Envision's Gambit: Taming AI's Energy Thirst with Dispatchable Renewables

MUNICH, GERMANY – June 24, 2026 – As the artificial intelligence boom strains power grids worldwide, green technology leader Envision today unveiled an ambitious suite of integrated power systems designed to turn a critical liability into a strategic asset. At Intersolar Europe 2026, the company showcased a portfolio that moves beyond simply generating clean power, focusing instead on connecting, storing, and orchestrating it to create stable, dispatchable energy on demand. The European debut of its AI Power System, Gen 8 Long-Duration Energy Storage, and a full-stack Hybrid Wind-Solar-Storage solution marks a significant push to solve the twin crises of soaring energy demand from data centers and the inherent intermittency of renewables.

"The bottleneck for AI and industrial growth is increasingly the availability of reliable, affordable and low-carbon power," said Kevin Huang, Senior Vice President at Envision. He emphasized a strategic shift in perspective: "The next phase of the energy transition will not be defined by cost per watt hour alone, but by the competitiveness of the entire power system."

Powering the AI Revolution

The most pointed of Envision's new offerings is its AI Power System, a direct answer to a problem vexing Silicon Valley and utility boardrooms alike: AI's computational appetite is growing far faster than the grid's ability to feed it cleanly and reliably. Instead of treating the data center as a simple load, Envision's system integrates it into a dynamic energy ecosystem.

At its core is a multi-layered architecture. It starts with grid-side hybrid wind-solar-storage plants and extends to the data center itself with an 800V DC power architecture. This design leverages a 2.5 MW solid-state transformer (SST) that boasts up to 98.5% conversion efficiency while slashing copper use by 80%—a significant material and cost saving. To manage the volatile power draws of advanced GPU clusters, the system employs a dual-chemistry storage strategy. A compact LFP-based battery system provides multi-hour backup and energy shifting, while a fast-response sodium-ion battery solution smooths out the rapid power fluctuations characteristic of AI workloads, charging and discharging in minutes.

This isn't merely a blueprint. The system is already operational at Envision's Chifeng Net-Zero Industrial Park, where it supports a computing-power coordination project with cloud and AI giant Tencent. There, the system's AI models orchestrate power generation, storage, and computing tasks in real-time, scheduling intensive AI workloads to coincide with peak renewable energy availability. This model is being scaled up dramatically at the Envision Galaxy Campus in Ulanqab, a planned gigawatt-scale AI data center powered by directly connected renewables, and serves as the foundation for 'Mission Gobi,' a global initiative to develop 5 GW of green AI data center capacity in arid regions by 2030.

Forging a Stable, Renewable Grid

Beyond the specific needs of AI, Envision is tackling the broader challenge of grid stability with its Gen 8 4.X MWh Long-Duration Energy Storage System (LDES). Purpose-built for grids with high renewable penetration, the system is designed to transform intermittent wind and solar power into a firm, 24/7 resource. It offers a storage duration of 8 to 16 hours, a crucial capability that extends far beyond the typical 2-4 hour range of many current battery systems, enabling it to cover entire overnight periods or extended lulls in generation.

With a claimed round-trip efficiency of up to 91% and a 25-year operating life, the Gen 8 system is positioned to compete directly with top-tier offerings from rivals like Tesla and Fluence. Its key differentiator lies in its powerful grid-forming capabilities. The system can handle a 250% overload, allowing it to act as a true voltage source during grid disturbances—a function historically provided by the spinning turbines of fossil fuel plants. This capability is essential for maintaining grid stability as traditional generation is phased out and helps project developers compete for lucrative ancillary service contracts.

By integrating its own battery cells, silicon-carbide power conversion systems, and a newly debuted in-house solar inverter, Envision is delivering a full-stack Hybrid Wind-Solar-Storage Solution. This vertical integration allows for millisecond-level coordination across the entire plant, a level of control that optimizes performance and reliability. For industrial and utility clients, the company claims this integrated approach can improve project internal rates of return by 1 to 3 percentage points through higher efficiency and a more compact footprint, which is over 30% smaller than typical systems.

A Strategic Push into a Competitive Market

Envision's showcase at Intersolar is more than a product launch; it's a calculated strategic entry into the heart of the European energy market at a time when the continent is grappling with energy security and aggressive decarbonization mandates. Already ranked among the top global BESS integrators by Wood Mackenzie and BloombergNEF, the company is leveraging its established supply chain and extensive deployment experience—over 30 GWh of storage delivered globally—to gain a foothold.

Its expansion is supported by recent strategic moves, including a framework agreement with GES to deploy wind and battery systems across Spain and Europe. However, the market is crowded. It faces stiff competition not only from established players like Siemens Gamesa and Wärtsilä, but also from battery giants like CATL, which simultaneously debuted its own long-life sodium-ion storage system at the same event.

Envision’s bet is that its system-level, fully integrated approach offers a compelling advantage. By providing a single, coordinated architecture—from the battery cell chemistry to the AI-powered digital platform—it aims to de-risk complex projects for developers and utilities. This end-to-end responsibility is designed to streamline integration, ensure performance, and navigate the complex regulatory and technical challenges of connecting to modern grids, positioning renewable energy not just as a clean alternative, but as the most reliable and intelligent power source for the future.