Background

1.Large price difference between peak and off-peak electricity for enterprises, high electricity expenditure during peak hours, and high overall electricity costs;

2.Unable to intuitively grasp load changes during peak and off-peak hours, lack of visual site management and control means, and lack of precise data support for load optimization and adjustment.

Countermeasures

1.Supporting energy storage system + intelligent EMS energy management controller, automatically executing peak shaving and valley filling strategies: charging at low prices during valley periods and discharging during peak periods, reducing peak power loads, and significantly cutting high-peak electricity bills;

2.Cloud aggregation monitoring, realizing coordinated linkage control of loads and energy storage, and precisely detecting power operation conditions at all times throughout the day.

Project Value

1.This project is an industrial and commercial independent peak shaving and valley filling energy storage grid-connected scenario. Relying on the EMS intelligent energy storage management and control platform, it solves the problems of high peak electricity bills and large load fluctuations in the factory area, significantly reducing the enterprise's annual electricity cost by 301,800 yuan;

2.The station system intuitively monitors charging/discharging and workshop loads, providing precise data support for electricity optimization and load management, thereby improving the efficiency of electricity dispatching coordination.

3.The platform is synchronously equipped with carbon accounting and electricity consumption monitoring modules. It provides complete data evidence for enterprise energy-saving declarations, carbon asset management, and carbon trading based on emission reduction data from energy storage replacing peak thermal power, additionally excavating green and low-carbon benefits.