SERIAL HYBRID
Applications
AMPHERR Battery Packs for Serial Hybrid EVs
Advanced battery solutions for efficient, reliable, and low-emission vehicle platforms
Experience the benefits of fully electric driving combined with intelligent onboard power generation. AMPHERR's Serial Hybrid EV technology delivers reduced emissions, optimized energy efficiency, and reliable range for demanding commercial and industrial applications.
- Low cost and buffer storage unit
- High power and high energy source
- CANBus 2.0A-B communication protocol
- Efficient liquid cooling system
- Integrated battery management system
- Compatible design according to ECE R100.3, ECE R10, UN38.3, DNV-GL, ISO 26262 and IATF 16949
AMPHERR Battery Packs
Can Power Serial Hybrid EVs
- Transit & Shuttle Buses
- Medium- and Heavy-Duty Trucks
- Delivery & Last-Mile Vans
- Construction Equipment
- Agricultural Machinery
- Mining & Quarry Vehicles
- Airport Ground Equipment
- Port & Terminal Vehicles
- Marine & Inland Waterway Vessels
- Specialty & Utility Vehicles
- Off-Highway
Key Benefits
- Extended Range
- Fuel Savings
- Lower Emissions
- High Efficiency
- Reliable Performance
- Reduced Maintenance
- Quiet Operation
- Lower Total Cost of Ownership
- Flexible Integration
- Sustainable Mobility
Driving a Cleaner Future
AMPHERR battery solutions help manufacturers reduce emissions and support global sustainability goals through efficient, high-performance energy storage. By enabling the transition to electrified and hybrid vehicle platforms, our advanced battery systems contribute to lower fuel consumption, improved energy efficiency, and a reduced environmental footprint.
What are Serial Hybrid EVs?
Serial Hybrid Electric Vehicles (EVs) are powered by an electric motor, while a combustion engine or generator produces electricity to recharge the battery.
This architecture combines the benefits of electric driving with extended range and improved operational efficiency.
This architecture combines the benefits of electric driving with extended range and improved operational efficiency.