Global energy storage leader Dyness will unveil its latest innovations at Intersolar Europe 2025 in Munich from May 7-9. The company’s exhibition at Booth B2-131 will feature a comprehensive portfolio of energy storage solutions designed for residential, commercial, and industrial applications, reinforcing its position as an innovator in sustainable energy technology.
CEO Aaron Liu emphasized the company’s commitment to customer-focused solutions, stating: “Our growing European presence and international partnerships drive us to continuously develop efficient, reliable green energy systems.” The showcase will highlight seamless integration capabilities with major inverter brands including Kostal, SMA, and Victron, addressing diverse market needs across the energy storage spectrum.
For residential users, Dyness will debut two groundbreaking products. The compact PowerHI balcony system offers plug-and-play installation with expandable capacity up to 14.4kWh, featuring cold-weather operation down to -20°C. The high-performance PowerDepot G2 series provides scalable storage from 5.12kWh to 256kWh, incorporating an advanced aerosol fire suppression system that activates within five seconds for enhanced safety.
Commercial solutions include the STACK100 for indoor installations and outdoor DH200 series with liquid/air-cooling options. These industrial-grade systems offer rapid 20ms grid switching and capacities up to 921kWh, demonstrating Dyness’s capability to support enterprise energy demands. The Tower Pro residential unit stands out with its 15-minute single-person installation and three-year module compatibility for easy expansion.
Visitors to Intersolar Europe can experience these innovations firsthand at Dyness’s exhibition space. The company’s latest offerings reflect significant technological advancements in safety, scalability, and extreme weather performance, positioning Dyness as a key player in the global transition toward sustainable energy solutions. Industry professionals are invited to explore how these systems can optimize energy usage while supporting environmental goals.
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