HyperStrong Accelerates Global Expansion with Strategic Projects in Five Countries, Strengthening Foothold in Southern Europe, Baltics, and Africa

HyperStrong, a global leading provider of energy storage solutions, has recently achieved significant breakthroughs in the EMEA (Europe, Middle East, and Africa) region, with newly secured projects across five countries: Greece, Estonia, Lithuania, Côte d'Ivoire, and Zimbabwe. These projects, tailored to meet regional energy needs, mark a key step in HyperStrong’s global strategic expansion and underscore its commitment to supporting local energy transition with innovative and reliable solutions.

Grid-Side Energy Storage Project in Greece Opens Door to Southern Europe

HyperStrong has recently signed a contract for a grid-side standalone energy storage project in Greece, marking the company’s successful entry into the Southern European market. The project will participate directly in the Greek electricity market, generating multi-stream revenue through arbitrage, frequency regulation, and capacity mechanisms, while improving grid flexibility and power supply reliability. HyperStrong will deliver an end-to-end solution covering the DC to AC system, including equipment supply, system integration, commissioning, grid connection, and long-term operational support—ensuring high-performance operation and market-oriented success. 

Estonia and Lithuania Projects Strengthen Baltic Grid Resilience

HyperStrong has also launched several grid-side energy storage projects in Estonia and Lithuania, for which the company will supply battery energy storage systems. These projects are designed to enhance grid flexibility and stability in the Baltic region, improving energy efficiency and supporting the reliability of local power supply. 

This expansion further solidifies HyperStrong’s presence in the European energy storage market and lays a solid foundation for future growth across the region.

Three Industrial Microgrid Projects in Côte d’Ivoire Solve Power Instability

In Côte d’Ivoire, HyperStrong has successfully deployed energy storage systems across three industrial facilities, each equipped with the HyperBlock III BESS solution. To address challenges such as frequent power outages and grid instability, HyperStrong developed a grid-forming microgrid system integrating solar, energy storage, diesel generators, and the main grid. The system supports seamless transition between on-grid and off-grid operation for parts of the plants. 

Using differentiated cluster configuration and string inverters, the solution not only reduces electricity costs but also eliminates production disruptions caused by an unreliable grid—showcasing HyperStrong’s strengths in system design, rapid deployment, and quality control.

Solar-Storage Hybrid Project in Zimbabwe Offers Tailored Industrial Power Solution

HyperStrong is also advancing a commercial and industrial (C&I) energy storage project in Zimbabwe, with the first phase already deploying 15 units of the HyperStrong’s C&I BESS solutions. 

Customized for the specific needs of industrial plants in Africa, the system enables smooth switching in a solar-storage hybrid, grid-forming setup. It enhances coordinated control and fast transition among PV, diesel generation, grid power, and battery storage—helping lower energy costs while ensuring power continuity and quality for continuous production. Future phases will explore additional application scenarios to further maximize project value.

As a major global player in the energy storage industry, HyperStrong has now participated in more than 300 energy storage projects worldwide, with cumulative capacity exceeding 40GWh. With an increasing presence across Europe, the Americas, Asia, and Africa—and localized service teams in key regions—HyperStrong ensures rapid response and high-quality support for its international customers. 

Moving forward, HyperStrong will continue to leverage its advanced technology and global project experience to partner with stakeholders worldwide in building a cleaner, safer, and more efficient energy future.