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Project Overview

Project Name: Energy Storage System Project in a Scenic Area in Ganzi Prefecture, Sichuan Province

Project Address: Ganzi Prefecture, Sichuan Province

Application Scenario: Energy Storage in Scenic Areas

Background and Purpose of Implementation:

The microgrid system consists of a solar cell array, a grid-connected inverter, a PCS bidirectional converter, a smart transfer switch, an energy storage cabinet, a generator, and loads.

As economically exploitable wind resources on land become increasingly scarce, global wind farm construction has shown a trend of shifting from onshore to nearshore areas.

Project Features

Traditional firefighting equipment, limited by operating altitude and response speed, struggles to meet the safety demands of modern cities. The drone fire truck system, through a vehicle-machine linkage model, combines the water-powered support of a fire truck with the rapid mobility of a drone, forming a new firefighting system of "ground base station + aerial terminal".

Features of this project

The 24 electronically controlled fuel injection units of the same brand automatically pre-supply oil before startup and have automatic/manual lifting and lowering functions for the exhaust hood doors. The internal fans, intercooler fans, and water tank cooling fans are controlled automatically through logic programming using the PLC function of the parallel controller GEC8607.

Project Features

1. Non-standard design: FPSS8610 screen replaced with a 21-inch touchscreen.

2. Comprehensive anti-misoperation measures: dual anti-misoperation through electrical interlocks and programming.

3. Provides detailed design services for design institutes.

In manufacturing production and operations, a stable and economical power supply is crucial for ensuring production efficiency and cost control. Fuchuang's Qidong plant, as an important production base in the region, had long been plagued by power shortages, affecting production continuity and leading to high electricity costs. To completely resolve this situation, the plant invested in the construction of an 1198kW microgrid project, integrating multiple energy sources such as solar, energy storage, wind, diesel, and grid power. Now officially operational, the project has successfully addressed a series of power-related pain points, achieving its goal of reducing electricity costs by 30%, and providing a high-quality model for energy optimization in manufacturing plants.