Background

1.High enterprise energy consumption and high electricity costs;

2.Photovoltaic equipment is scattered over a large area, making meter reading difficult; optimization is needed to reduce operation and maintenance costs;

3.Achieve aggregated monitoring and collaborative management of PV, storage, and charging systems on a single platform;

4.Customized scenario restoration for the site.

Countermeasures

1.Equip with an energy storage system and intelligent controller to achieve peak shaving and valley filling, flexible PV-storage scheduling, and maximize the consumption of green power.

2.Features infrared remote meter reading, connects to a unified management platform, supports one-click report export, streamlines O&M processes, and reduces labor costs.

3.Connects to the PV cloud platform to open up cloud data links, realizing integrated management and control of PV and energy storage.

4.Connects to charging pile metering meters to monitor operation data in real-time, accurately restoring the equipment's actual operating power.

Project Value

This project is an integrated grid-connected PV-storage scenario combining photovoltaics, energy storage, charging, and loads. Relying on an intelligent management and control platform, it solves the problems of scattered PV locations and difficult meter reading, significantly reducing operation and maintenance costs. It breaks down data silos across multiple systems to enhance energy synergy efficiency, generating an annual revenue increase of 217,700 yuan from PV and 701,000 yuan from energy storage. Through 3D modeling, it achieves visual management and control of the site, precisely supporting O&M decision-making. The platform simultaneously upgrades carbon monitoring capabilities to standardize carbon emission management. The project has achieved a cumulative equivalent carbon emission reduction of 2,640 tons, providing data support for corporate emission reduction planning and carbon trading, thereby helping to secure carbon benefits.