Haihong Electric has been successfully selected as an innovation service station in the "Technology Innovation China" digital platform's "Technology Innovation Guangdong" scenario operation project. This recognition reaffirms the company's achievements in technological innovation, achievement transformation, and industrial upgrading. As a benchmark enterprise in China's 3D wound core transformer sector, Haihong Electric consistently drives technological advancement and industrial evolution through core technology breakthroughs, industry-university-research collaboration, and market-oriented applications. This selection not only validates the company's innovative capabilities but also highlights its exemplary role in building "Technology Innovation Guangdong".

Earth is our shared home, yet accelerating industrialization has intensified challenges like climate change, biodiversity loss, and resource depletion. Against this backdrop, a global consensus has emerged among governments, businesses, and societies: urgent action is needed to protect the planet, advance sustainable development, and foster harmony between humanity and nature. As the green transition gains irreversible momentum, Haihong Electric—a pioneer in energy-efficient 3D wound core transformers—continues to push the boundaries of innovation. Our transformers, with advantages like noise reduction and full lifecycle green design, deliver power solutions that harmonize urban development and natural ecosystems.

Driven by the "Dual-Carbon" goals, photovoltaic (PV) power generation has become a core pathway for corporate green transformation. As a sustainability leader in the automotive manufacturing industry, GAC Toyota is actively advancing distributed PV projects, adopting a "self-consumption with surplus grid feed-in" model to maximize clean energy utilization. The recently energized Phase I & II PV project at GAC Toyota features Haihong Electric’s independently developed Tidal Smart Substation for PV power generation (hereafter "Tidal Substation"). With its adaptive flexibility, stable transmission, and high reliability, the substation has rightfully claimed the center stage in the project, delivering critical technical support for the PV system’s high-efficiency operation.

Under the guidance of China's "dual carbon" goals, green and low-carbon transformation has become a core direction for development across industries, and the civil aviation sector is accelerating its green transition. As energy-intensive infrastructure, the upgrading of airport power systems is crucial. Leveraging its innovative, energy-efficient transformers featuring advanced 3D wound core technology, Haihong Electric has provided highly efficient, safe, and reliable power solutions for multiple airports nationwide, supporting China's civil aviation industry in moving toward a green and low-carbon future.

In March 2024, Haihong Electric and its team members were honored with multiple awards at the Third Third Member Congress of the Dongguan Electric Power Industry Association, including "Outstanding Vice President Unit," "Outstanding Equipment Supplier Enterprise," and "Outstanding Liaison Officer." Additionally, at the Dongguan Electrical Engineering Society's Election Conference and Sixth First Member Congress, the company was recognized as an "Outstanding Member Unit" and its employees received "Outstanding Individual" accolades.

Under the background of the global strict control of carbon emissions, China has clearly put forward the carbon peak, carbon neutral into the national development strategy. As a key area to achieve the “double carbon” goal, the whole society is accelerating to clean and low-carbon transformation. In this wave of the times, led by the Guangdong Power Grid, Haihong Electric as the main development unit, combined with elites from Huazhong University of Science and Technology, North China Electric Power University, and Advanced Technology & Materials Co., Ltd. , successfully developed the world's first 110kV energy-saving amorphous alloy 3D wound core oil-immersed power transformer, and on March 8, 2025 passed the China Machinery Industry Federation of the organization of the new product technology appraisal. The appraisal committee agreed that the comprehensive performance of the product has reached the international leading level, and agreed to product identification.