The 2023 International Digital Energy Exhibition officially kicked off today at the Shenzhen Convention and Exhibition Center (Futian). With the theme of "Digital-Driven, Empowering the Future," the exhibition aims to promote the development of the digital energy industry and build a broad platform to facilitate the thriving growth of the global digital energy sector. The exhibition is guided by the National Energy Administration, the Shenzhen Municipal People's Government, and the China Electricity Council, and has attracted international digital energy companies such as Southern Power Grid, Huawei Digital Energy, BYD, Tencent, and Siemens Energy.

This year's 20th Party Congress report emphasized the need to "actively and prudently promote carbon peaking and carbon neutrality," "deepen the energy revolution," and "accelerate the planning and construction of a new energy system." In order to implement the spirit of the 20th Party Congress, digital energy has become one of the key concepts of the exhibition. Currently, guided by the dual-carbon policy, new energy, as a strategic emerging industry that supports national development and people's livelihoods, has encountered significant development opportunities. New energy sources such as wind power, hydropower, solar power, and energy storage will reshape the traditional energy structure. Among them, electricity, as an essential component of clean energy, will be a focal point of transformation. In the context of the "dual-carbon" goals and the construction of a new power system, the distribution network is presenting new characteristics, including distributed renewable energy, diverse flexible loads, and energy interconnection.

Gooxi has been invited to participate in the exhibition and has showcased its digital energy solutions and server products on-site. To assist new energy companies in addressing digitalization challenges, Gooxi has integrated mainstream computing platforms, enabling comprehensive coverage of general computing, AI computing, edge computing, and other industry scenarios. Through a range of hardware products that are environmentally friendly, secure, and efficient, Gooxi provides various solutions that effectively meet the requirements of the new energy industry in terms of product stability, security, and computing power. By deeply integrating with platform systems, Gooxi can reconstruct operation models and management methods, thus improving the efficiency of clean energy utilization.

Due to environmental constraints, large-scale new energy sites are often dispersed and widely distributed, posing significant challenges to production, operation, and safety management for companies. Utilizing GPU-based artificial intelligence, big data analytics, and visual algorithm recognition can enhance production management efficiency and minimize the risks caused by unsafe behaviors and conditions. GPU servers, adopting heterogeneous architecture and high-performance GPU graphic processing cards, provide essential computing power support for AI technologies. The showcased Gooxi Intel Whitley 4U10 GPU server at this exhibition boasts outstanding performance, flexible architecture, strong scalability, rich configurations, and high reliability. It supports two third-generation Intel Xeon Scalable processors and can accommodate ten high-performance GPU cards within a 4U space, offering a powerful X86 processing platform for AI training tasks, including NVIDIA A800, GeForce RTX30 series graphics cards, and the option for four rear-mounted NVMe SSDs to enhance data transmission and storage efficiency. It also supports high-speed networking, storage, and other IO expansions. This server can cover both high-power training scenarios with large models and high bandwidth demands, as well as high-parallel HPC scientific computing scenarios, and can be deployed in data centers for large-scale inference tasks. By leveraging technologies such as the Internet of Things, big data, and cloud computing, it supports efficient interconnection of energy resources and effectively addresses centralized monitoring and management of new energy sites, thereby providing security and efficiency for production.