Here’s a professional English translation of the Chinese title: **”Addressing High-Power and High-Voltage Trends, TE Connectivity Unveils Renewed Solar Solutions at SNEC 2026 International Photovoltaic and Smart Energy (Shanghai) Exhibition”**

ShanghaiJune 3, 2026 /PRNewswire/ — On June 3, 2026, the 19th (2026) International Solar Photovoltaic and Smart Energy (Shanghai) Conference & Exhibition (SNEC) opened today at the Shanghai National Exhibition and Convention Center. TE Connectivity (hereinafter referred to as “TE”) Energy Business Unit showcased its end-to-end connection solutions covering the photovoltaic power generation side to the step-up transmission side at this exhibition, strategically laying out high-power, high-voltage applications and other fields, and released several upgraded SOLARLOK photovoltaic connector products. (TE Booth: Hall 6.1H, A106, A107)

Against the backdrop of accelerating the construction of new power systems and the photovoltaic industry’s move toward high-quality development, system efficiency and long-term reliability are becoming industry focal points. By continuously optimizing connection technology and product design, TE balances electrical performance and environmental adaptability at key nodes, helping to improve overall power station efficiency and lifecycle reliability, while also contributing to reduced operation and maintenance costs and enhanced long-term operational resilience.

Lu Xia, Senior Director and General Manager of TE Energy Business Unit Asia Pacific, stated: “Under the guidance of China’s new energy strategy, photovoltaics are transitioning from a ‘scale-driven’ phase to one that equally emphasizes efficiency and reliability. As system voltage and power levels continue to rise, the importance of connection solutions becomes increasingly prominent. TE will leverage continuous innovation in connection technology to support photovoltaic systems in achieving more efficient and stable operation, contributing to the industry’s long-term sustainable development.”

Focusing on High Power and Multi-Scenario Applications, Upgrading Key Connection Capabilities

As photovoltaic systems advance toward high-power modules and high-current applications, TE continues to innovate, showcasing a high-performance SOLARLOK connector product portfolio covering various application scenarios on site:

• SOLARLOK PVB Photovoltaic Connector – Designed for Energy Storage and High-Voltage Scenarios

Specifically designed for inverters and energy storage applications, it supports system voltages up to 2000 V and can meet high current demands. Its optimized appearance design facilitates visual circuit management, making it particularly suitable for distributed energy storage scenarios. Under harsh environmental conditions, the product delivers stable connection performance, helping to improve system power density and operational reliability. The product is certified to IEC 62852 and UL 6703, with an IP68 protection rating.

• SOLARLOK PVA Photovoltaic Connector – Enhancing Installation Efficiency and System Returns

Suitable for junction box and module-side connections, as well as harness and jumper applications, it is compatible with automated production and on-site rapid installation. The product is certified to IEC 62852, UL 6703, and 2PfG 2925, with a contact resistance as low as 0.25 mΩ, helping to reduce system power losses and, to some extent, improve power generation efficiency and system operational performance.

• SOLARLOK PV5 Photovoltaic Connector – Large Wire Diameter Design for Stable and Efficient Operation

Supports direct plug-in connection of 16 mm² large-diameter cables, reducing the need for additional jumpers under applicable conditions, thereby simplifying the installation process. The product has passed relevant IEC and UL standard certifications (including a 55°C ambient temperature rise test), with high-power adaptability reserved in the design phase. This ensures both long-term stable operation of the power station and meets future system expansion and upgrade requirements.

Strengthening Lifecycle Design to Support Green and Safe Development

As the photovoltaic industry moves toward high-quality development, green design and lifecycle management have become important directions. Through innovative and modular design concepts, TE enables connectors to be quickly disassembled during the decommissioning phase of power stations, minimizing product damage as much as possible, thereby supporting reuse or material recycling and helping to reduce resource consumption and environmental impact.

At the same time, addressing safety risks from complex outdoor environments and long-term operation, TE has launched the SOLARLOK Safe Lock safety cover, providing effective protection for installers during critical stages from installation to energization, helping to enhance operational safety and contributing to the stability and reliability of system operation.

Jiang Hongtao, Business Development Manager of TE Energy Business Unit, stated: “TE continues to drive technological advancements in photovoltaic connection solutions. Through performance optimization and easy-to-install designs, we help customers improve efficiency and optimize cost structures, advancing the industry chain toward new energy development. We will always adhere to a customer-centric approach, working closely with partners, and through forward-looking technical solutions, create long-term value for the photovoltaic industry.”