On April 1, 2026, the 14th Energy Storage International Summit and Exhibition was held in Beijing. Envision, with the theme of "Creating AI Energy Systems," has released a 12.5MWh AI energy storage system equipped with a new generation of AI adaptive PCS. It has also announced the official production of the world's largest square shell wound energy storage cell, 790Ah. At the same time, Envision's first sodium ion energy storage battery has been officially launched, and it has partnered with a leading AI company to launch the world's first 100% green direct supply AIDC project, further expanding the boundaries of energy storage applications and leading a new paradigm of energy storage full scenario solutions.

Currently, the energy storage industry is entering the "asset age". In the face of uncertain returns, Far East relies on its self-developed "Envision Tianji Weather Intelligence" and "Dubhe" energy big model to deeply integrate physical AI with full stack self-developed capabilities, promoting energy storage stations to achieve self sensing, adaptation, and self evolution throughout the planning, design, manufacturing, operation, and trading processes, and driving a 4-8% increase in IRR throughout the entire lifecycle of the station - turning impossible into possible and uncertainty into certainty.

System definition of battery cell

790Ah is the optimal solution for the new generation of energy storage battery cells

The EnvisionEN 12.5MWh AI energy storage system is equipped with the world's largest coiled battery cell - a 790Ah energy storage dedicated battery cell, with an energy density of over 440Wh/L, a cycle life of over 15000 times, a calendar life of up to 30 years, and a battery cell RTE of up to 96%. With self-developed high safety electrolyte and unique thermal gradient reaction design, combined with directional exhaust and heat dissipation channels, we solve the safety challenges of large battery cells from the source. The product has passed multiple high-risk tests, obtained certification from mainstream institutions worldwide, and is the first to achieve mass production delivery.

As the pioneer of high-capacity battery cells, Envision Power continues to define battery cells with a systems thinking approach, taking the lead in the development and delivery of 300+Ah and 500+Ah series large battery cells. The launch of 790Ah this time is not simply a pursuit of capacity improvement, but a multidimensional system optimization solution that integrates materials, processes, equipment, stations, and grid friendliness.

In addition, relying on the third-generation silicon carbide PCS and AI temperature control technology, the EN 12.5MWh AI energy storage system has an energy efficiency of over 92%. The large sub array design reduces the on-site station layout by 37.6% and improves grid efficiency by over 50%. Empowered by AI intelligent agents, the system has an accuracy rate of over 90% in predicting electricity prices at key trading nodes.

Far sighted 790Ah battery cell mass production line

Over 16 years of accumulation in power electronics

Forging smart grid interfaces for the AI era

Yuanjing has simultaneously released the 6.X-12.X MW AI adaptive energy storage converter boost integrated machine, inheriting 16 years of power electronics technology genes and promoting the transition of energy storage PCS from "power conversion equipment" to "intelligent power nodes".

Farview's self-developed high-power, adaptive energy storage converter (PCS) is equipped with third-generation silicon carbide technology, achieving industry-leading power density with an efficiency of up to 99.3%. It can also operate at full load without derating in a high temperature environment of 55 ℃. This PCS is equipped with a native AI intelligent core, which has full condition adaptability, millisecond level power grid fluctuation prediction, and full lifecycle health management capabilities. It can support seamless switching between grid and off grid, achieve minute level black start, and deeply adapt to multiple scenarios such as network construction, frequency regulation, and high-level AIDC power supply. It has obtained multiple network construction certifications such as VDE FNN in Germany, REE in Spain, and AEMO in Australia.

Far sighted adheres to self-developed and self-made full stack technology, fully covering battery cells PCS、BMS、EMS、SCADA、 The core components of the power trading auxiliary decision-making system achieve deep collaboration between software and hardware, and possess the full industry chain capability from intelligent manufacturing to power station delivery.

Full scene coverage: Sodium ion energy storage battery offline

The world's first 100% green power direct supply AIDC project has landed

Facing the constantly emerging emerging scenarios, Farview synchronously showcased the first sodium ion energy storage dedicated battery cell and AIDC end-to-end energy solution.

The first sodium ion energy storage dedicated battery cell from Yuanjing was officially launched in March 2026, with a capacity of over 180Ah, a working temperature range covering -40 ° C to 70 ° C, and a cycle life of ≥ 20000 times, meeting the industry's highest testing standards. In the future, it will be matched with AIDC backup batteries, extreme high and low temperature environments, and other differentiated scenarios, forming a synergistic complementarity with lithium batteries.

In addition, Far East has released its first end-to-end energy solution from "core" to "grid", covering the grid side, station side, load side, and control side, directly addressing the power bottleneck of data centers in the era of AI computing power. It is reported that Farview has partnered with Tencent to establish the world's first 100% direct green power data center in Chifeng, Inner Mongolia, reducing comprehensive energy costs by over 40% and annual carbon emissions by up to 180000 tons. In addition, Farview is collaborating with leading AI companies to build the world's largest zero carbon AIDC park in Ulanqab, with the project expected to be delivered this year.

With the deepening of electricity marketization reform and global energy transformation, energy storage systems are shifting from "hardware assets" to "artificial intelligence assets". Far sighted AI energy storage not only provides key support for building stable and profitable renewable energy systems, promoting domestic industries from price competition to value competition, but also empowers more countries and regions to accelerate green and low-carbon transformation and promote new prosperity.Editor/Gong Ziwei