A PAYMENT SYSTEM FOR VEHICLE-TO-VEHICLE CHARGING OPERATIONS.

Abstract

This invention relates to a system (1) that measures the amount of energy transferred during the energy transfer -charging- operations between two electric vehicles (V2V - Vehicle to Vehicle) and automatically transfers the amount of energy transferred from the digital wallet of the charged vehicle to the digital wallet of the other vehicle.

Description

1 TARIFF A PAYMENT SYSTEM FOR VEHICLE-TO-VEHICLE CHARGING OPERATIONS. Technical Area This invention enables vehicle-to-vehicle (V2V) transmission between two electric vehicles. by measuring the amount of energy transferred in energy transfer -charging- processes The amount of energy transferred automatically charges the vehicle digitally. with a system that enables transfers from one wallet to the digital wallet of another device It is related. 10 Previous Technique In current technology, the charging cost is calculated automatically during V2V charging processes. and there is no system in place to transfer this information. This situation affects 15 electric vehicle users. By establishing a relationship of trust with the owner of the vehicle being charged with each charging cycle, the charging cost... This leads to cumbersome processes such as calculations and obtaining payment information. is happening. Therefore, considering the studies and shortcomings in the current technology, 20 When present, energy transfer -charging- takes place between two electric vehicles. The amount of energy transferred in the processes is measured. the payment amount is automatically charged from the vehicle's digital wallet to the other vehicle's a system was needed that would allow the funds to be transferred to a digital wallet It is understood. 25 International patent number WO2011014773A2, which is included in the prior art. The document describes managing vehicle-to-vehicle charging systems and making payments without requiring approval. We are talking about a system structured to enable this to happen. a system for charging a battery in at least a partially electric vehicle 30 This system is presented. It connects electrically to the vehicle in question and requires at least... 2 a battery configured to charge a predetermined amount It includes the charger. The system also has a mechanism to determine the location of the charger. It includes a structured network. Brief Description of the Invention 5 The purpose of this invention is to facilitate energy transfer - charging - between two electric vehicles. The amount of energy transferred in the processes is measured. the payment amount is automatically charged from the vehicle's digital wallet to the other vehicle's The goal is to create a system that allows the funds to be transferred to a digital wallet. 10 Detailed Description of the Invention The purpose of this invention is to achieve "Vehicle-to-Vehicle Charging Operations". A Payment System for..." is shown in the attached figures, and these figures are; 15 Figure 1 shows a schematic view of the system that is the subject of the invention. The parts shown in the figures are individually numbered, and these numbers... The corresponding answers are given below. 20 1. System 2. Battery control unit 3. Communication unit 4. Vehicle computer 25 Energy transfer - charging - between electric vehicles The amount of energy transferred is measured and the payment amount is calculated automatically. the calculation and the corresponding amount from the charged vehicle's digital wallet to the other vehicle's a system that enables transfer to a digital wallet (1); 30 3 - located inside the vehicle, managing vehicle charging processes and vehicles It is triggered when a pairing occurs between the two and the charging process begins. the amount of energy transferred in the vehicle transmitting energy, and the amount of energy received in the vehicle being charged. at least one battery controller configured to calculate the amount of energy required unit (2), 5 - located inside the vehicle and connecting the vehicle to the internet, enabling vehicle-to-vehicle communication. To ensure matching between vehicles for the charging process and to digitally select the vehicle. at least one communication unit configured to access your wallet (3), - located inside the vehicle, it processes and analyzes data, and a processor running at least one software program that produces meaningful output and 10 vehicles that have an input unit in the form of a touchscreen When the charging process is complete, energy transfer from the battery control unit (2) By obtaining the amount information, we calculate the payment amount and the calculated payment the amount is transferred via the communication unit (3) to the digital vehicle The transfer is made automatically from the wallet to the digital wallet of the vehicle. at least one vehicle computer configured to enable the transfer (4) It includes. The vehicle computer (4) in the system that is the subject of the invention (1) is the OBC (On By plugging a charging cable into the Board Charge input port, users can charge their 20 devices. They can select a vehicle for charge transfer and start the charging process via the screen. They are configured to enable them to start. The vehicle computer (4) charging to transmit the information that the process has started to the battery control unit (2) and the charging process at the end the information about the amount of energy transferred from the battery control unit (2) (kWh) It is configured to receive. The vehicle computer (4) displays information about the amount of energy received. Accordingly, using the current energy unit price information, to the energy transfer vehicle to calculate the amount to be paid and automatically via the communication unit (3) It is configured to transfer funds to a digital wallet. Industrial application of the invention 30 4 The invention system (1) connects two electric vehicles (V2V – Vehicle to Vehicle) the amount of energy transferred in the energy transfer -charging- processes performed The amount of energy transferred is measured and the payment amount is automatically charged to the vehicle. The funds are transferred from one digital wallet to the other device's digital wallet. Based on these fundamental concepts, the invention is titled "A Device for Vehicle-to-Vehicle Charging Operations". It is possible to develop a wide variety of applications related to the Payment System (1), The invention cannot be limited to the examples described here, but mainly to the claims. as stated.

Claims

REQUESTS 1. Energy transfer -charging- processes carried out between electric vehicles. The amount of energy transferred is measured and the payment amount is calculated automatically. the calculation and the relevant amount from the charged vehicle's digital wallet to the other 5 enabling the transfer to the vehicle's digital wallet; - located inside the vehicle, it manages the vehicle charging process and when pairing occurs between the devices and the charging process begins the amount of energy transferred in a triggered vehicle, in a vehicle being charged at least one battery configured to calculate the amount of energy received. 10 control unit (2), - located inside the vehicle and connecting the vehicle to the internet, allowing control of the vehicle. To enable vehicle matching for vehicle charging and the vehicle's digital at least one communication unit configured to access your wallet (3), - located inside the vehicle, it processes and analyzes data. 15 a processor that runs at least one software program that performs a task and produces meaningful output, and vehicles that have an input unit in the form of a touchscreen When the charging process is complete, energy transfer from the battery control unit (2) By obtaining the amount information, we calculate the payment amount and the calculated payment the amount is transferred via the communication unit (3) to the digital 20 of the vehicle transferring the funds automatically from your wallet to the vehicle's digital wallet. with at least one vehicle computer (4) configured to enable the transfer a characterized system (1).

2. By plugging the charging cable into the OBC input port in the vehicle, users can charge 25 They can select a vehicle for charging transfer via the screen they have. and the vehicle is configured to enable them to initiate the charging process. A system like the one in Claim 1, characterized by its computer (4) (1).

3. To transmit the information that the charging process has started to the battery control unit (2) and the charging 30 The amount of energy transferred from the battery control unit (2) at the end of the process 6 characterized by the vehicle computer (4) configured to receive information A system like the one in claim 1 or 2 (1).

4. Current energy unit price based on the amount of energy received. Using this information, calculate the amount to be paid to the energy-transmitting vehicle and 5 transfer to the digital wallet automatically via the communication unit (3) The above is characterized by the vehicle computer (4) which is configured in accordance with the above. a system like any of the requests (1).