Power Battery Application Solutions

Q: What safety certifications do AIMRSE aviation batteries hold?

Our aviation cells and packs comply with DO‑311A (RTCA) and are undergoing EASA part 21G qualification.

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The rapid electrification of transport demands power battery solutions that deliver exceptional energy density, safety, and lifecycle value. AIMRSE's Power Battery Application Solutions are engineered to meet the rigorous requirements of new energy passenger vehicles, commercial fleets, special-purpose vehicles, and emerging marine & aviation applications. By leveraging advanced cell chemistries (NMC, LFP, solid-state hybrids), intelligent battery management systems, and modular pack architectures, we enable OEMs and fleet operators to achieve extended range, fast charging, and uncompromised reliability. Our solutions comply with stringent international standards (UN38.3, IEC 62660, ISO 26262) and are tailored to the specific operational profiles of each application—from high‑performance EVs to heavy‑duty trucks and electric propulsion systems for vessels and aircraft.

Overview

AIMRSE Power Battery Application Solutions - High performance EV battery pack and BMS

AIMRSE's power battery solutions span passenger, commercial, special vehicles, and marine/aviation applications. For passenger EVs, we deliver high-energy cells (up to 285 Wh/kg) with 4C fast charging and long cycle life. Commercial systems feature LFP durability (>5,000 cycles) and scalable packs for vans to heavy trucks. Special vehicles benefit from rugged IP67/69K packs with advanced thermal management. In marine/aviation, lightweight high-power batteries meet DNV/ABS and DO-311A standards. Each solution includes full lifecycle support—from cell characterization to second-life strategies. With R&D centers in Europe and North America, we optimize performance through electrochemical modeling and real-world data. Our systems comply with UN38.3, IEC 62660, and ISO 26262, ensuring global regulatory compliance and safe, reliable operation. We offer NMC, LFP, and semi-solid state cells tailored to specific duty cycles, partnering with OEMs for co-development and system integration to maximize range, minimize downtime, and deliver long-term value.

Core Objectives

Energy Density & Range

Maximizing gravimetric and volumetric energy density to extend vehicle range while minimizing weight. Our cell‑to‑pack (CTP) and cell‑to‑chassis (CTC) designs achieve pack‑level energies up to 200 Wh/kg for passenger EVs.

Ultra‑Fast Charging

Enabling 10‑80% SOC in 15 minutes or less with optimized electrode architectures and advanced thermal management, while maintaining cycle life and safety.

Multi‑Layer Safety

Integrated safety at cell, module, and pack levels: ceramic separators, pressure relief, gas detection, and fail‑safe contactors. All systems meet or exceed UL 2580 and IEC 62619.

Core Solutions

AIMRSE New Energy Passenger Vehicle Battery Solutions - CTP battery pack for electric cars

New Energy Passenger Vehicle Battery Solutions

AIMRSE supplies next-generation battery systems for BEV/PHEV passenger cars, combining high-nickel NMC and LFP chemistries with CTP/CTC integration. Cells deliver up to 285 Wh/kg, 4C fast charging, and multi-stage overcurrent protection with thermal barriers. We customize prismatic/pouch/cylindrical formats and 400V/800V platforms for optimal range and packaging. Systems are validated to LV124/LV148, ensuring real-world reliability and long cycle life through advanced BMS and extensive testing.

AIMRSE New Energy Commercial Vehicle Battery Solutions - heavy duty truck LFP battery pack

New Energy Commercial Vehicle Battery Solutions

Designed for vans, buses, and trucks, our commercial batteries prioritize longevity and low TCO. LFP modules deliver >5,000 cycles, scalable from 50 kWh to 1 MWh. Support 350 kW fast charging and battery‑swap variants with 5‑minute exchange. Rugged IP67 enclosures with integrated thermal management meet ISO 12405. Telematics‑ready BMS enables fleet optimization and predictive maintenance for depot and heavy-duty cycles.

AIMRSE Special Vehicle and Marine Aviation Battery Solutions - ruggedized and lightweight packs

Special Vehicle & Marine/Aviation Solutions

For off-highway machinery, vessels, and eVTOL, AIMRSE offers ruggedized and lightweight packs. Special vehicle packs feature IP69K, shock absorption, and thermal management for mining/construction. Marine batteries are DNV‑GL/ABS approved with salt‑water cooling and failsafe segregation. Aviation cells exceed 250 Wh/kg, high C‑rate, DO‑311A certified. Complete high‑voltage systems with contactors, fuses, and thermal runaway containment ensure safety in extreme environments.

AIMRSE Light Power Battery Solutions for Marine & Aviation

Light Power Battery Solutions for Marine & Aviation

Our light power batteries are engineered for weight‑sensitive marine/aviation applications. Marine systems comply with DNV‑GL/ABS, featuring salt‑water cooling and failsafe segregation for corrosive environments. Aviation cells provide >250 Wh/kg, high C‑rates for take‑off/climb, and DO‑311A certification. Complete high‑voltage systems include contactors, fuses, and thermal runaway containment. Reinforced housings and advanced thermal management ensure reliability in mission‑critical operations.

Success Cases

Real-world deployments of AIMRSE power battery solutions across transportation and marine sectors.

High‑Performance Electric Sedan Integration

AIMRSE supplied a 100 kWh 800V NMC battery pack for a new EV sedan, achieving 650 km WLTP range and 0‑100 km/h in 3.5 seconds.

Zero‑Emission Bus Fleet Deployment

50 electric transit buses powered by AIMRSE 168 kWh LFP packs; 15% lower energy cost and seamless telematics integration.

Hybrid Ferry Retrofit Project

Retrofitted a double‑ended ferry with a 1.2 MWh DNV‑GL certified marine battery system, cutting fuel use by 25% and emissions by 40%.

AIMRSE's Advantages

Advanced Cell & Materials R&D

AIMRSE operates a research center focused on next‑gen chemistries: silicon‑dominant anodes, solid‑state electrolytes, and cobalt‑free cathodes. We collaborate with European academic institutions to integrate new materials, ensuring customers benefit from cutting‑edge energy density and safety without lengthy qualification.

Full‑System Integration & Testing

We provide comprehensive engineering from cell characterization to vehicle integration. Our test facilities perform abuse testing per SAE J2464 and UN R100, supported by simulation tools (GT‑Suite, ANSYS) to model real‑world behavior, ensuring performance and regulatory compliance before prototyping.

Global Compliance & Certification

All power batteries meet UN38.3, IEC 62660, ISO 26262 (ASIL C/D), UL 2580, and EU Battery Directive 2023/1542. A dedicated compliance team tracks global regulations, enabling seamless market access across North America, Europe, and Asia.

Customization & Co‑Development

We offer flexible customization—cell format, capacity, mechanical interfaces, and protocols (CAN, Ethernet). Our co‑development model embeds engineers with your team for rapid iterations, from low‑volume prototypes to high‑volume series production with strict quality control.

Frequently Asked Questions

What is the typical cycle life of AIMRSE's passenger vehicle batteries?

Our NMC‑based passenger vehicle batteries typically achieve 1,500‑2,000 cycles (to 80% SOH), while LFP versions exceed 3,500 cycles under standard charging profiles. With our advanced thermal management and adaptive charging algorithms, real‑world lifespan often surpasses the vehicle's operational life.

Can AIMRSE provide batteries for heavy‑duty truck swap stations?

Yes. AIMRSE offers standardized battery swap packs (171 kWh, 236 kWh, 282 kWh) designed for automated swap stations. They feature robust alignment pins, self‑locking connectors, and CAN‑based handshaking. We also supply the battery management system and can integrate with third‑party swap infrastructure.

Do AIMRSE's marine batteries have type approval from classification societies?

Absolutely. Our marine battery systems are type‑approved by DNV (class B) and ABS, covering both hybrid and full‑electric propulsion. They meet the latest requirements for fire safety, gas emission monitoring, and shock resistance as per IEC 60092 and IEC 62619.

What safety certifications do AIMRSE aviation batteries hold?

Our aviation cells and packs are designed to comply with DO‑311A (RTCA) and are undergoing EASA part 21G qualification. They incorporate features such as arc mitigation, cell‑level fusing, and venting systems that prevent thermal propagation even under extreme conditions.

How does AIMRSE support battery second‑life and recycling?

AIMRSE offers a complete lifecycle management program: retired EV batteries are tested and reconfigured for stationary storage applications (echelon utilization). We also partner with certified recyclers to recover lithium, nickel, cobalt, and copper, supporting circular economy goals and compliance with EU battery regulations.

Customer Reviews

What our clients say about AIMRSE power battery solutions.

"AIMRSE's batteries have exceeded our expectations in both cycle life and thermal stability. Our buses operate reliably in extreme heat, and the telematics integration streamlines fleet management."

C****e

"The marine battery solution from AIMRSE not only met DNV certification but also delivered seamless integration with our hybrid propulsion. Fuel savings are already evident after six months."

E***k

"We chose AIMRSE for their advanced cell technology and willingness to co-develop. The 800V system provides exceptional power density and fast charging, giving our EV a competitive edge."

W***a

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