GSL ENERGY CESS-J125K261 C&I Energy Storage System Achieves CE EMC Certification

Meeting EU Compliance Standards and Strengthening Global Delivery Capability

As safety, system stability, and grid compliance become increasingly critical in the Commercial & Industrial (C&I) energy storage market, GSL ENERGY has officially announced taht its new-generation CESS-J125K261 125kW/261.2kWh Commercial & Industrial Energy Storage has successfully obtained CE EMC (Electromagnetic Compatibility) certification.

This certification confirms the product's compliance with European market requirments and further strengthens GSL ENERGY's capability to deliver high-power, liquid-cooled energy storage systems globally.

Compliance with EU EMC Requirments

According to official certification documents, the CESS-J125K261 C&I energy storage system has passed EMC testing under the following international standards:

• EN IEC 61000-6-2:2019 - Immunity requirements for industrial environments

• EN IEC 61000-6-4:2019 - Emission limits for industrial environments

The certification fully complies with the EU EMC Directive 2014/30/EU, verifying the system's stable performance in complex C&I electrical environments. The system operates reliably without causing electromagnetic interference to surrounding equipment while maintaining strong immunity.

This provides solid compliance assurance for grid-connected projects, campus energy sorage deployments, and coordinated multi-device operation scenarios.

125kW / 261.2kWh: A Core Configuration for C&I Energy Storage Applications

The CESS-J125K261 features opyimized power density and system integration, making it a core configuration for C&I energy storage projects. Key technical specifications include:

• Rated Energy Capacity: 261.2kWh

• Rated Output Power: 125kW

• Battery Rated Voltage: 832V (Voltage Range: 728-936V)

• Rated Output Current: 180A

• Grid Voltage: AC 400V

• Connection Method: 3P 3W+PE / 3P 3W+N+PE

The high-voltage architecture effectively reduces system losses and improves overall energy efficiency. This design is well suited for factories, commercial parks, data centers, public facilities, and distributed energy storgae projects.

Industrial-Grade Battery Cabinet Design for Safety and Maintainability

The CESS-J125K261 Commercial & Industrial Energy Storage System adopts an integrated industrial-grade battery cabinet design, with a strong focus on safety, scalability, and ease of maintenance:

• Modular high-voltage battery architecture improve system consistency and reliability

• Structural design optimized for C&I scenarios supports efficient installation and long-term maintenance

• Compatible with multiple energy management strategies, including peak shaving, backup power, and energy dispatch

• Factory-level assembly and testing reduce on-site construction and commissioning costs, improving project delivery efficiency

CE EMC Certification Supporting Global Deployment and Partnerships

The successful acquisition of CE EMC certification represents more tahn regulatory compliance. It confirms that the CESS-J125K261 now offers:

• Market access for Europe and other regions adopting the CE framework

• Support for EPC projects, C&I energy storage deployments, and channel partnerships

• A foundation for further multi-country certificaion and customized regulatory expansion

With mature manufacturing capabilities and extensive project experience, GSL ENERGY continues to provide stable, replicable, and scalable C&I energy storage solutions for global partners.

GSL ENERGY: Driving Long-Term Value in C&I Energy Storage

The launch and certification of the CESS-J125K261 C&I Energy Storage System demonstrate GSL ENERGY's comprehensive strengths in high-power energy storage design, regulatory compliance, and engineering delivery.

Moving forward, GSL ENERGY will remain focused on safety standards, system reliability, and scenario adaptability, promoting the large-scale application of Commercial & Industrial energy storage across more countries and industries.