2025 SNEC Reunion! Dyness Invites You to Explore Cutting-Edge Energy Storage Technology

The 18th SNEC PV+ International Solar Photovoltaic and Intelligent Energy Conference and Exhibition will be held from June 11-13, 2025, at the National Convention and Exhibition Center in Shanghai. As the world's largest PV event, this exhibition promises to showcase a variety of exciting innovations and attract numerous industry professionals. During this time, Dyness will debut a series of new products in Hall 4.1H, Booth E670, inviting visitors to explore the latest trends in energy storage.

According to the CNESA's "Energy Storage Industry Research White Paper 2025," the global installed capacity of new energy storage is expected to grow by 62% year-on-year in 2024, with China leading the way with 100GWh of new installed capacity. This demonstrates that the Chinese energy storage industry is experiencing strong growth and development. However, challenges such as narrowing peak and valley income, high installation costs, rising safety concerns, and lack of system compatibility are increasingly prominent. These challenges are driving companies to innovate. Leveraging its experience from over 300 global projects, Dyness has launched a full-scenario solution with "full liquid cooling, modularity, high safety, and high profit," which is expected to pave the way for industrial and commercial energy storage in China.

At the exhibition, Dyness will present its theme, "Intelligent Interconnection, Energy Storage without Boundaries." The company will host two press conferences on the afternoons of June 11th and 12th, where it will introduce new capacity-type and power-type energy storage products. On the technical side, Dyness will integrate AI algorithms, Wi-Fi, and Bluetooth functionality, carry cloud platforms, and incorporate visualization systems. These innovations will provide users with a seamless, interconnected experience, enabling intelligent optimization, precise regulation, and cost reduction, ultimately delivering multiple benefits.

Sources to the company revealed that the two conferences held by Dyness will each offer a unique focus. Notably, the conference on June 11th will showcase the new capacity-type DH800Y. This model features a 690V medium-voltage grid-connected scheme, with a single-cabinet capacity of up to 836kWh, a maximum cyclic efficiency of 90%, and a large 4.2MW AC output power, along with a 16MWh large-capacity DC energy storage matrix. The Internal Rate of Return (IRR) of the energy storage project is expected to increase by up to 12%. This solution effectively addresses common issues faced by industrial and commercial energy storage users, such as large equipment footprints, low returns, transportation difficulties, high operation and maintenance costs, and security risks. With a focus on safety, it reduces operational costs, significantly increases revenue, and is suitable for a variety of applications, including industrial and commercial sides, grid-side storage, and new energy distribution scenarios.

DH800Y’s advantages over traditional containerized storage are clear:

Safety: Battery + PCS adopt full liquid cooling with four-layer protection (fire-resistant steel + rock wool + steel + coating), anti-condensation design (liquid cooling + smart dehumidification), and AI-driven temperature control enabling 50°C ambient operation without derating.

Structure: Modular split-level design enables “building-block” assembly, drastically cutting installation/O&M costs and footprint size.

As the saying goes,"The tree that is sturdy from the start will grow tall". Dyness has long embraced its role as a global innovator of cutting-edge energy storage solutions. With a customer-first mindset, Dyness is committed to addressing user pain points, promoting digital energy, reducing energy acquisition costs, and lowering global temperatures. Its products are now sold in over 100 countries and regions. At this year’s SNEC exhibition in Shanghai, Dyness invites you to reunite and explore the exciting new era of “intelligent interconnection and boundless energy storage” powered by advanced technology.