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Advantages of EMSB Modular Design & Interoperability
EMSB offers complete solution for commercial vehicle electrification with affordable financial outlay.
- Common design either for 9m, 10m and 12m chassis
- Additional batteries could be installed to increase battery capacity on the modules without the need for layout modification
- More common component especially wireharness and cables hence reducing the development and manufacturing costs
- Able to use different battery manufactures products with just minor changes
- UNECE R100, R10, ISO26262, J13969 Standard & ITxPT Protocols Compliance
Commercial Electric Vehicle Conversion & Integration
To reduce dependence on carbon based fuels, commercial vehicles would be a viable option to be converted from diesel powered to electric powered. EMSB has the know how in converting & integrating public transport vehicles like city buses and commercial transport like box vans used for delivery of parcels.
Human-Machine Interface (HMI) Development
Due to the integration of new equipment and modules on an EV conversion, HMI integration mainly as a secondary display becomes a critical aspect of a proper conversion and integration of any types of vehicles. The legacy meter cluster & driver information system wont be able to provide accurate information to the operator on newly integrated electric modules
Home & Commercial Charging Equipment
Looking at the different options available for an Electric Vehicle to be charged, EMSB has a range of chargers available for any commercial and home use application. EMSB will be able to accommodate Level 1, Level 2 & Level 3 charging requirements according to the clients needs.
Commercial EV Design (Interior & Exterior)
From drawing board to fabrication, EMSB provides designing solutions for commercial vehicles like buses and special purpose vehicles. We offer both interior and exterior design capabilities that complies with international standards.
New Energy Generation
With the demand of cleaner energy on the rise, EMSB in collaboration with local universities are developing new methods of producing energy from wave, wind and solar sources.