Portable EV Charger | Type 1, Type 2, NACS | 3.5KW 7KW 9KW

Product Description

Versatile Solution for Diverse User Requirements

This portable ev charger is engineered to serve electric vehicle fleet operators, resellers, and service providers demanding adaptable and scalable charging solutions. As a trusted ev charger supplier, it offers compatibility with Type 1, Type 2, and NACS connectors, catering to various vehicle models under unified deployment strategies. Its design targets commercial users requiring robust yet mobile charging infrastructure, simplifying asset management and reducing operating costs through flexible power options from 3.5kW to 9kW. The product also enables easy integration into existing energy management systems, supporting customized workflows configured by portable ev charger manufacturer standards.

Advanced Technical Specifications and Safety Compliance

Designed with industrial-grade components, this portable electric car charger features an IP67-rated thermoplastic enclosure ensuring resistance against water and dust ingress, suitable for outdoor environments. It supports rated current options of 16A, 32A, and 40A, delivering configurable power levels tailored to grid capacities and vehicle demands. Built-in safety protections encompass RCD leakage, overcurrent, thermal monitoring, surge protection, and multi-certification compliance including CE, UKCA, RoHS, TUV, and SAA. The integrated 2.4-inch LCD screen with RGB indicators provides precise operational status, facilitating maintenance and remote monitoring via OEM software interfaces. Cable customization with TPE and TPU jackets enhances durability and user-specific configurations from this portable ev charger manufacturer.

Industry Integration and Operational Value

The portable electric vehicle charger is engineered to meet the charging needs of commercial fleets, rental agencies, and event management sectors requiring reliable mobile ev charger infrastructure. Its modular compatibility with BS/Schuko and CEE plugs accommodates diverse regional power standards, ensuring seamless deployment across international sites. The unit’s design allows fast setup and teardown for temporary charging stations at construction or outdoor event locations, enhancing operational efficiency while maintaining compliance with safety regulations. Furthermore, the availability of custom portable ev charger branding permits OEM partnerships to tailor product identity and functionality, expanding market reach and operational flexibility within evolving green mobility ecosystems.

Product Advantages

Structural Excellence Through Modular and Customizable Design

This portable ev charger exemplifies modular architecture by integrating multi-standard connectors and user-defined cable lengths (5m, 7m, 10m, or custom) to optimize adaptability for varying deployment scenarios. The robust IP67 thermoplastic housing enhances environmental resilience, mitigating downtime due to weather exposure. Its compact control box dimensions (225 x 90 x 60 mm) streamline system integration within constrained spaces. The product’s design also supports multiple plug standards such as BS/Schuko and CEE variants, facilitating regional compliance and simplifying logistics for the portable ev charger manufacturer and ev charger supplier. The capacity for OEM private labeling adds customizable aesthetic and branding advantages without compromising system performance.

Optimized Performance Delivering Reliability and Operational Efficiency

The device provides consistent charging performance across power outputs up to 9kW, supported by precise safety mechanisms including RCD leakage and thermal sensors that ensure safe operation under variable load conditions. User interfaces featuring the 2.4-inch LCD with multi-color indicators improve operational transparency and fault diagnosis. The use of UL and CE certified cable jackets (TPE for Type 1, TPU for Type 2) supports long-term durability and compliance with electrical standards. This portable electric car charger improves user workflow by minimizing maintenance interruptions and maximizing uptime, representing significant value for fleet operators and service providers relying on a mobile ev charger solution in diverse settings.

Use Scenarios

Home and Fleet EV Charging Infrastructure

In residential complexes and corporate campuses managing multiple electric vehicles, the portable electric vehicle charger serves as an essential asset for regulated and controlled charging processes. Its multi-standard compatibility enables users to service mixed fleets comprising different vehicle types. The IP67 rating ensures reliability even in outdoor parking facilities, while safety certifications guarantee adherence to utility grid regulations and local safety codes. The product’s programmable power settings enable load balancing to comply with power availability, integrating smoothly with building energy management systems. This positioning benefits providers sourcing from an ev charger supplier focused on commercial deployments requiring both operational rigor and flexibility.

Temporary and Event-Based Mobile Charging Deployment

Offering rapid deployment capabilities, this portable ev charger is effective at temporary sites including construction zones and outdoor events requiring on-demand electric vehicle charging facilities. Its compatibility with BS/Schuko and CEE external plugs supports adaptation to regional power infrastructures, facilitating compliance with local electrical codes and minimizing installation challenges. The weatherproof enclosure ensures stable operation throughout adverse conditions, while the integrated safety features mitigate risks associated with transient power connections. Integration with management platforms allows event organizers or site managers to monitor charger status and allocate units efficiently, enhancing operational effectiveness for mobile ev charger applications.

Product Testing
①	‌Water-proof testing	With waterproof seal design and meet IP55/IP65 standards. Can be used even in raining and snowing weather.
②	Vehicle run over testing	Test each charging cable for impedance resistance, high voltage, open / short.
③	Burn-in aging testing	High-voltage real usage testing for 6 hours for each charger.
④	ATE platform	Systematic testing for over / under voltage, Over / under current, CC/CP communication, RCD, leakage protect, grounding.
⑤	Temperature rise testing	Terminal temperature rise: <50K.
⑥	Comprehensive testing	Test each charging cable for impedance resistance, high voltage, open / short.
⑦	Automatic plug testing	Mechanical life: no load plug in / pull out >10000 times.
⑧	Tension testing	Coupled insertion force: >45N <80N.
⑨	Salt spray chamber	Mainly test the metal surface corrosion performance of connector.
⑩	Air-leakage detector	Test waterproof effect of the products.
⑪	Wire bending testing machine	The swing parts move left and right at an angle of 90°; cyclic bending to test the bending resistance of the jack and conductor of the cable.
⑫	Glow wire tester	Test the stability of electrical products, parts at high temperatures can not ignite or ignite other parts.
⑬	Constant temperature & humidity box	Simulated outdoor environment: high temperature, low temperature and humidity staggered cycletest to verify the service life of the product in different environments.
⑭	Tracking test Apparatus	Detect the failure of the insulating material itself or the insulating function caused by the conductive substances deposited on the surface.
⑮	Adhesion tester	Test adhesion power or detaching force of the PC plate on the product.
⑯	RCD tester	Test leakage respond speed and leakage respond value of leakage protection designed in the charger.
⑰	Swing box tester	To simulate in the process of product packaging and transportation whether the product is damaged, scratched, or the inner box is damaged during transportation.
⑱	Wire flexure testing machine	Use to test the bending resistance of wire.
⑲	Aging test	The specimen is subjected to 136°C for 168 hours. Heat aging resistance is assessed by the change in tensile strength before and after aging (≤30%).
⑳	Oil resistance aging test	The European standard wire is tested at 100±2°C for 168 hours, while the American standard wire is tested at 60±2°C for 168 hours, to inspect the specimen for any damage.
㉑	Digital measuring projector	Measuring wire jacket / insulation thickness and eccentricity.
㉒	Core wire withstand voltage test	A set high voltage is applied to rigorously test the insulation strength of the wire, ensuring that the product will not suffer breakdown or electric leakage during use.