Exploration Field

Advanced Battery Materials

The research domain primarily focuses on the development of battery technologies that offer higher energy density, longer lifespan, faster charging and discharging rates, and improved safety. This typically involves intensive research into new materials, battery designs, and electrochemical mechanisms to enable performance optimization and cost reduction in electric transportation, renewable energy storage, and portable electronic devices.

Distributed Energy Systems

The research direction primarily involves the development and optimization of intelligent control systems for energy production, storage, and consumption devices, the design and implementation of distributed management and optimization strategies for energy networks, and the exploration of new energy technologies and equipment to enhance energy utilization efficiency, reduce energy consumption costs, and promote the increased proportion of renewable energy in the energy supply.

New Energy Generation and Grid Integration Technologies

The research areas focus on integrating solar-thermal power generation, battery storage, and photovoltaic microgrids effectively to balance the intermittency and variability of solar photovoltaic generation, thereby enhancing system stability and reliability. This research is also dedicated to the development and optimization of control strategies for microgrids to achieve effective operation in both grid-connected and islanded modes.

Intelligent Hardware System

The research mainly includes the development and optimization of various intelligent devices and sensors, as well as the design and implementation of smart control systems. This aims to enhance the automation and intelligence level of hardware equipment for applications in various fields such as smart energy storage, smart homes, and intelligent transportation, thereby improving efficiency in both life and work.

Industrial Automation

This research field focuses on the development and implementation of advanced control systems, cutting-edge sensor technologies, and robotics. The objective is to advance the automation, intelligence, and efficiency of factory production processes through strategies such as automated production line design, production process optimization, equipment integration, and data analysis.

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