New energy connectors, as a core component in the new energy sector, exhibit exceptional performance and diverse characteristics, meeting the requirements of high-voltage and high-current transmission while ensuring high reliability and safety. They utilize highly conductive materials and optimized heat dissipation structures to support high-power transmission and effectively manage temperature rise, ensuring long-term stable operation of equipment. In terms of design, new energy connectors feature quick installation and removal, modular interfaces, multi-specification adaptability, and lightweight characteristics, facilitating flexible application and maintenance across different devices. Their high sealing performance and waterproof and dustproof designs (e.g., IP67, IP68 protection levels), combined with shock resistance, vibration resistance, and the use of corrosion-resistant and chemically-resistant materials, enable them to perform well in harsh environments. Meanwhile, the integration of intelligent functions, such as embedded sensors for monitoring voltage, current, and temperature, enables real-time monitoring and data transmission of equipment operations. Additionally, new energy connectors strictly adhere to international standards, ensuring compatibility and reliability on a global scale. These comprehensive advantages not only enhance the overall performance of new energy equipment but also drive the intelligent and sustainable development of the green energy industry.