YLITES Level 1 & 2 Portable EV Charger

YLITES Level 1 & Level 2 Portable EV Charger delivers dependable everyday performance by balancing charging speed with electrical safety

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The YLITES Level 1 & Level 2 Portable EV Charger (2026 Upgraded Version) offers a practical and flexible power solution designed for drivers who require a reliable backup charging cable for home use or travel.

Operating as a true dual-voltage system, this portable equipment runs seamlessly on standard 110V/120V household outlets or steps up to 240V circuits for faster overnight charging.

It represents an excellent choice for plug-in hybrid (PHEV) motorists or battery electric vehicle (BEV) owners who want an affordable alternative to permanent, expensive wall installations.

Specifications

  • ASIN: B0GGGQ4ZP6

  • Voltage: AC 110V – 240V (Dual Level)

  • Amperage: 8A to 16A maximum (Adjustable current regulation)

  • Maximum power: 3.68 kW

  • Plug type: NEMA 6-20P with included NEMA 5-15 adapter

  • Connector type: Universal SAE J1772

  • Cable length: 21 ft

  • Display type: TFT colour display with LED status indicator

  • Waterproof rating: IP66 certified

  • Safety features: Temperature tracking, over-voltage, over-current, and ground fault protection

  • Weight: 5.5 lbs (2.49 kg)

Performance

The YLITES Level 1 & Level 2 Portable EV Charger delivers dependable everyday performance by balancing charging speed with electrical safety. 

On a standard 120V household outlet, it functions as a Level 1 charger, supplying around 3–5 miles of range per hour for convenient top-ups.

The adjustable 8A, 10A, 13A, and 16A current settings allow users to optimise charging performance for different circuits, while the built-in temperature monitoring system helps maintain stable and reliable operation during extended charging sessions.

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Reasons to buy

  • Flexible dual-voltage operation: Seamlessly switches between ordinary 110V domestic wallsockets and 240V circuits using the interchangeable plug configuration.

  • Cost-effective delay start: Features an onboard timer that allows you to delay charging sessions to take full advantage of cheaper off-peak electricity rates.

  • Intelligent thermal management: The internal safety system tracks connection temperatures and automatically lowers current to eliminate overheating risks.

  • Clear real-time diagnostics: The built-in TFT colour display makes it simple to monitor live voltage, active current draw, and total energy delivery at a glance.

Reasons to avoid

  • Capped charging speeds for large batteries: Limited to a maximum output of 16 Amps, meaning full battery replenishment for heavy-capacity all-electric vehicles takes significantly longer than high-power 40A options.

  • Tesla models require a separate accessory: Built with a standard North American J1772 connector head, meaning Tesla owners must rely on an additional adapter to attach it successfully.

  • Shorter cable than industry baseline: The 21-foot cable length is highly portable but might prove restrictive if your household outlet is positioned far from your vehicle's charging port.

Zainab Talha
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Zainab Talha is a technology journalist with a strong focus on electric vehicles (EVs), EV charging infrastructure, sustainable mobility, and the rapidly evolving transportation technology sector. She specialises in covering the innovations, policies, and industry developments shaping the future of mobility, delivering accurate, insightful, and reader-friendly reporting that makes complex technological advancements accessible to a broad audience.

Her work spans every aspect of the EV ecosystem, including advancements in charging networks, battery technologies, renewable energy integration, smart mobility solutions, and government initiatives supporting the global transition towards cleaner transportation. She closely follows developments from leading automotive manufacturers, charging infrastructure providers, energy companies, and technology firms, providing readers with timely analysis of the trends transforming how people travel and power their vehicles.

In addition to electric mobility, Zainab extensively covers the broader technology landscape, reporting on emerging innovations, consumer technology, artificial intelligence, clean energy solutions, connected devices, and digital transformation across industries. Her reporting combines technical accuracy with clear storytelling, enabling readers to stay informed about the technologies influencing everyday life and the future of transportation.

Zainab also has expertise in smart home technology and home security, with particular interest in deadbolts, smart locks, access control systems, and connected security solutions. She regularly explores advancements in residential and commercial security technologies, reviewing new products, explaining security best practices, and analysing how innovations such as biometric authentication, remote access, IoT connectivity, and AI-powered security are reshaping modern home protection.

Known for her research-driven approach, Zainab follows industry announcements, product launches, regulatory updates, and market trends to provide balanced, fact-based journalism. She strives to bridge the gap between technical innovation and everyday users by translating complex subjects into engaging, easy-to-understand stories without compromising accuracy.

Zainab Talha is a technology journalist with a strong focus on electric vehicles (EVs), EV charging infrastructure, sustainable mobility, and the rapidly evolving transportation technology sector. She specialises in covering the innovations, policies, and industry developments shaping the future of mobility, delivering accurate, insightful, and reader-friendly reporting that makes complex technological advancements accessible to a broad audience.
Her work spans every aspect of the EV ecosystem, including advancements in charging networks, battery technologies, renewable energy integration, smart mobility solutions, and government initiatives supporting the global transition towards cleaner transportation. She closely follows developments from leading automotive manufacturers, charging infrastructure providers, energy companies, and technology firms, providing readers with timely analysis of the trends transforming how people travel and power their vehicles.
In addition to electric mobility, Zainab extensively covers the broader technology landscape, reporting on emerging innovations, consumer technology, artificial intelligence, clean energy solutions, connected devices, and digital transformation across industries. Her reporting combines technical accuracy with clear storytelling, enabling readers to stay informed about the technologies influencing everyday life and the future of transportation.
Zainab also has expertise in smart home technology and home security, with particular interest in deadbolts, smart locks, access control systems, and connected security solutions. She regularly explores advancements in residential and commercial security technologies, reviewing new products, explaining security best practices, and analysing how innovations such as biometric authentication, remote access, IoT connectivity, and AI-powered security are reshaping modern home protection.
Known for her research-driven approach, Zainab follows industry announcements, product launches, regulatory updates, and market trends to provide balanced, fact-based journalism. She strives to bridge the gap between technical innovation and everyday users by translating complex subjects into engaging, easy-to-understand stories without compromising accuracy.
Whether reporting on next-generation EV charging stations, breakthroughs in battery technology, advancements in sustainable transport, or the latest developments in smart security and connected home devices, Zainab is committed to producing trustworthy journalism that helps readers navigate the fast-moving world of technology. Her work reflects a passion for innovation, sustainability, and practical technology that empowers consumers, industry professionals, and enthusiasts alike to make informed decisions in an increasingly connected world.