2 results about "Specific energy consumption" patented technology

The application discloses a driving behavior influence on energy consumption evaluation method, system, vehicle and equipment. Wherein, the driving behavior influence on energy consumption evaluation method comprises: obtaining driving data of a vehicle; obtaining driving behavior characteristic data according to the driving data; taking unit energy consumption of the vehicle as a target variable and taking the driving behavior characteristic data as an input variable, a regression analysis model between the driving behavior and the unit energy consumption is constructed, wherein the regression analysis model represents the influence relationship of different driving behaviors on the energy consumption of the vehicle; according to the parameters of the regression analysis model, the energy consumption influence weight corresponding to each type of driving behavior characteristic data is calculated, and the influence of the driving behavior on the energy consumption is evaluated according to the energy consumption influence weight. By analyzing the influence of the driving behavior on the energy consumption of the vehicle, the driving habit, the loading configuration and the driving route can be optimized, and the energy consumption and the carbon emission can be significantly reduced.

The application discloses a kind of performance test and evaluation method of wet dust collector, selects dust removal efficiency η, specific energy consumption φ And dust wettability ξ As evaluation parameter, define wet dust collector comprehensive quality factor, and comprehensively consider the interrelation between dust removal efficiency η, specific energy consumption φ And dust wettability ξ Calculation obtains wet dust collector comprehensive quality factor, for evaluating the comprehensive performance of wet dust collector;Then select different wet dust collector under the same environmental conditions and the same wet dust collector under different environmental conditions are respectively carried out performance test, so not only can the performance ordering of different wet dust collector under the same conditions be obtained, but also the performance ordering of the same wet dust collector under different environmental conditions can be obtained, which is convenient for subsequent specific environmental conditions to select corresponding wet dust collector, and targeted optimization of wet dust collector according to the evaluation result.