DESIGN AND IMPLEMENTATION OF CURRENT, VOLTAGE, AND TEMPERATURE READINGS ON BUCK CONVERTER IN OMKA BATTERY PORTABLE CHARGING SYSTEMS

• Main Author: Ihza Pamungkas, Danu
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/67615
• Institution: Institut Teknologi Bandung

The transformation from fuel-based vehicles to electric vehicles must continue to reduce carbon emissions. Therefore, electric vehicles will become the main mode of transportation in the near future. The transformation process is also driven by various elements within the government such as the ministry of industry. The Ministry oflndustry will focus on accelerating the development of electric vehicles because Indonesia has various raw materials for making electric vehicles such as nickel, cobalt, and manganese which are quite abundant. The availability of these raw materials can be the backbone in efforts to develop electric vehicles. Other parties in the development of electric vehicles are companies engaged in the consumer sector, such as PT Oyika Powered Solution. PT. Oyika Powered Solution has an electric motorbike loan business in the Greater Jakarta area. The battery charging system used by PT. Oyika Powered Solution, namely by making SPBKLU. Men the battery power of the Oyika customer’s electric motor is almost exhausted, the Oyika customer will exchange his electric motor battery to the SPBKLU to get a fully charged battery. However, not all customers are located close to the SPBKLU. Some customers who have difficulty in accessing SPBKLU must find other solutions to problems without harming either party. So that a portable battery charging system was created for customers who have problems accessing SPBKLU. This portable battery charging system is expected to solve problems for customers who have difficulty accessing SPBKLU. In the future, this product is also expected to be developed for other electric motorcycle service providers in Indonesia