TGOOD Makes a Major Appearance at CWP2026, Connecting Green Power with Computing Power to Shape the Future of Energy

On October 14, the 2026 China Wind Power Conference & Exhibition (CWP2026) officially opened in Beijing. TGOOD made a high-profile appearance at the event, showcasing a range of core products and solutions, including its prefabricated computing center foundation featuring “Computing-Power Coordination · Direct Green Power Connection,” offshore wind turbine nacelle transformers, prefabricated offshore step-up substations, SF₆-free GIS, and renewable energy smart integrated kiosks. Focusing on key industry trends such as the upgrading of onshore and offshore wind power equipment, computing-power coordination, and direct green power connection, TGOOD presented its latest innovations in power equipment alongside integrated, system-level solutions designed to support the evolving energy landscape.

On the first day of the exhibition, TGOOD's booth attracted a steady stream of visitors and generated strong interest from industry professionals. Experts from around the world, industry-chain partners, and sector media visited the booth to engage in in-depth discussions on the technologies, products, and application solutions on display.

Among the highlights of TGOOD's exhibition, its “Computing‑Power Synergy · Direct Green Power Connection” solution for computing centers emerged as a major focal point, with particular attention drawn to AI PowerHouse™, the world's first high-voltage AC/DC prefabricated power supply station for computing centers. The solution vividly demonstrates the innovative application of direct green power connection in computing scenarios.

AI PowerHouse™ reconfigures the underlying power architecture of computing infrastructure. It is more than a power supply station—it is a new energy platform that deeply integrates the power grid, energy storage, green power, and AI. By enabling the efficient utilization of green power and computing-power coordination, AI PowerHouse™ provides a new technological pathway for precisely matching renewable electricity from sources such as wind power with AI computing loads.

With the offshore wind industry moving toward higher-capacity turbines and development in deeper and farther offshore waters, TGOOD’s exhibition portfolio covers critical stages of the offshore wind power value chain, including step-up transformation, switching, and integrated power station construction.

Among the featured products, the 66 kV liquid-immersed offshore wind turbine nacelle transformer is specifically designed for high-power turbines deployed in deep offshore environments. It offers key advantages including high-voltage, high-capacity performance, resistance to marine salt spray, enhanced fire protection, energy efficiency, and low-noise operation. By combining high reliability with significantly reduced construction and operation and maintenance (O&M) costs, it provides an ideal step-up solution for high-capacity offshore wind turbines.

The integrated prefabricated offshore step-up substation is built around the design philosophy of “factory prefabrication and completion, followed by offshore installation as a complete unit.” This approach substantially reduces offshore construction work, shortens the overall construction schedule, and lowers the total weight of the facility, driving the transformation of offshore step-up substations from “site-built projects” to “factory-manufactured products.”

The 72.5 kV SF₆-free GIS adopts vacuum interruption technology and zero‑GWP insulating medium to achieve a compact, integrated design and reliable current interruption. Combining environmental sustainability with adaptability to demanding operating conditions, it delivers outstanding operational safety. The equipment is ideally suited to 72.5 kV power network applications across offshore and onshore wind power, solar PV, and energy storage projects, providing a greener switchgear solution for renewable energy power systems.

The 66 kV renewable energy smart integrated kiosk features a fully insulated, fully sealed structural design and an intelligent environmental control system, enabling precision cooling and high energy efficiency. By enhancing equipment operational reliability while effectively reducing lifecycle operation and maintenance (O&M) costs, it provides a comprehensive solution for offshore solar PV, offshore wind power, and large-scale onshore wind and solar power projects.

TGOOD's showcase not only highlights its portfolio of products designed for wind power development, green power supply, and emerging energy applications, but also underscores the company's strategic evolution from power equipment manufacturing toward system integration and comprehensive energy solutions.

In response to the evolving needs of the renewable energy industry and the development of China's new power system, TGOOD will continue to drive technological innovation and develop application-specific solutions, strengthen its capabilities in intelligent manufacturing and integrated services, and advance the deep integration of computing-power coordination and direct green power connection, contributing to the high-quality development of the wind power industry.