Elektrisko transportlīdzekļu pieredzei ir daudz iemeslu “viltus akumulators” to diapazona otrajā pusē, ar nepietiekamu akumulatora ietilpību ir visievērojamākā. Elektriskā transportlīdzekļa akumulatora ietilpība nosaka tā braukšanas diapazonu. Ja akumulatora jauda ir nepietiekama, elektriskajam transportlīdzeklim braukšanas laikā var rasties enerģijas trūkums. Jautājums 1: Kāpēc […]

Lēns akumulatora uzlādes ātrums – elektriskie transportlīdzekļi (BEV) galvenokārt ir saistīts ar akumulatoru uzlādes īpašībām un uzlādes aprīkojuma ierobežojumiem. Ierobežojumi akumulatoru tehnoloģijā izraisa salīdzinoši lēnu uzlādes ātrumu. Baterijas ir galvenās sastāvdaļas enerģijas uzglabāšanai BEV, un lielākā daļa pašlaik izmantoto akumulatoru […]

Kā jauns transporta veids, elektriskie transportlīdzekļi ir ieguvuši arvien lielāku popularitāti cilvēku vidū. Lai arī, daži elektrisko transportlīdzekļu lietotāji lietošanas laikā saskaras ar kratīšanas problēmām, kas liek viņiem apšaubīt elektrisko transportlīdzekļu veiktspēju. Kas tieši izraisa elektrisko transportlīdzekļu kratīšanu? Jautājums 1: Kāpēc elektriskie transportlīdzekļi dreb? Elektriskā transportlīdzekļa kratīšanas iemesli var […]

Introduction New energy pure electric vehicles (EVS) have garnered significant attention due to their environmental benefits and technological advancements. Lai arī, their higher price compared to traditional internal combustion engine (ICE) vehicles has been a persistent concern for consumers. This document explores the reasons behind the higher costs of EVs and delves into the broader implications […]

A battery – elektriskais transportlīdzeklis, often simply referred to as a pure electric vehicle or EV (Elektriskais transportlīdzeklis), is a type of automobile that is solely powered by electricity. Atšķirībā no tradicionālās degvielas – motorizēti transportlīdzekļi, akumulators – electric vehicles do not rely on internal combustion engines to drive the vehicle. Tā vietā, the electrical energy stored […]

The slow delivery of electric vehicles can be attributed to multiple factors. Pirmkārt, compared to the refueling speed of traditional vehicles, the charging speed of electric vehicles is much slower. The number of charging stations and the power of charging equipment limit the charging speed, which leads to electric vehicles requiring more time for charging. […]

With the growing awareness of environmental protection, elektriskie transportlīdzekļi, as a means of clean – energy transportation, have received increasing attention and favor. Compared to traditional fuel – motorizēti transportlīdzekļi, the prices of electric vehicles are indeed more affordable. Tik, why are electric vehicles cheaper? Jautājums 1: Why Are the Costs of Electric Vehicles Lower? […]

Before delving into why electric vehicles experience brake failures, it’s essential to have a basic understanding of the braking systems in electric vehicles. The braking system of an electric vehicle differs from that of a traditional vehicle. Traditional vehicles employ a hydraulic braking system, while electric vehicles utilize an electric braking system. The electric braking […]

In contemporary society, elektriskie transportlīdzekļi, as environmentally friendly and energy-efficient means of transportation, are favored by more and more people. Lai arī, sometimes we may encounter a problem where electric vehicles suddenly experience a power cut during charging. Why does this happen? I will elaborate on this issue for you. Jautājums 1: Why Do Electric Vehicles […]