As new?energy vehicles enter millions of households, charging piles are growing increasingly vital as "energy refueling stations". The charging module, which accounts for over half of the total equipment cost, directly determines charging experience and safety through its performance and reliability. Surging market demand and continuous technological upgrades have made testing requirements for charging modules more complex and stringent.

Leveraging industry?leading expertise in power electronic circuit design, Jingce Electronic independently developed the new?generation JN807 Series Programmable DC Electronic Load. Boasting robust performance including high?precision measurement, high power density and modular design, it serves as an ideal testing partner for the R&D and production of charging modules. It provides customers with safe, efficient and accurate testing solutions for new?energy charging pile modules, helping them cut costs, boost efficiency and improve yield rates.

Through high?speed closed?loop circuits and ARM+FPGA software algorithms, the JN807 Series realizes power control and precise measurement monitoring. It accurately supports basic modes including Constant Current (CC), Constant Resistance (CR), Constant Voltage (CV) and Constant Power (CP), as well as extended functions such as dynamic load variation and short?circuit simulation, fully complying with standard testing items.

Charging pile modules are growing more powerful, while testing equipment must remain space?efficient.

The JN807 Series features an 8?kW/4U high power density design, stably delivering 8?kW output within a standard 4U rack space. It fits seamlessly into compact laboratory workbenches and dense production?line testing areas, saving space while creating a neater and more efficient testing environment.

To address industry pain points of difficult and time?consuming equipment maintenance, the JN807 Series adopts an innovative rail?mount design for power modules, enabling quick module replacement or maintenance without complex tools. Future upgrades do not require whole?unit replacement; higher?spec testing demands can be met via module iteration. This minimizes downtime, improves testing efficiency, reduces long?term operating costs and cuts corporate investment.

With larger?capacity batteries and faster charging rates for new?energy vehicles, charging module power is evolving from 30?kW to 60?kW and 80?kW, making expandability a key requirement for testing equipment.

Highly adaptable, the JN807 Series supports master?slave control and rapid parallel connection via external cascade terminals for multi?load parallel testing, reaching a maximum power of 500?kW. It covers testing requirements for mainstream and future high?power modules with industry?leading power ratings. Flexible expandability greatly improves equipment utilization and application scope.

As a high?power DC electronic load integrating high precision, high performance and high power density, the JN807 Series plays a vital role in multiple industrial application scenarios with its comprehensive functions and excellent adaptability.

Jingce Electronic – Your Expert in Yield Management. With a fully self?developed integrated hardware?software core technology platform of Opto?Mechanical?Electrical?Computational?Software integration, we build an intelligent inspection ecosystem spanning precision measuring instruments, intelligent testing equipment and industrial solutions.

Our power test system product line covers electronic loads, bidirectional high?voltage DC sources, battery simulators and AC power supplies, enabling full?scenario testing from OBC production?line testing and aging testing to full?process BMS production?line testing. We deliver efficient and accurate system?level solutions for in?depth laboratory R&D and mass quality inspection on production lines.

Beyond inspection, we enable proactive yield management. Moving forward, Jingce Electronic will further focus on new?energy equipment manufacturing, process inspection and automated testing. Through technological innovation, we safeguard every energy conversion and drive the industry toward higher power, higher efficiency and greater safety.