6kg-Class Portable Load Bank | One-Click On-Site Detection for AC Charging Piles
With the popularization of new energy vehicles, the construction pace of AC charging pile infrastructure continues to accelerate, leading to a sharp increase in the workload of daily acceptance, operation & maintenance inspection, and troubleshooting. Traditional charging pile testing equipment features bulky size, heavy weight and complicated wiring. It relies on fixed sites and professional operators, making it difficult to meet the mobile on-site testing demands of outdoor stations, community charging yards, highway service areas and other scenarios.
Zhimao Electronics has launched the EVA1000P Portable AC Charging Pile Tester for this demand. With its 6kg lightweight body, integrated load design and one-click intelligent detection function, it stands as a preferred device for on-site testing in the charging pile industry.
The biggest highlight of the EVA1000P is its ultra-portable 6kg-class body design. The compact integrated structure comes with a built-in handle for easy carrying by a single person. It can be directly placed in the vehicle trunk, perfectly suitable for roaming detection across multiple stations.
Compared with traditional large load banks that are laborious to carry and time-consuming to deploy, this device requires no installation or fixation and complicated wiring. It can be powered on and put into testing immediately upon arrival at the site, greatly saving labor and time costs. It is especially ideal for field inspections by operation and maintenance engineers and door-to-door acceptance by third-party testing institutions.
The device is built with an integrated programmable AC load, requiring no external load unit and forming a complete independent testing system. It supports adaptive testing for mainstream single-phase and three-phase AC charging piles, and is compatible with conventional 250V/32A models on the market. It can accurately simulate actual charging working conditions and realize multi-level load simulation including light load and full load. Core data such as voltage, current, power and communication protocol are collected in real time with high parameter measurement accuracy and stable, reliable test results. Equipped with a high-definition touch screen, it features a concise and intuitive interface and humanized operation logic, enabling quick operation even for users with zero professional foundation.
In terms of operation experience, the EVA1000P adopts one-click fully automatic detection. It is embedded with national standard testing procedures in compliance with relevant national specifications for charging piles. One-click startup enables automatic completion of full-item tests including communication detection, insulation detection, loop performance test and fault simulation. No repeated manual parameter setting is required throughout the process. Test data is automatically generated and stored, with support for data viewing and export, meeting the compliance filing requirements for factory debugging, installation acceptance, regular annual inspection and fault location.
Meanwhile, the device is equipped with a comprehensive safety protection mechanism, featuring multiple protections against overvoltage, overcurrent, overheating and short circuit. It ensures safe and stable testing and effectively avoids on-site operation risks. Durable and rugged, the unit adapts to complex outdoor working conditions, balancing portability, precision and safety in one device.
The charging pile industry has now entered an era of refined operation and maintenance, where efficient, lightweight and intelligent testing equipment has become a rigid demand. Leveraging its 6kg lightweight portability, integrated load configuration and one-click simple operation, Zhimao Electronics EVA1000P solves the industry pain points of traditional testing equipment such as bulkiness, low efficiency and poor mobility. It is widely applicable to charging pile manufacturers, operation service providers, power engineering enterprises and third-party testing institutions, providing efficient and reliable testing support for the safe operation, maintenance and standardized acceptance of new energy charging infrastructure.
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