News Detail

TrendForce: By 2026, the number of EV charging stations will triple

21/09/2023

According to TrendForce, the number of EV charging stations globally is expected to triple from 2023 to 2026, resulting in 16 million charging points. By 2026, there will be an estimated 96 billion Electric Vehicles worldwide, leading to a 6:1 vehicle-to-charger ratio, decreased from the 10:1 ratio of 2021.

The construction of 17 million charging stations is Europe's goal by 2030, while America aims to have 500,000 stations by 2026 alongside an anticipated 15 million EVs, producing a vehicle-to-charger ratio of 32:1. Europe and China will reportedly have ratios of about 9:1 and 4:1, respectively, around the same period. EV owners worldwide face a challenge of varying charging standards. The US, European, and Japanese standards (CCS1, CCS2, and CHAdeMO) and the Chinese GB/T and Tesla's NACS are just a few of the prominent ones. Compared to other regions, Europe and China use a single domestic standard, which provides simplicity for their citizens.

TrendForce

Stichworte

Cross News

1. Lockheed Martin's Acquisition of Terran Orbital: A...

Lockheed Martin's Acquisition of Terran Orbital: A Strategic Move in Space Technology

2. Changes at TSMC: Chairman Dr. Mark Liu to Retire

Changes at TSMC: Chairman Dr. Mark Liu to Retire

3. DB HiTek obtains license for Weebit Nano's ReRAM t...

DB HiTek obtains license for Weebit Nano's ReRAM technology

4. Electronic Board Parts: A Comprehensive Guide

Electronic Board Parts: A Comprehensive Guide

5. 100 ohm Resistor

100 ohm Resistor

6. Discovering LR44 Battery Equivalents: A Comprehens...

Discovering LR44 Battery Equivalents: A Comprehensive Guide

7. Nvidia Introduces Innovation in Digital Twins at D...

Nvidia Introduces Innovation in Digital Twins at Developer Conference!

8. TSMC Delays Production Start at Arizona Fab to 2025

TSMC Delays Production Start at Arizona Fab to 2025

9. Weebit Nano Successfully Qualifies ReRAM Module fo...

Weebit Nano Successfully Qualifies ReRAM Module for Operation at 125 Degrees Celsius

10. Cambridge-Based QPT Develops Groundbreaking GaN Au...

Cambridge-Based QPT Develops Groundbreaking GaN Automotive Traction Inverter