Munich, Germany — Following its successful participation at The Smarter E Europe 2026, SCU presented its latest innovations in battery energy storage systems (BESS), EV charging infrastructure, and integrated solar energy storage EV charging solutions, demonstrating how intelligent energy technologies can support the global transition toward a cleaner, more flexible, and more resilient energy future.
At the exhibition, SCU welcomed customers, industry experts, and global partners to explore its advanced solutions, including the GRESⅡ energy storage system, EVMS ONE battery-assisted EV charger, high power EV charging solutions, and immersion liquid-cooled battery technology.
Through extensive discussions with visitors and partners, SCU exchanged insights on key industry challenges including grid capacity limitations, EV charging deployment, renewable energy integration, battery safety, and future energy infrastructure development. Many conversations highlighted the growing demand for integrated energy solutions that can improve power flexibility, optimize energy utilization, and accelerate the deployment of commercial, industrial, and public charging projects.
GRESⅡ Energy Storage System: Intelligent Energy Management for Flexible Power Applications
SCU’s GRESⅡ Energy Storage System represents an advanced hybrid energy solution integrating battery storage, diesel generators, grid power, renewable energy, and EV charging infrastructure.
Designed for scenarios requiring reliable and flexible energy supply, GRESⅡ helps improve energy efficiency and operational stability across applications such as industrial facilities, remote areas, microgrids, renewable energy projects, and EV charging stations.
By enabling smarter energy management and reducing dependence on traditional grid expansion, GRESⅡ provides a practical pathway toward more resilient and sustainable power systems.
EVMS ONE Battery-Assisted EV Charger: Expanding EV Charging Without Heavy Grid Upgrades
With the rapid growth of electric mobility, limited grid capacity has become one of the major challenges for EV charging deployment.
SCU EVMS ONE battery-assisted EV charger addresses this challenge by combining energy storage technology with high-performance EV charging capabilities, enabling more stable charging operations while reducing pressure on existing power infrastructure.
The solution is designed for locations where fast EV charging demand is increasing but grid expansion is difficult, expensive, or time consuming, helping businesses and charging operators deploy EV infrastructure more efficiently.
High Power EV Charging and Advanced Battery Technology for Next-Generation Mobility
SCU also showcased its high power EV charging solutions, developed to support the growing needs of public charging networks, commercial fleets, and high-traffic EV charging environments.
In addition, SCU presented its immersion liquid-cooled battery pack technology, highlighting the company’s continuous investment in battery safety, thermal management, and performance optimization for next-generation energy storage applications.
Through advanced cooling technology and intelligent battery design, SCU continues to explore solutions that enhance system reliability, safety, and lifecycle performance.
Connecting Global Energy Innovation at The Smarter E Europe 2026
The Smarter E Europe 2026 provided SCU with an important platform to connect with global customers, partners, and industry leaders, while gaining deeper insights into the evolving needs of the international energy market.
The exhibition reinforced the growing importance of integrated solutions combining energy storage, renewable energy, and EV charger to build smarter and more sustainable energy ecosystems.
As global demand for clean energy infrastructure continues to accelerate, SCU remains committed to developing smarter, safer, and more efficient power solutions that support the transition toward a sustainable energy future.
See you at The Smarter E Europe 2027.