SINEXCEL's StellaON 1250K/1575K Systems Achieve Key European Certifications

SINEXCEL's StellaON 1250K/1575K Systems Earn Critical Certifications for Energy Transition in Europe

In a significant development for the renewable energy sector, SINEXCEL, a leader in energy storage solutions, has announced that its flagship energy conversion systems, the StellaON 1250K and 1575K, have successfully received certification for three critical standards: EN 62477, EN 50549, and EN IEC 61000. This certification marks a pivotal milestone in enhancing the technical reliability and efficiency of energy infrastructures across Europe, which is undergoing a major transition towards renewable energy sources.

The EN 62477 certification pertains to the safety requirements for electrical equipment, ensuring that the StellaON systems meet stringent safety regulations. This aspect assures operators that the systems will function safely and reliably, minimizing risks associated with electrical hazards. Meanwhile, the EN 50549 certification, which focuses on the compliance with dynamic requirements from electrical grids, indicates that the StellaON systems can effectively interact with the grid, providing necessary stability and flexibility – crucial for integrating renewable energy sources that are often variable in nature. Finally, the EN IEC 61000 certification confirms the electromagnetic compatibility of the systems, ensuring that they do not interfere with other electronic devices while operating within the grid.

Achieving these certifications reflects SINEXCEL's commitment to technological excellence and responsiveness to market needs. "As Europe moves towards a decarbonized energy future, grid operators require equipment that not only stores energy but also actively contributes to the resilience of energy systems," said Luke Lu, the technical director for SINEXCEL's energy storage product line.

The StellaON systems are designed to optimize such integration by ensuring enhanced project economic metrics, safety compliance, and simplified grid integration. These systems are particularly oriented towards maintaining efficiency throughout their lifecycle while adapting to various environmental conditions, loads, and grid parameters. This flexibility enables stable and high-performance operation, especially in large-scale energy infrastructure projects. By adopting a comprehensive engineering approach rather than focusing solely on specific operational parameters, project developers can significantly reduce the levelized cost of storage (LCOS) while maximizing uptime.

The importance of these certifications cannot be overstated as they signify SINEXCEL's unwavering position to provide safe, high-performance, and compliant energy storage solutions. The fully certified StellaON series is excellently positioned to support Europe’s decarbonization goals. It offers project owners absolute confidence in safety and investment profitability, a testament to SINEXCEL's dedication to fostering energy independence.

Founded in 2007, SINEXCEL has emerged as a trailblazer in the energy storage and charging infrastructure sector. With a remarkable portfolio comprising 17 GW of energy storage capacity and over 140,000 installed electric vehicle charging points, the company continues to collaborate with industry leaders to further enhance energy independence.

In conclusion, as the European energy landscape evolves, SINEXCEL's StellaON 1250K and 1575K systems stand out not only for their compliance with industry standards but also for their potential in driving forward the transition to sustainable energy solutions in Europe. By enhancing reliability and operational efficiency, these systems play an integral role in the future of energy, ensuring a more resilient and sustainable grid system.