NEWS

Driven by the global energy transition, smart microgrids have become crucial for building resilient power systems. As the 'brain' of the system, the EMS controller integrates distributed power sources, energy storage, and loads to achieve monitoring, optimization, and protection functions. It serves as the foundation for the intelligent and scalable development of microgrids. The global microgrid capacity is expected to grow at a compound annual growth rate.

System integration faces multiple challenges, including incompatible device protocols, low intelligence levels, insufficient real-time responsiveness, and vulnerable power supply environments. Protocol customization leads to integration costs accounting for 20%-30% of total project expenses, hindering system scalability and stable operation.

The system includes the EMS controller as the minimal core unit, the EMS cabinet for power supply and protection, the distribution box for pure power distribution and protection, and the integrated energy box that combines control, power supply, and distribution functionalities. These components meet demands ranging from basic control to outdoor plug-and-play applications.

The integrated solution consists of EMS controller for monitoring & dispatch, integrated power supply, reliable electric protection and comprehensive control configuration. With effective temperature & corrosion resistant design, ensuring stable operation in harsh environments.

The controller enables efficient algorithm scheduling and AI analysis through its processor. It supports multiple protocols and a wide range of interfaces, addressing device interconnection challenges. Its wide-temperature and corrosion-resistant design ensures stable operation in harsh environments. The built-in cloud platform facilitates remote monitoring and strategy optimization. With seamless UPS switching and surge protection, it enhances power supply security for the system.

The control channel uses highly efficient algorithm scheduling and AI analysis through its processor. It supports multiple protocols and extensive interfaces, addressing interconnection challenges. Wide-temperature & anti-corrosion design, ensuring stable operation in harsh environment. The built-in cloud platform facilitates remote monitoring & strategy optimization.

It features real-time data acquisition and risk early warning, millisecond-level grid-connected/off-grid switching, load prioritization management, optimized battery charging and discharging, peak shaving and valley filling, and localized strategy execution. The system supports black start capability, anti-reverse power flow protection, and multi-layer secure communication, ensuring high reliability and optimized energy efficiency.

The controller enhances electricity usage economy, ensures power supply continuity and reliability, increases the proportion of green energy utilization, reduces carbon emissions, and strengthens system security through AI-based early warning and proactive protection, supporting users in achieving low-carbon goals and sustainable operation.

Guangzhou Renepoly Energy Technology Co., Ltd. is a high-tech enterprise focused on the research, development, manufacturing, and provision of energy storage system solutions. Committed to providing safe, efficient, and intelligent energy storage products and services, the company aims to support the global energy structure transformation and sustainable development.

Guangzhou Renepoly Energy Technology Co., Ltd.

Phone Number: +86 (20) 3180 0796

Email Address: [email protected]