EXENCELL X DeepSeek: "E³-EMS" -- "AI+ Energy Storage" is redefining energy management with next generation EMS

EXENCELL unveils the industry-first intelligent energy management system "E³-EMS", integrated with AI-native architecture. This system, based on EXENCELL's full-stack self-developed storage hardware and DeepSeek's large-scale model, delivers breakthrough of energy storage systems from passive response to active evolution, offering a "safe-efficient-profitable" holistic zero-carbon transformation solution for grid, and commercial & industrial sectors.

EXENCELL AI-EMS: AI Restructures the Energy Management Value Chain

(1) From "Tool" to "Intelligent Brain", DeepSeek's large-scale model drives EMS evolution

- Intelligent prediction: integrating Deepseek large-scale model with abundant data of more than 100 thousand EXENCELL energy storage equipment, "E³-EMS" achieves PV output prediction error of <3% and load prediction accuracy of >95%.

- Dynamic optimization: DeepSeek's "carbon-energy-price" three-dimensional optimization algorithm enables the ESS average daily cycle efficiency to be increased to 92% (the industry average is 87%) through the real time calculation of marginal cost of electricity price & carbon price & equipment loss, and dynamic adjustment of the energy storage charging and discharging strategy.

- Autonomous evolution: the DeepSeek model empowers E³-EMS with autonomous iteration capabilities via continuous learning of equipment degradation patterns and environmental data, and the comprehensive energy efficiency can be improved by 5%-8% after 3 months of operation, breaking the limitation of the traditional EMS "static strategy".

(2) EXENCELL E³-EMS's Unique "Three-Dimensional Collaboration" Advantages

- Deep integration of hardware and algorithms: the DeepSeek model is embedded in the underlying architecture of E³-EMS, and reads 300+ cell-level parameters (voltage, internal resistance, temperature, etc.) of EXENCELL's self-developed BMS/PCS in real time, realizing a millisecond-level closed-loop from device status to static generation.

- Cloud-Edge-Device Full-stack Synergy: leveraging EXENCELL's globally deployed energy storage terminals, DeepSeek establishes a hybrid edge-cloud hybrid training framework, achieving a 3x acceleration in model iteration speed.

- Energy-carbon-finance closed loop: DeepSeek connects carbon accounting and electricity trading, automatically generates MRV data packages that meet international standards, helps customers improve the efficiency of carbon asset monetization by 50%, and at the same time increases revenue through green power arbitrage strategies.

EXENCELL's Hard-Core Strength and Product Advantages

(1) Technological Breadth: Full control from cell to system, with cell-level innovation and system-level safety.

- Cell-level innovation: the cycle life exceeds 15,000 cls, thermal runaway risk is 90% lower than industry standards, and the products are certified with UL 9540A and IEC 62619.

- System-level safety: through the dual-insurance architecture of "multi-level BMS+AI fault isolation", the triple protection solves the problem of suppressing the thermal runaway of lithium batteries, realizes the 24 hours+ non-re-ignition requirements under efficient, reliable and economical conditions, and realizes millisecond-level fault shutdown of battery clusters and packs.

(2) Product Matrix for All Scenarios: 7MWh energy storage system and solid-state batteries are expanding application scenarios into high-performance domains.

- EXENCELL 7MWh BESS: compared with the current dominant 5-6MWh BESS, the cost per watt-hour of 20 ft container BESS under the same level can be reduced by 10-20%, and the economic benefit can be increased by 50%.

- EXENCELL 320Ah solid-state energy storage cell: actual capacity ≥ 320Ah, energy density ≥ 182Wh/kg, cycle life (normal temperature) ≥ 6000cls, and no fire/ explosion during acupuncture and overcharge tests. Regarding application scenarios, these cells can be used in grid scale energy storage, CCI energy storage, electric vessels, low-altitude economy, humanoid robots, AI intelligent computing center backup power and other market segments.

High-precision prediction, reliable hardware, and adaptability to extreme environments make EXENCELL's E³-EMS "intelligent". Embedding AI into energy storage hardware creates a self-evolving energy ecosystem, paving the way for an intelligent energy internet in the zero-carbon era through collaborative innovation.