Seetel's GridLink Energy Management System plays a critical role in renewable energy regulation by offering highly effective application solutions, particularly in the integration and control of intermittent energy sources such as solar and wind power. It enables more efficient operation of power integration and addresses the challenges of power transmission and distribution caused by supply-demand imbalances.

 

In the four major areas of energy storage applications, including renewable energy regulation, front-of-the-meter and behind-the-meter storage, ancillary services, and data center energy storage, Seetel's GridLink system enables the smoothing of renewable energy output. This not only reduces the risk of grid instability but also allows excess electricity to be released during peak demand through load and frequency regulation. By managing charging and discharging to adjust grid frequency, it serves as backup capacity for renewable energy and responds to power interruptions or rapid startup needs. In large-scale grid integration, it ensures stable electricity supply for customers. For various renewable energy storage regulation needs, Seetel integrates reinforcement learning architectures and links the battery management system with energy management system, combining them with interconnected microgrid control strategies. This ensures stable operation of microgrids in both grid-connected and islanded modes.

Seetel's subsidiary, Aurosi, has built a virtual power plant demonstration site in Taichung. It effectively helps smart factories manage energy, and achieves peak load reduction, power quality control and renewable energy integration. The solution also provides factory-wide electricity usage monitoring, anomaly alerts, EV charging support, and the establishment of an EMS Energy Command Center for real-time monitoring and dispatch to enable energy-saving factory operations.

In addition to large-scale power storage, the development of high-energy-density batteries requires diversified systems with long lifespans, high endurance, the ability to support instant high-power output and rapid charging. With Seetel's extensive experience in battery technologies, it can meet the demands of these systems, including ensuring high cycle life to reduce maintenance costs. When combined with renewable energy, it enhances energy self-sufficiency. For large-capacity battery packs, it ensures stable energy output for long-distance operations and helps businesses improve operational efficiency. Under Seetel’s intelligent BMS, battery safety and lifespan are protected. The system also supports regenerative braking to increase energy efficiency, aligning with the core strategies for future energy-saving transportation and smart technologies.


With the growing demand for AI computing and cloud server infrastructure, Seetel's expertise in energy storage applications and system integration positions it as a key enabler of next-generation data center infrastructure. Paired with the GridLink Energy Management System, it further optimizes energy efficiency to achieve a high-performance, reliable and sustainable operational model.

Through exceptional real-time monitoring and response capabilities, proactive maintenance scheduling, and expert system dispatching, Seetel manages equipment life cycles, enhances and upgrades storage batteries, and provides internationally certified operation and maintenance teams.

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