#Germany #Clean Energy #Munich #Envision Group #Intersolar 2026

Envision Unveils Innovative Energy Solutions at Intersolar Europe 2026

Envision, a pioneering company in integrated energy solutions, made a significant impact at the Intersolar Europe 2026 exhibition by showcasing its advanced electrical systems aimed at providing clean, controllable energy for artificial intelligence (AI), industrial applications, and power networks. This presentation is a testament to Envision's commitment to creating a sustainable energy future through its comprehensive approach to energy management.

Integrated Energy Architecture

The company's new offerings include the AI Power System, specifically designed for AI data centers, and the 4.X MWh long-duration energy storage system of the 8th generation. These solutions highlight Envision's capability to connect, store, and coordinate energy within a complete system architecture. Envision’s approach encapsulates several key components such as battery cells, energy storage systems, power electronics, digital platforms, and real-time coordination.

Kevin Huang, Senior Vice President at Envision, articulated the critical nature of energy availability for AI development and industrial growth. He stated that the next phase of the energy transition won't solely depend on the cost per watt-hour but will hinge on the entire electrical system's competitiveness. Envision aims to ensure that renewable energy is not just clean, but also stable, controllable, and economically viable on a large scale.

AI Power System

The AI Power System directly addresses the challenge faced by AI infrastructures, where the demand for computing power is outpacing the supply of clean and stable electricity. Utilizing physical AI models, this system intelligently manages electricity generation, grid interaction, storage, and load balancing across three levels: interconnected hybrid energy systems combining wind, solar, and storage; battery energy storage systems on medium voltage networks; and an 800V DC electrical architecture incorporating semiconductor transformer technology.

For instance, Envision's 2.5 MW SST container converts input voltage from 10/13.8 kV AC to 800V DC with a maximum conversion efficiency of 98.5%. Furthermore, the proposed energy storage systems utilize lithium-iron-phosphate technology, delivering up to 2.5 MW of backup power for a minimum of two hours. Additionally, Envision's sodium-ion solution offers rapid charging and discharging capabilities, enhancing thermal stability and operational longevity.

These technologies collectively empower AI data centers to achieve higher resilience and efficiency, integrating renewable energy more effectively and adapting to the dynamic power demands presented by advanced graphics processing clusters.

Long-Duration Energy Storage Solutions

The 8th generation long-duration energy storage system, providing 4.X MWh, is engineered for networks with a high renewable energy composition, ensuring stable electricity supply. Constructed using Envision's proprietary battery cells and SiC-based power conversion system technology, it boasts a surge capacity of 250% for grid-forming applications, enabling it to maintain voltage source behavior during significant transients.

With a lifespan of 25 years, this system supports storage durations of 8 to 16 hours and offers round-trip efficiencies of up to 91%. It allows for better internal rates of return on projects by enhancing efficiency and lowering operational costs.

Hybrid Energy Solution

Envision's hybrid energy solution integrates wind, solar, and storage technologies through a proprietary inverter system. This system offers continuously controllable clean energy to industrial clients and utilities over the entire lifecycle of projects, from design to operation. Its architecture ensures precise coordination, enhancing system performance and project profitability.

The integrated approach adopted by Envision is revolutionizing energy consumption by coordinating on-site renewable energy generation, storage, grid connection, and energy consumption to reduce costs and enhance power supply stability.

Conclusion

As Envision's alternative energy solutions gain traction, the company is also actively engaged in developing the Envision Galaxy Campus, a gigawatt-scale AI data center powered by renewable energy directly connected to the grid. This initiative embodies Envision’s mission to create 5 GW of environmentally friendly AI data centers in desert regions by 2030. With its unveiling at Intersolar Europe 2026, Envision is charting the course for a future where clean, controllable energy is the norm for powering innovative industries.