0.9216 0.Gasoline Diesel Gasoline Diesel 0.9850 0.Bottled Bottled Ziritaxestat Biological Activity pipeline Pipeline liquefied Liquefied Organic All-natural PetroleumPetroleum Gas Gas Gas0.8201 0.Total Power Pipeline Biomass Pipeline Biomass Total Power Electrical energy Consumption Gas EnergyElectricity Gas Energy ConsumptionGini coefficient Lorentz Fmoc-Gly-Gly-OH medchemexpress asymmetry Lorentz coefficient asymmetry coefficient0.9216 0.0.0.0.0.9974 0.-Gas 0.8201 0.0.1.0.0.9865 1.0.9865 1.0.9423 1.0.9423 1.0.4325 0.0.0.0.6449 1.0.1.0.1.In Figure 1, except for electrical energy, the proportion of households employing other energy typesFigure than half.for electrical energy, the proportion of has triggered the Gini coefficient of In is much less 1, except Table two further reveals that this households applying other power bottled liquefied gas and pipeline organic gas to this has or much more. Surprisingly, the of varieties is less than half. Table 2 further reveals that reach 0.8caused the Gini coefficient Gini coefficient of coal, and pipeline organic gas gas, and biomass power even reached 0.9 bottled liquefied gas gasoline, diesel, pipeline to reach 0.8 or additional. Surprisingly, the Ginior far more. The coal, gasoline, diesel, pipeline gas, and gasoline, diesel, bottled liquefied gas, coefficient of Lorentz asymmetry coefficients of coal, biomass energy even reached 0.9 or and electrical energy are all significantly less than 1, indicating coal, gasoline, with low energy consumption more. The Lorentz asymmetry coefficients ofthat householdsdiesel, bottled liquefied gas, are the primary cause for the difference in energy consumption from the above varieties; the Lorentz and electricity are all significantly less than 1, indicating that households with low energy consumption asymmetry coefficients of pipeline all-natural gas, pipeline gas, and biomass power are all greater are the most important cause for the distinction in power consumption with the above forms; the Lothan 1, indicating that the distinction in consumption in the above-mentioned varieties of energy is rentz asymmetry coefficients of pipeline all-natural gas, pipeline gas, and biomass energy are mostly triggered by the enormous consumption from a modest number of best customers. all higher than 1, indicating that the distinction in consumption on the above-mentioned Moreover, observing Lorentz curves of coal and biomass power cross, the quantity sorts of energy is primarily triggered by the huge consumption from a little quantity of leading of households utilizing biomass power is greater than that of coal, along with the Gini coefficient customers. of biomass power is even greater, which shows that the internal distinction of power In addition, observing Lorentz curves of coal and biomass energy cross, the quantity users of biomass power is greater than that of coal energy users. Combined using the of households employing biomass power is greater than that of coal, and the Gini coefficient Lorentz asymmetry coefficient, it appears that the substantial level of energy consumed by of biomass energy is even higher, which shows that the internal difference of energy users leading buyers of biomass energy is the cause. Returning to the original information, it may be located that the best 20 households with all the highest total power consumption plus the top 20 households with the highest biomass power consumption within the all round sample are very overlapped (16 households overlap every other), plus the biomass power employed by these famil.