微電網整合與建置 / 儲能系統導入與優化 / 能源管理與節能改善

A1

A microgrid is a small-scale energy system that can operate independently, integrating solar power, battery storage, charging stations, and energy management systems (EMS) among other energy equipment, to maintain partial area power supply during a main grid outage. Establishing a microgrid can enhance energy autonomy and supply stability, making it particularly suitable for remote areas or locations with high demands for stable power supply.

A2
Establishing microgrids can reduce electricity costs and improve power reliability, and by integrating green energy generation equipment (such as solar power), it helps to achieve ESG and carbon neutrality goals. It can also serve as a backup system to avoid production interruptions or operational losses due to power outages.

A3
As the service life of equipment increases, old electromechanical systems are prone to failures, reduced efficiency, or do not meet current energy conservation and safety standards. Replacements can enhance energy utilization efficiency, reduce maintenance costs, and simultaneously decrease carbon emissions, achieving a win-win for environmental protection and economic benefits.

A4
Choose to replace with high-efficiency equipment, and during replacement, advanced technologies like high-efficiency air conditioning systems, LED lighting, and Energy Management Systems (EMS) can be introduced. This not only improves system efficiency but also allows for real-time monitoring and optimization of energy usage.

A5
Integration requires consideration of the cooperative operation of different energy sources and loads, such as the capacity planning of energy storage systems, energy conversion efficiency, system stability control, and communication protocols between devices. Through professional planning and integration design, the system can ensure safe, efficient, and stable operation.