Blog
- All
- Autonomous Vehicles
- Basic Introduction
- Battery Tech
- Buying Guide
- BYD
- Cadillac
- Charging
- China
- Elon Musk
- Ford
- HOA
- Hyundai
- ICCU
- Industry Outlook
- Kia
- Mazda
- Model Comparisons
- Monthly EV Lease Deals
- Monthly EV Recommendation
- NEMA Plug
- Policies & Incentives
- Range
- Renault
- Repair & Maintenance
- RIVIAN
- Road Trip
- Sales
- Solar
- Tesla
- User Guide
- Volkswagen
- Volvo
- Xiaomi
How Much Does It Cost to Lease a Tesla Model Y in July 2025?
Best Electric Vehicles of July 2025: Range, Leasing and Incentives
Assessing the EV's Battery Capacity and Charging Speed Requirements
How Far Does a IONIQ 5 Go on a Full Charge?
The Hyundai IONIQ 5 offers an EPA-estimated range of 220 to 303 miles, depending on the model and drivetrain. Real-world range is affected by speed, terrain, climate, and load. It supports ultra-fast charging (10%–80% in 18 minutes) and includes smart features via the Bluelink app. With minimal maintenance needs and an 8-year battery warranty, the IONIQ 5 stands as a reliable and efficient EV for long-distance and daily use.
Understanding Public DC Fast Charging (Level 3): What You Need to Know
How Smart Charging and Proactive Maintenance Can Extend EV Battery Life
How Much Does It Cost to Replace a Tesla Battery in 2025?
What Is a Vehicle Charging Control Unit (VCCU)?
The Vehicle Charging Control Unit (VCCU) is the core controller in EV charging systems, regulating power flow, managing communication with the charger and battery management system (BMS), and ensuring charging safety. It supports AC/DC switching, real-time battery monitoring, and smart charging protocols like ISO 15118. As EVs evolve, the VCCU enables features such as V2G, remote diagnostics, and AI-driven charging. It’s a key enabler of safe, efficient, and intelligent EV charging in modern electric vehicles.
What Is an Onboard Charger (OBC) in an EV? Understanding How Your Car Charges
The Onboard Charger (OBC) is a crucial EV component that converts AC power from home or public chargers into DC power to safely charge the battery. OBC power ratings typically range from 3.3 kW to 22 kW, determining AC charging speed. Unlike DC fast charging, which bypasses the OBC, onboard chargers ensure stable, efficient, and safe charging. Advanced OBCs also enable bi-directional energy flow for Vehicle-to-Grid (V2G) applications. Understanding OBC function helps EV owners optimize charging strategies and select compatible accessories.













