ComAp – InteliNeo 6000

Description

The ComAp InteliNeo 6000 is a sophisticated controller engineered to manage and optimize both on-grid and off-grid hybrid microgrid systems. It integrates various power sources, including mains electricity, generator sets (gen-sets), renewable energy sources, and Battery Energy Storage Systems (BESS), into a cohesive and efficient power management solution.

Key Functions:

• Comprehensive Energy Management: Oversees the operation of diverse energy sources, ensuring optimal performance and reliability within the microgrid.
• Real-Time Monitoring: Balances power supply and demand dynamically, making instantaneous decisions to maintain system stability and efficiency.
• Advanced Compatibility: Utilizes onboard Modbus Master for RTU/TCP communication, supporting up to 32 devices, including various inverters and storage systems. Extended device support is available via the InteliGateway 300.
• Scalability: Supports integration with up to 64 gen-set or mains controllers in CAN FD mode, accommodating complex and expansive power systems.
• Resilience Features: Offers hot-swap capabilities for system resilience, reducing downtime in case of a fault in the primary controller.
• Security Measures: Incorporates data encryption to prevent unauthorized access to controller configurations, enhancing cybersecurity.

Applications:

• Hybrid Microgrid Systems: Ideal for managing microgrids that combine traditional and renewable energy sources, ensuring seamless integration and operation.
• Complex Power Generation Sites: Suitable for installations requiring coordination of multiple gen-sets, renewable sources, and BESS, providing a unified control solution.
• Critical Infrastructure: Applicable in environments where reliable and continuous power supply is essential, such as hospitals, data centers, and industrial facilities.

The InteliNeo 6000 is compliant with international regulations, including G99, IEEE 1547, and UL 6200, ensuring adherence to global standards for grid interconnection and operation.