Green factories reduce electricity consumption and carbon emissions through staggered air conditioning operations, rooftop photovoltaic power generation, and water recycling systems. Photovoltaic panels replace traditional energy sources, while water recycling minimizes resource waste and wastewater discharge. Intelligent air conditioning controls lower grid load, employing multiple strategies to alleviate ecological pressure and promote efficient resource utilization and clean energy alternatives, thereby supporting the low-carbon transformation of the industrial sector.

SINEXCEL provides employees with new energy commuter shuttles, significantly reducing carbon emissions and exhaust pollution while substituting private vehicle use to lower energy consumption. This integrated transportation model alleviates road congestion and reduces overall exhaust emissions. With high energy efficiency and low noise, electric vehicles promote the use of clean energy, contributing to improved urban air quality and facilitating the transition to low-carbon transportation. Overall, this initiative enhances environmental sustainability.

The fishery-solar hybrid system, supported by energy storage, stores excess photovoltaic (PV) energy, smooths out generation fluctuations, and enhances power supply stability.

Leveraging intelligent storage control, this model enables round-the-clock stable power supply, maximizing PV energy utilization. The storage system also ensures a continuous power supply for aquaculture equipment, establishing a coordinated “solar-storage-fishery” ecosystem while conserving land resources and protecting biodiversity.

Through energy shifting and flexible regulation, storage enhances the grid’s capacity to integrate renewable energy, reducing curtailment risks and fostering the deep synergy between clean energy and sustainable agriculture. This improves system economics, achieving dual environmental and energy benefits while providing a distributed energy model capable of off-grid operation for future power systems.