Core Viewpoint - The article highlights the participation of Guoneng Xinkong Technology Co., Ltd. at the 14th Energy Storage International Summit and Exhibition (ESIE 2026), emphasizing its status as a leading enterprise in the energy sector and its commitment to innovation in energy control and digitalization solutions [2][8]. Company Overview - Guoneng Xinkong was established in April 2003 and is a subsidiary of the State Energy Group, ranked among the world's top 500 companies. It has been recognized as a key "little giant" enterprise and has received numerous accolades for its contributions to energy technology and innovation [2]. - The company has developed over 600 intellectual property rights and has won 21 provincial and ministerial awards, solidifying its position as a leader in the wind power pitch control industry in China [2]. Product and Innovation - The company focuses on two main business segments: energy control and energy digitalization. It has created several core products, including smart control systems for thermal power, regional control systems for renewable energy, and industrial internet platforms [2]. - Guoneng Xinkong aims to provide intelligent solutions for new power systems, with a vision of becoming a first-class innovative enterprise driving the energy technology revolution [2]. Event Participation - Guoneng Xinkong will exhibit at ESIE 2026 from April 1 to April 3, 2026, at the Beijing Capital International Exhibition Center, showcasing its latest innovations in energy storage technology and intelligent storage solutions [8][12]. - The theme of the exhibition is "Not Just Storage, Better Control," reflecting the company's commitment to advancing energy management technologies [8].

Group 1: Company Overview and Market Position - The company has positioned itself to address core technology issues in high-end equipment, leveraging over 20 years of technical accumulation [3] - Approximately 40% of the company's revenue comes from semiconductor, CNC machining centers, and industrial laser equipment applications [3] - The estimated market size for semiconductor equipment in mainland China is over ¥200 billion, while CNC machine tools are valued at approximately ¥400-500 billion [4] Group 2: Challenges and Competition - The main challenges in high-end fields like semiconductors and machine tools include deep ecological barriers and customer trust, with international competitors having established high trust over decades [3] - The high-end micro-nano servo control components and systems are primarily dominated by international competitors such as Siemens, Fanuc, and Mitsubishi [4] Group 3: Robotics Strategy - The company views various robots as integrated electromechanical devices and has been involved in the robotics industry for many years, focusing on industrial, collaborative, and service robots [3] - The biggest challenge in the robotics sector is identifying valuable scenarios, and the company aims to collaborate with clients to uncover suitable business opportunities [3] - The company has over a decade of technical experience in components related to robotics, including control, servo, and encoder technologies [4] Group 4: Strategic Focus and Future Outlook - The company plans to focus on expanding applications in high-end micro-nano equipment to enhance commercial returns, given the significant market potential [4] - The company is committed to maintaining attention on the robotics industry and developing the necessary commercial monetization capabilities [4]

Core Insights - The heat exchange station control system is composed of PLC controllers, touch screens, electric control valves, frequency converters, and pressure, temperature, and flow transmitters, along with serial communication conversion modules and GPRS modules, working together to ensure stable and efficient heating [2][3] Group 1 - The control system utilizes transmitters to collect on-site data and transmit it to the PLC, which receives commands from the upper computer, compares set values with feedback values, and generates control signals [2][3] - These control signals are converted into analog signals via front-end I/O modules, allowing for precise regulation of electric control valves, frequency converters, and water replenishment pumps, achieving automated adjustment and stable operation [2][3] Group 2 - The system monitors the pressure difference of secondary supply and return water, automatically adjusting the frequency of the frequency converter to control the speed of the circulation pump [2][3] - It also starts and stops the water replenishment pump based on secondary return water pressure signals, with real-time transmission of operational data to the touch screen for display and monitoring [2][3]