Co-organized by the Industrial Development Administration, Ministry of Economic Affairs and the Taiwan Research Institute, the “2026 Smart City Summit & Expo” brought together industry leaders to discuss AI technologies, smart energy, and emerging net-zero transformation trends. Scott H. Chen, Chairman of LC Electronic and President of TECO Group’s Energy & System Automation Business Group, was invited to join the forum alongside representatives from Cheng Loong Corp. and Taiwan Cement Corp., sharing practical insights into intelligent energy-saving technologies and energy transformation strategies.

Smart Energy Integration: Building a New Energy Architecture

During the forum, Chairman Scott H. Chen highlighted TECO Group’s strategic direction across Energy Saving, Generation, and Storage through the integration of smart energy technologies and high-efficiency applications. By combining AI intelligent control, high-efficiency equipment, renewable energy integration, and EMS (Energy Management System) platforms, TECO helps enterprises address the demands of high-energy-consumption and high-reliability environments while improving energy efficiency and operational resilience.

Advancing Intelligent Control and High-Efficiency Drive Applications

To meet the operational needs of diverse industrial sectors, TECO continues strengthening its cross-system integration capabilities, delivering flexible and efficient smart energy solutions for healthcare facilities, public infrastructure, smart factories, and large-scale commercial spaces. Through the integration of AI predictive control, renewable energy systems, energy storage technologies, and energy management platforms, TECO supports enterprises in balancing energy efficiency, power stability, and long-term sustainability goals.

Beyond energy system integration, LC Electronic also continues advancing high-efficiency drive and intelligent control technologies for ventilation systems, water pumps, and other energy-intensive equipment. By improving operational efficiency and system reliability, these technologies can be further integrated with smart energy management architectures to optimize power usage, reduce energy loss, and enhance overall energy performance and ESG value.