EVE Energy at IAA Mobility: OMNICELL’s Technical Case for Fast-Charge, Safer Packs, and a Data-Ready ESG Story
OMNICELL is EVE Energy’s large-cylindrical platform spanning NCM/LFP/LMX chemistries and multiple series. The design targets long-range BEVs while retaining high-power headroom for HEV/PHEV programs.
EVE has been steadily building toward this moment. Founded in 2001 and listed in 2009, the company moved from 18650 cells (2015) to 21700 (2018), 33135 (2021), and 46-series (2022). In 2023, it launched the OMNICELL ecosystem, with mass production scheduled for 2024. OMNICELL is positioned as a safe, scalable cylindrical architecture for BEV, PHEV, HEV, REEV, and low-voltage systems.
Dr. Vincent Liang of EVE Energy Power Battery Research Institute stated at launch, “The OMNICELL journey has been two decades in the making. From early 18650 cells, to 21700s, to our 46-series with BMW, each milestone built towards today.”
Technically, the cells utilize a full-tab winding core to reduce internal resistance and enhance power efficiency. In practice, this supports 10–20-minute, 10–80% SOC fast charging, which define the product’s value positioning on European roads, where charge time, rather than energy, drives the adoption of electric vehicle.
On the safety side, EVE specifies system-level intrinsic thermal safety, electrical isolation against venting gas, and the full-filling foaming, which lead to strong stiffness of the entire pack to improve the driving NVH experience and the crash robustness.
- BEV (CTP-ready): A standardized, large-cylindrical footprint enables the “EVE In-Situ Upgrade” mode, which is convenient for OEM to adjust chemistry without altering system architecture, reducing R&D timing/costs by ~40–60%.
- PHEV: Full-immersion cooling with 9min fast charging from 10-80%SOC, and over 100kW pulse power delivery at 50%SOC.
- HEV: First 21700-based HEV system, up to 78C pulse discharge, >40,000 cycles, and max 8 °C/min self-heating to overcome cold-start constraints and retain the long driving distance for cold weather regions.
Beyond traction packs, EVE’s 48 V mild-hybrid system (≈approximately 1 kWh) integrates DC-DC and achieves a ~15% fuel-consumption reduction, EU7 readiness, and mass production awards. The 12 V system operates from –30 °C to 70 °C and is now a lead-acid alternative with global OEM adoption.
The afternoon’s second session centers on battery passports and ESG. EVE states that it will unveil a comprehensive passport featuring pre-certified data (TÜV Mark pre-certification, as per the company briefing), thereby positioning the data model for EU LCA/PCF disclosure, and auditor-friendly traceability. Parallel to the passport, EVE’s factory stack already reports Energy Digitalization 2.0, with 12,292 live monitoring points, ensuring verifiable carbon and energy records.
The EU regime pushes from slideware to machine-readable, auditable data. A passport tied to live factory telemetry shortens the distance between compliance, procurement due diligence, and financing.
EVE’s globalization and sustainability arc
OMNICELL’s standardization push reflects broader Chinese EV manufacturing patterns: rapid iteration, modularization, and systemized cost control. EVE lists bulk supply to Mercedes-Benz and Hyundai-Kia, as well as designations from BMW, GM, and JLR, alongside mass-production ties with XPeng, Aion, Changan, and other companies. H1-2025 rankings show #5 in domestic passenger-vehicle installations and #2 globally in medium/heavy truck installations, valid indicators of steel-in-the-ground for overseas OEMs.
To support Europeanization/North America, EVE highlights its overseas plants (Hungary, Malaysia, USA) and service nodes (Germany, Singapore, USA) to localize supply, validation, and after-sales support.
The credible ESG baseline makes the battery passport a living record of carbon/energy performance throughout the pack's life and into end-of-life.
OMNICELL’s portfolio spans BEV long-range systems (including 200 Wh/kg NCM variants) through PHEV immersion-cooled packs and HEV high-rate solutions. Adjacent programs include eVTOL/UAV and robotics, where high safety, high rate, and high specific energy are certified necessities rather than nice-to-haves.
