Shanghai LZY Energy Storage Co., Ltd. provides outdoor cabinet industrial and commercial energy storage systems for a commercial center in Singapore. The system adopts a single cabinet design with independent control and management. The modular design allows flexible expansion to adapt to different application scenarios.
A commercial center in Singapore is an important commercial landmark with a large number of commercial and office buildings, which has a large demand for electricity. The demand for electricity is even more concentrated during peak hours, resulting in huge electricity bills. In order to reduce electricity bills and improve power efficiency, the commercial center decided to introduce an energy storage cabinet system for power dispatching and management to ensure the normal operation of commercial activities and improve overall operational efficiency.
Shanghai LZY Energy Storage Co., Ltd. provides outdoor cabinet industrial and commercial energy storage systems for a commercial center in Singapore. The system adopts a single cabinet design with independent control and management. The modular design allows flexible expansion to adapt to different application scenarios. Through the intelligent energy management system (EMS) and cloud platform, remote monitoring and management are achieved to ensure the efficiency and reliability of system operation.
The specific configuration is as follows:
1.Optimize operating costs
Through the peak-shaving and valley-filling function, electricity is discharged during peak hours of electricity demand, significantly reducing electricity expenses, optimizing electricity cost management, and improving economic benefits.
2.Improve power quality
Energy storage systems can smooth power fluctuations, reduce the impact of power interruptions on commercial activities, and improve the stability and reliability of power supply.
3.Enhance management efficiency
The remote intelligent monitoring and management platform monitors system operating status in real time, responds quickly to abnormal situations, improves energy management efficiency, and reduces operation and maintenance costs.
