METHOD OF CALCULATING CARBON EMISSION BASED ON MECHANICAL ENERGY OF MOTOR IN MOBILE VEHICLE

To provide a method of calculating carbon emission based on mechanical energy of a motor in a mobile vehicle, which method reduces load of bandwidth for uploading to the cloud by means of peripheral computing technology, improves uploading speed and can reduce loads of the cloud server, for operatio...

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1. Verfasser: YO RITSUWA
Format: Patent
Sprache:eng ; jpn
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Zusammenfassung:To provide a method of calculating carbon emission based on mechanical energy of a motor in a mobile vehicle, which method reduces load of bandwidth for uploading to the cloud by means of peripheral computing technology, improves uploading speed and can reduce loads of the cloud server, for operation, data preservation and data processing.SOLUTION: A method of calculating carbon emission includes the steps of: reading, by a control module, positional information at high frequency; calculating unit mechanical energy at a small angle by means of torque and rotary angle outputted from a motor; summing the unit mechanical energy up to summed mechanical energy; and then, uploading all positional information during travelling corresponding to each other with the summed mechanical energy to a cloud to be converted into a carbon emission of during travelling. By means of high frequency measurement and summing-up operation method, accuracy of the mechanical energy outputted during travelling of a mobile vehicle is greatly increased without causing erroneous estimation of each carbon emission of during travelling.SELECTED DRAWING: Figure 3 【課題】本発明は、エッジコンピューティング技術により、クラウドにアップロードする際の帯域幅の負荷を軽減し、アップロード速度を向上させ、クラウドサーバーの計算、データ保存、及びデータ処理の負荷を軽減できる移動車両におけるモーターの力学的エネルギーに基づく炭素排出量の計算方法を提供する。【解決手段】制御モジュールにより高周波率で位置情報を読み取り、モーターが出力するトルクと回転角度により小角度から単位力学的エネルギーを計算し、累積演算された単位力学的エネルギーが累積力学的エネルギーになると、走行中のすべての累積力学的エネルギーと相互に対応する位置情報がクラウドにアップロードされ、前記走行の炭素排出量に変換される。高周波測定と累積演算方式により、移動車両の走行中に出力される力学的エネルギーの正確性が大幅に向上し、各走行の炭素排出量は誤って推定されない。【選択図】図3