Abstract
The electric vehicle industry is expected to increase from year to year. Electric vehicles used energy stored in battery packs. The battery requires a long energy charge when the energy in the battery runs out. The solution to this energy charging time is a battery swap system. The purpose of this study was to analyze the parameters of the quality requirements for the development of a national standard battery for electric vehicles. The sampling method was carried out by non-probability sampling with a purposive sampling method. Respondents consist of various types of stakeholders who are directly related to electric vehicles so that this approach is expected to be able to answer the needs of the standard parameters of electric vehicle swap batteries in Indonesia. Data were analyzed using descriptive analysis. Based on the research results obtained several parameters, namely the type of battery, battery size and dimensions, security system requirements, communication, protection against electric shock, equipment construction requirements, electromagnetic compatibility, and marking and instructions. It is expected that these parameters can be taken into consideration for inclusion in the Indonesian National Standard governing battery swap in electric vehicles.
Highlights
The electric vehicle industry is increasing from year to year
The research was conducted on respondents who are related to the development of swap batteries or electric vehicles that are developing swap batteries
As many as 50% of respondents are developers because this battery exchange system is being developed in Indonesia and requires a standard so that the exchanged batteries can be compatible with their electric vehicles
Summary
The electric vehicle industry is increasing from year to year. The share of the electric vehicle (EV)market is expected to grow from around 1% to around 30% in Europe and around 15% in the US in 2025, totaling 130 million by 2030 globally [1]. The electric vehicle industry is increasing from year to year. The share of the electric vehicle (EV). The increase in the electric vehicle industry is accompanied by the awareness that there has been an increase in emissions of gases that are harmful to the environment, as well as a reduction in natural resources in the world. Electric vehicles are one of the most effective ways to reduce petroleum consumption [2]. Compared to petroleum-fueled vehicles, electric vehicles have low engine noise levels and high energy efficiency [3]. Electric vehicles are a good form of transportation as a substitute for fueled vehicles because they do not produce emissions and are environmentally friendly. The development of electric vehicles will help reduce carbon emissions from the transportation sector but will support the development of electrical installations [4]
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