Multi-short-stop electric aircraft transportation system based on smart grid

Abstract

The invention relates to a multi-short-distance stopping type electric aircraft transportation system based on smart power grids. In order to solve the problem that fast traffic is in shortage among small and medium-sized cities, according to the multi-short-distance stopping type electric aircraft transportation system based on the smart power grids, low-altitude aircraft airlines and electricity storage electric aircrafts are arranged between adjacent small and medium-sized cities or between adjacent satellite cities of a central city. Small-sized airports are built in the small and medium-sized cities and the satellite cities, and are used for take-off and landing of the electric aircrafts, each electricity storage electric aircraft is provided with a super-capacitor electricity storage power source device, each small-sized airport is provided with a super-capacitor electricity storage station which can obtain off-peak electricity from the smart power grids, and when each electricity storage electric aircraft stops in one small-sized airport, the corresponding super-capacitor electricity storage power source device of the electricity storage electric aircraft carries out rapid charging through a charging system and the super-capacitor electricity storage station of the small-sized airport where the electricity storage electric aircraft stops. The multi-short-distance stopping type electric aircraft transportation system based on the smart power grids has the advantages that the advantage of supplementing electric energy and the advantage of surplus the off-peak electricity of the smart power grids is made full use of, the new domestic demand for clean pollution-free electric power energy is expanded, the energy structure is optimized, the urgent requirement of the small and medium-sized cities and the satellite cities of the central city for fast traffic is met, the occupied area is small, investment is small, operating cost is low, the process of economic integration of the small and medium-sized cities can be remarkably promoted, optimal configuration of resources among the small and medium-sized cities can be remarkably improved, and development power of the small and medium-sized cities is stimulated.

Description

technical field [0001] The invention relates to an aircraft, in particular to a multi-short-stop electric aircraft transportation system based on a smart grid. Background technique [0002] At present, the BRT system between cities, especially among small and medium-sized cities, is still an important force driving economic development. Existing intercity buses are far from being able to meet people's growing demand for fast intercity transfers due to their slow speed. On the one hand, fuel oil is a non-renewable and scarce energy, which urgently needs to be replaced by other cleaner surplus energy or clean renewable energy in the improvement of energy structure; the existing intercity light rail is high in construction cost and high in operation cost, so it is not suitable for small and medium-sized enterprises with small passenger flow. Intercity economics is simply not feasible; the existing high-speed rail and bullet trains are even more economically unfeasible because ...

AI Technical Summary

Problems solved by technology

Existing intercity buses are far from being able to meet people's growing demand for fast intercity transfers due to their slow speed. On the one hand, fuel oil is a non-renewable and scarce energy, which urgently needs to be replaced by other cleaner surplus energy or clean renewable energy in the improvement of energy structure; the existing intercity light rail is high in construction cost and high in operation cost, so it is not suitable for small and medium-sized enterprises with small passenger flow. There is no economic feasibility at all between cities; the existing high-speed rail and bullet trains are even more economically unfeasible because they occupy a lot of land and are expensive.