Microgrid Project
Microgrids are advanced energy solutions. This project is a prime example in the microgrid field.
Region and Country: China, Asia – Pacific
China, within the Asia – Pacific region, leads in energy innovation. This project aligns with China’s renewable energy goals. It serves local industrial needs and supports regional sustainable development.
Manufacturing Factory
For this manufacturing factory, the microgrid offers significant advantages. Factories face high energy costs and power stability issues. This solution provides reliable, on – site power. It reduces dependence on the main grid and cuts energy expenses.
Project Configuration: 100kW/215.04kWh BESS + EMS + Existing Solar System
This configuration forms a comprehensive energy system. The Battery Energy Storage System (BESS) with 100kW/215.04kWh capacity stores energy. The existing solar system generates clean power. The EMS (Energy Management System) controls and optimizes the whole system. It ensures efficient energy use.
Project Time: 2024
The project is set for 2024. This timeframe allows for careful planning and execution. We aim to deliver a high – quality microgrid within this period.
Application Solution: Industrial and Commercial
This microgrid targets industrial and commercial applications. For the manufacturing factory, it ensures stable power for production. It can also inspire other businesses. They can adopt similar solutions for energy resilience and cost savings.
Applied EMS: EMS Controller Suite
The EMS controller suite is the core of system management. It continuously monitors energy production and consumption. Based on real – time data, it makes smart decisions. This optimizes energy storage and usage.
Applied Energy Storage System: Imax-ES215 Cabinet
The Imax-ES215 cabinet is the physical storage unit. It securely holds the stored electrical energy. Its design ensures efficient charging and discharging. It provides reliable power as needed.
Applied Services: Engineering, Consultation
Our engineering services cover all project stages. We design, install, and commission the microgrid. We customize it to the factory’s specific requirements. Our consultation provides expert guidance. We advise on system operation and maintenance. This helps the factory get the most from the microgrid.
Application Logic: Peak Shaving (Storing Extra Solar Energy in the Storage System) and Load Shifting
Peak shaving stores surplus solar energy. We save it in the storage system during high – generation periods. Then, we use it during peak demand. This reduces grid pressure and energy costs. Load shifting adjusts energy consumption. We use stored energy in off – peak times. This further optimizes energy use and cost – efficiency.
