#Germany #Munich #Envision Energy #AI Power System #Gen 8 LDES

Envision Unveils Integrated Energy Systems at Intersolar Europe 2026

On June 24, 2026, Envision made waves at Intersolar Europe 2026, revealing its cutting-edge integrated energy systems. Aimed at supplying clean and controllable energy, Envision's innovations focus on fulfilling the increasing energy demands of AI infrastructure, industrial operations, and the stability of energy grids.

The company's display highlighted its AI Power System, which targets the needs of artificial intelligence datacenters. This system is crucial as the demand for computational power in AI applications often outpaces the availability of clean, stable, and competitively priced energy necessary to function effectively. The AI Power System utilizes physical AI models to coordinate energy generation, storage, and load management across hybrid energy solutions combining wind and solar energy. Additionally, its battery energy storage systems (BESS) are designed in a grid-forming configuration at the medium voltage level, integrating 800 V DC power architecture along with semiconductor transformer technology to enhance efficiency.

One standout feature, the Envision SST container with a capacity of 2.5 MW, converts AC input to efficient 800 V DC output with a remarkable conversion efficiency of up to 98.5%, while significantly reducing copper usage by up to 80%. Envision’s solutions also include an LFP-based compact storage system for backup power, capable of delivering up to 2.5 MW for two hours, and sodium-ion solutions for rapid energy smoothing, which can charge and discharge within minutes, making them highly suited to dynamic energy demands.

The integration of these technologies positions AI datacenters to operate more efficiently, leveraging renewable energy sources while adapting to fluctuating load profiles required by advanced GPU clusters. Envision's AI Power System has already demonstrated its potential in enhancing energy efficiency and reliability in renewable energy supply through various rollout projects. For example, it is currently operational in a Net-Zero Industrial Park project in Chifeng, collaborating with Tencent—one of the leading technology companies in cloud and AI services.

Envision is also in the process of building the Envision Galaxy Campus in Ulanqab, envisioned as a gigawatt-scale AI data center powered directly by renewable installations. This initiative exemplifies how clean energy integration can be embedded from the inception of AI infrastructure projects. Furthermore, the AI Power System underpins Envision's ambitious Mission Gobi initiative aimed at developing 5 GW of green data center capacity in arid regions by 2030.

In addition to its AI Power System, Envision introduced the Gen 8 4.X MWh Long Duration Energy Storage System, specifically designed for high renewable energy grid applications. Its capabilities include supporting durations of energy storage from 8 to 16 hours with a cycle efficiency of 91%, catered for a 25-year operational lifespan. This system promises to enhance investment returns through superior efficiency and operational value derived from long-duration storage, making it an attractive option for investors in renewable energy solutions.

The modular design of the Gen 8 system also reduces land footprint by over 30% compared to typical systems while ensuring reliability across a wide operational temperature range. Envision’s full-stack hybrid solution integrates wind, solar, and storage capabilities with proprietary solar inverters, first launched for the European market. Their real-time coordination technology enhances system performance, reliability, and economic feasibility, thereby facilitating the integrated operation of solar installations and energy storage.

As an end-to-end service provider, Envision’s strategy encompasses the entire project lifecycle, from forecasting and planning to operation and maintenance, assisting clients in optimizing efficiency throughout the operational years of projects. This holistic approach aims to reduce costs and enhance power stability across various industrial applications, solidifying Envision's position as a leader in the integration of sustainable energy solutions for future challenges.

For more information on Envision's innovative energy solutions, visit Envision Group.