Energy Feedback + Fully Automatic | EVA1000 Batch Aging Load Bank for GB/EU/US Standard AC Charging Piles
Date:
14 May,2026
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Against the backdrop of large-scale production of charging piles, batch aging testing serves as a core process to guarantee factory product quality and reduce after-sales failure rates. Traditional aging equipment for charging piles features high energy consumption, cumbersome operation and poor compatibility, failing to meet the testing demands of multi-specification products at home and abroad. This has become a pain point restricting cost reduction and efficiency improvement for numerous charging pile manufacturers.
To address industry challenges, Ningbo Zhimao Load Bank Manufacturer grandly launches the EVA1000 Batch Aging Load Bank for GB/EU/US Standard AC Charging Piles. Boasting two core advantages—energy feedback technology and fully automatic intelligent operation—it provides a one-stop solution to industry problems including batch aging, precision testing and energy waste, and is compatible with mass production testing of all-specification AC charging piles worldwide.
Energy saving and consumption reduction stand as the core highlight of the EVA1000, completely overcoming the drawbacks of high energy consumption and excessive heat generation of traditional aging equipment. Traditional resistive aging equipment converts all electric energy into heat energy for loss during operation, resulting in extremely high energy costs. It also requires supporting heat dissipation equipment, further increasing workshop operating expenses.
Equipped with advanced power feedback technology, the EVA1000 efficiently feeds surplus electric energy generated during aging testing back to the power grid, greatly improving power utilization efficiency. Long-term operation helps enterprises save over 30% on electricity bills, while reducing equipment heat loss and extending service life. It is perfectly suitable for 24-hour non-stop mass production and aging operations in factories.
In terms of intelligent operation, the equipment realizes fully automatic full-process operation, drastically cutting labor costs and operational errors. Fitted with an intelligent control system, it supports batch parameter presetting, automatic start-stop, cyclic aging, automatic data recording and more. Operators only need to set test standards in advance, and the equipment can automatically complete synchronous aging tests for multiple charging piles.
No on-site manual attendance is required throughout the process. The system automatically monitors equipment operating status and charging pile test data, triggers real-time alarms for abnormalities, and automatically saves fault records. It thoroughly solves problems such as cumbersome manual operation, inaccurate data recording, and missed or incorrect tests, effectively boosting the efficiency and accuracy of batch aging testing.
In terms of compatibility, the EVA1000 achieves full compatibility with Chinese, European and American standards with excellent versatility. It precisely matches the voltage, current and communication protocol standards of mainstream domestic and foreign AC charging piles, enabling batch aging testing of multiple charging piles of different specifications simultaneously. No equipment replacement or secondary commissioning is needed, perfectly meeting the demand for co-line production and testing of domestic and export products. A single unit covers aging scenarios for all categories of AC charging piles, substantially reducing enterprise equipment procurement costs.
As a professional original manufacturer of load bank equipment, Ningbo Zhimao has long been deeply engaged in the field of power testing equipment with a mature system covering R&D, production and after-sales service. Undergoing stringent working condition tests, the EVA1000 delivers stable performance and strong anti-interference capability, adapting to high-volume and high-load mass production scenarios in factories.
It acts as a core supporting mass production device for charging pile manufacturers to optimize testing processes, lower production costs and improve product quality, empowering the new energy charging pile industry to achieve efficient, green and standardized production.
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