SMART MICROGRID

A smart microgrid is an autonomous system capable of self-control, protection, and management; it can operate either connected to the external power grid or in isolation. Its core objectives are to improve power supply reliability, integrate renewable energy, and reduce energy costs.
Aidian is committed to becoming a leader in smart microgrid solutions, making energy use safer, more economical, greener, and more efficient. We tailor reliable and efficient solutions for a wide range of microgrid scenarios. We provide end-to-end microgrid solutions, from consulting and design to core equipment manufacturing, construction, and operations and maintenance.

UXAI SMART ELECTRICAL CABINET

UXAI is a brand-new smart electrical cabinet product independently developed by our company. Focusing on smart power distribution, it enhances electrical safety and enables efficient management, representing a revolutionary upgrade over traditional distribution cabinets. It integrates advanced sensor technology, IoT communication, big data analysis, and a cloud-based control platform, transforming it from a mere passive power distribution unit into a comprehensive energy management system that combines power monitoring, smart distribution, fault early warning, remote management, and
data analysis.

125 KW / 261 KWH COMMERCIAL AND INDUSTRIAL ENERGY STORAGE INTEGRATED CABINET

The 125 kW/261 kWh integrated energy storage cabinet is a new-generation modular commercial and industrial energy storage system with a rated power of 125 kW and a capacity of 261 kWh. It seamlessly integrates lithium iron phosphate (LFP) battery cells, liquid-cooled thermal management technology (TMS), high-efficiency bidirectional power converters (PCS), and an integrated BMS+EMS management system. By breaking through the limitations of traditional architectures, it enhances system integration and improves product performance. The product can be applied in various scenarios, such as standalone energy storage and integrated photovoltaic-storage-charging smart microgrids. When combined with a centralized control platform, it enables peak-valley arbitrage, peak shaving and valley filling, and demand-side response through monitoring, management, and energy management.