New Energy Commercial Vehicle Battery Solutions
Overview of New Energy Commercial Vehicle Battery Solutions
AIMRSE delivers advanced battery solutions specifically engineered for new energy commercial vehicles, including electric trucks, buses, port equipment, and heavy-duty logistics fleets. Our systems combine high-energy-density cells, robust thermal management, and intelligent BMS to meet the demanding requirements of commercial mobility: ultra-long cycle life (up to 1.5 million km), rapid charging capability, and uncompromising safety under extreme conditions. We leverage proven LFP and NMC chemistries within modular, IP69K-protected packs that ensure structural integrity and reliability across diverse climates and duty cycles.
By optimizing total cost of ownership and enabling seamless integration with vehicle architectures, AIMRSE empowers OEMs and fleet operators to accelerate their transition to zero-emission transportation while maximizing uptime and sustainability. Our solutions are backed by comprehensive validation, global certifications (ECE R100, UN38.3), and full lifecycle support—including cloud-based fleet analytics and predictive maintenance to further enhance operational efficiency.
Success Cases
Real‑world deployments of AIMRSE commercial vehicle battery systems across three continents.
800V battery for Class 8 electric trucks
AIMRSE supplied 3 MWh of high‑energy LFP packs for 50 heavy‑duty trucks, cutting fleet CO₂ by 12,000 t/year.
200 kWh LFP packs for 30 e‑buses
Zero‑emission buses achieve 280 km daily range using opportunity charging, with 1.2 Mkm cumulative operation.
1000V battery for extreme‑duty haulers
20 mining trucks retrofitted with AIMRSE packs survive +40 °C ambient and vibration, saving 2M liters of diesel annually.
Core Technical Framework
AIMRSE's commercial vehicle battery systems feature a modular, scalable architecture integrating five core modules engineered for heavy-duty use and seamless vehicle integration.
Cell & Module Platform
We utilize automotive-grade prismatic and pouch cells (LFP or high-energy NMC) selected based on power/energy requirements. Cells are assembled into modules using laser-welded busbars, integrated cell supervision circuits, and thermal interface materials. Module designs maximize volumetric efficiency while withstanding crash loads. Standard voltages (48V, 150V) enable flexible series/parallel configurations to achieve 400V to 800V+ systems, ensuring compatibility with diverse vehicle platforms and duty cycles.
High-Voltage Distribution & Safety
The HV distribution unit integrates main contactors, pre-charge circuits, fuses, and current sensors, managing power flow to the inverter and auxiliaries. Designed for up to 1000V and continuous currents exceeding 600A, it incorporates galvanic isolation and fast-acting pyrofuses for rapid fault interruption. The system supports AC and DC charging up to 350 kW, enabling opportunity charging during driver breaks and ensuring safe, reliable operation under all conditions.
Advanced Thermal Management
Our liquid cooling/heating plates maintain cell temperature within ±2°C across -30°C to +50°C ambient. A dedicated coolant loop with electric pump and chiller/heater ensures consistent performance and prevents accelerated aging. For extreme-duty applications, immersion cooling architectures provide superior heat transfer and cell uniformity, enabling sustained high-power operation and fast charging without compromising cycle life.
Intelligent BMS & Connectivity
Our ISO 26262 ASIL-C compliant BMS provides real-time monitoring of voltage, current, temperature, and isolation. It features advanced state estimation (SOC, SOH, SOP) and cell balancing (passive/active). CAN bus communication interfaces with the vehicle VCU and telematics unit. Cloud connectivity enables fleet operators to monitor battery health, receive predictive alerts, and optimize charging schedules via the AIMRSE Fleet Analytics portal, maximizing uptime.
Structural Enclosure & Integration
The battery enclosure is constructed from high-strength steel or aluminum with anti-corrosion coatings, providing IP69K protection against high-pressure water jets and dust. Internal reinforcements and crush zones ensure compliance with ECE R100 crash safety. The design accommodates vehicle-specific mounting points and integrates with the chassis for optimal weight distribution, ensuring structural integrity in the most demanding environments.
AIMRSE's Competitive Advantages
Deep Application Expertise
Our engineering team has decades of combined experience in commercial vehicle electrification. We have successfully delivered battery systems for Class 8 trucks, double-decker buses, port tractors, and mining vehicles. This hands-on knowledge allows us to anticipate real-world challenges and design solutions that excel in the field.
Proven Reliability
We have logged over 50 million real-world kilometers across our commercial vehicle battery installations. Our systems demonstrate exceptional durability in extreme climates, from Canadian winters to Australian outback heat. We provide comprehensive validation reports, including vibration, thermal shock, and accelerated life testing per OEM standards.
Tailored Customization
No two fleets are identical. We offer flexible pack geometries, voltage ranges, and communication protocols to seamlessly integrate with your vehicle architecture. Whether you need a standard 280Ah pack or a bespoke 1000V system with integrated auxiliary power take-off, our modular design approach delivers cost-effective customization.
AIMRSE's Customized Design & Development Process
AIMRSE follows a structured, collaborative process for developing commercial vehicle battery systems, ensuring all technical, regulatory, and commercial objectives are met.
1. Mission Profiling & Requirements
We work with your engineering team to define vehicle duty cycles, energy consumption, charging infrastructure, and installation space. We also review applicable standards (ECE R100, FMVSS, etc.) and target cost/performance metrics. This phase concludes with a detailed technical specification document.
2. System Architecture & Simulation
Our simulation team models cell performance, thermal behavior, and aging under the defined duty cycle. We evaluate different cell chemistries and series/parallel configurations to select the optimal architecture. We also perform DFMEA and safety analysis to identify and mitigate risks early.
3. Detailed Engineering & Prototyping
We develop 3D CAD models, wiring schematics, and BMS firmware. Thermal and structural FEA validate the design before prototyping. Samples are built using production-intent processes and undergo rigorous electrical, thermal, and vibration testing in our in-house lab.
4. Validation & Certification
Prototypes undergo extensive validation according to jointly agreed test plans (DV/PV). We perform safety and abuse tests (overcharge, short circuit, crush) and work with accredited labs to obtain certifications (UN38.3, ECE R100, etc.). All results are documented transparently.
5. Series Production & Aftermarket Support
We transfer the validated design to our IATF 16949 certified production lines, supporting ramp-up and PPAP. Throughout the vehicle lifecycle, we provide spare parts, BMS over-the-air updates, and technical assistance. Our global service network ensures rapid response.
Frequently Asked Questions
What is the typical cycle life of AIMRSE commercial vehicle batteries?
How fast can your batteries charge, and what infrastructure is needed?
What safety certifications do AIMRSE commercial batteries comply with?
Customer Reviews
Fleet operators and OEMs share their experience with AIMRSE commercial vehicle batteries.
"AIMRSE's batteries have transformed our logistics fleet. The fast charging and reliability keep our trucks on the road 24/7. Since installation, unscheduled downtime dropped by 70%."
"The integration support and BMS data insights helped us optimise routes and reduce energy costs by 18%. The 800V architecture enabled seamless opportunity charging."
"Working with AIMRSE on our mining electrification program was seamless. Their packs survive the harshest conditions with zero safety incidents – and the local support team is outstanding."
Featured Solutions
Disclaimer: Professional use only. Buyer assumes all risk. Follow safety instructions. Comply with local disposal laws.
Contact Form
