Boundless Smart Storage, Driving the Future | Dyness Showcases Full-Scenario Energy Storage Solutions at SNEC 2026

At this year's exhibition, Dyness not only showcased its latest product portfolio and achievements from its global expansion strategy, but also demonstrated its ongoing innovation in system capabilities, product safety, and smart energy ecosystems. The exhibition reflected a broader industry trend: energy storage is rapidly evolving from a hardware-centric market toward a new era defined by system value and intelligent energy management.

The strong visitor turnout at the Dyness booth underscored the company's growing brand influence while offering attendees a firsthand experience of how smart energy storage is being integrated into increasingly diverse energy scenarios.

From Products to Systems: Dyness Continues to Expand the Boundaries of Energy Storage

As the energy storage industry transitions from standalone equipment to intelligent and interconnected energy systems, system-level capability is becoming a key competitive differentiator.

Dyness remains committed to deeply integrating products with real-world applications, enabling energy storage solutions that deliver not only functionality, but also intelligence, efficiency, and long-term value creation.

Several flagship products became highlights of the exhibition.

Among them, the newly launched STACK314 attracted significant attention thanks to its flexible scalability and advanced safety performance. Featuring a plug-and-play stacked architecture with blind-mating connections, the system supports multi-cluster parallel expansion and is ideally suited for a wide range of small C&I applications, including peak-valley arbitrage, demand charge management, backup power, and solar self-consumption optimization. By addressing diverse energy needs with greater flexibility, STACK314 further expands the application boundaries of energy storage.

Dyness also showcased its flagship C&I energy storage system, DH800Y, which continues to gain industry recognition following successful deployments across global markets. Its core advantages—full liquid cooling, modular architecture, and optimized project economics—have made it a benchmark solution in the C&I storage sector.

With capacities ranging from 800 kWh to 16 MWh, DH800Y's modular design can reduce project construction timelines by approximately 30%, while lowering transportation and land-use costs and improving overall project returns, helping customers maximize investment value.

Safety remains at the heart of the system design. DH800Y incorporates a comprehensive protection architecture spanning from battery cell to system level. Full liquid cooling, four-layer fire protection, intelligent dehumidification, and AI-driven thermal management work together to ensure stable operation even in harsh environments with temperatures reaching 50°C.

The system supports 0.8 kV, 11 kV, and 35 kV grid connections and can be widely deployed across user-side, grid-side, and generation-side applications, including industrial parks, commercial complexes, EV charging hubs, data centers, grid peak shaving, fast frequency response, and renewable energy integration projects. Its robust design enables reliable performance in challenging environments such as high-temperature, high-humidity, and coastal conditions.

Beyond stationary energy storage, the DH2170Y-BC Mobile Liquid-Cooled Energy Storage and Charging Container also emerged as a major attraction.

As the upgraded successor to the DH2150Y-BC, the system integrates a 2.15 MWh energy storage unit into a mobile 20-foot truck platform, paired with a 1 MW PCS charging cabinet. Designed for flexible deployment, emergency charging support, and temporary power supply applications, it helps reduce redundant infrastructure investment while improving asset utilization.

Powered by Dyness' intelligent cloud platform and AI-based algorithms, the solution enables dynamic peak shaving, remote operation and maintenance, and flexible power dispatch, creating new possibilities for future multi-scenario energy management.

As demonstrated at SNEC, the boundaries of energy storage are extending beyond fixed installations into mobile applications, while energy management is evolving from equipment control toward intelligent system coordination.

International Recognition Reinforces Dyness' Growing Global Influence

On the opening day of the exhibition, Dyness received the 2026 EUPD Top Brand PV (Storage) Awards for Brazil, Pakistan, and Southeast Asia.

To date, the company has earned Top Brand recognition across ten national markets and secured regional awards covering Latin America, Africa, and Southeast Asia.

These international accolades not only reflect strong industry recognition of Dyness' technological innovation and product quality, but also further validate the company's growing influence and competitiveness in the global energy storage market.

From product globalization to brand globalization, and from technological innovation to international recognition, Dyness continues to strengthen the global competitiveness of China's energy storage industry.

Boundless Smart Storage, Driving the Future

As the energy storage industry moves beyond rapid capacity expansion and enters a new phase focused on value creation, long-term competitiveness will increasingly depend not only on products themselves, but also on the ability to connect applications, coordinate energy ecosystems, and generate sustainable value.

Looking ahead, Dyness will continue to uphold its position as “The Leading Global Energy Storage Solutions Provider” while remaining committed to its mission of “Driving digital energy evolution to deliver sustainable energy for all.”

Guided by the faith of “Boundless Smart Storage, Driving the Future,” Dyness will continue to deepen technological innovation and advance full-scenario energy storage solutions. Through smarter, safer, and more open energy ecosystems, the company aims to accelerate energy value creation and empower the global transition toward a greener, more sustainable future.