JONHON丨2026印度电子元器件展览会圆满落幕(Electronica India)


The Electronica India 2026 concluded successfully at the Bangalore International Exhibition Centre on September 18. Bringing together over 750 exhibitors from more than 30 countries worldwide, the event covered sectors including semiconductors, connectors, power supplies, new energy and industrial electronics. It showcased innovative achievements across the electronics manufacturing industry, enabling industry participants to seize development opportunities in the South Asian market.
中航光电携新能源汽车、电动两轮车、光伏储能、数据中心、5G通信等领域的互连解决方案亮相展会,针对印度出行电动化、通信网络与算力基础设施建设的市场需求,为南亚地区客户提供高可靠性互连产品及一体化配套方案。
JONHON showcased its interconnect solutions for electric vehicles, electric two‑wheelers, photovoltaic energy storage, data centers and 5G communications at the exhibition. Catering to India’s market demands for transportation electrification, communication networks and computing infrastructure development, JONHON delivered highly reliable interconnect products and integrated supporting solutions for customers across South Asia.
展会现场
During the exhibition, JONHON's booth drew huge crowds with a steady stream of visiting business guests. Targeting local clients in India from electric vehicles, computing infrastructure and other sectors, team members demonstrated comprehensive interconnect solutions tailored to local industrial conditions through physical exhibits and technical briefings, fostering vibrant on‑site exchanges.
让我们一起来回顾现场的精彩瞬间吧
Let's review the moments on site!

JONHON










1.新能源汽车领域
中航光电新一代车载高压连接器、充电插座、Busbar、多合一充电枪等全套方案,具备‑40℃~125℃宽温域稳定运行能力,可抵御10kV共模浪涌,共模工频耐压1500Vac,兼容多模式充电并支持V2L/V2V对外放电,适应印度复杂气候与电网波动。
For electric vehicles, JONHON displayed solutions including new‑gen high voltage connectors, charging inlets, busbars and multi‑in‑one charging boxes. Capable of stable operation within a wide temperature range of ‑40℃ to 125℃, these products withstand 10 kV common‑mode surge and feature 1500 Vac common‑mode power frequency withstand voltage. Supporting multi‑mode charging as well as V2L/V2V external power supply, they adapt to India’s complex climate and grid fluctuations.
2.电动两轮车领域
中航光电多样化连接方案采用复合锁紧结构实现抗震防松脱,电流覆盖 15A‑125A,实现电源与多路信号集成传输,可适应沙尘、颠簸的户外工况,保障动力传输安全可靠。
For electric two‑wheelers, JONHON delivered diversified connection solutions adopting composite locking structures for vibration resistance and anti‑loosening. Covering currents from 15 A to 125 A, these products integrate power and multi‑channel signal transmission. Suited for dusty, bumpy outdoor conditions, they ensure safe and reliable power transfer.
3.光伏储能领域
中航光电拥有多款适配行业工况的光伏、储能系列产品。单芯大电流产品支持1500V以上高压,电流覆盖100‑500A;光伏单芯直流连接器专为户外板对板/线对线场景设计,通过严苛雷击测试及IP68级防水认证,满足逆变器及户外安装使用要求。产品覆盖电池模组连接、控制器布线到逆变器内部配线的储能光伏全链路互连,为可再生能源项目落地提供支撑。
In photovoltaic and energy storage sectors, JONHON provided a wide range of PV and energy‑storage products tailored for industry operating conditions. Single‑core high‑current products support voltages above 1500 V with currents ranging from 100 A to 500 A. The PV single‑core DC connectors are designed for outdoor board‑to‑board and wire‑to‑wire applications. They have passed stringent lightning surge tests and IP68 waterproof certification, meeting requirements for inverters and outdoor installation. Covering full‑link interconnection from battery module connections and controller wiring to internal inverter cabling, these products support the deployment of renewable energy projects.
4.5G通信与数据中心领域
面向印度5G基站持续建设、数据中心市场快速扩张的市场环境,中航光电提供覆盖光、电、信号传输的全场景互连方案。多锁止结构室外基站连接器可适配恶劣户外环境;数据中心光缆、MPO 连接器支持400G/800G高速传输,可满足高密度、低时延算力组网的使用需求。
In the fields of 5G communications and data centers, against the backdrop of ongoing 5G base station deployment and rapid expansion of the data center market in India, JONHON delivered full‑scenario interconnection solutions covering optical, electrical and signal transmission. Multi‑locking outdoor base‑station connectors are tailored for harsh outdoor environments. Optical cables and MPO connectors for data centers support 400G/800G high‑speed transmission to meet the demands of high‑density, low‑latency computing networking.

感谢各位朋友的热情支持!


投稿 | 魏亚伟 许静 责编 | 李彤
审核 | 蒋超
监制 | 张义刚

