DeepWay develops intelligent electric heavy trucks featuring a low drag coefficient and a multi-domain integrated electrical architecture, designed to enhance operational efficiency and reduce total cost of ownership. The vehicles aim to minimize emissions and improve driver well-being through advanced thermal management and high-level intelligent driving capabilities.
Funding
Funding not disclosed
Founders
Product
Problem
The long-haul trucking industry faces challenges related to high operational costs, driver shortages, and environmental impact due to emissions from traditional diesel-powered vehicles. Existing electric truck options often lack the range and efficiency required for demanding long-distance routes, hindering widespread adoption.
Solution
DeepWay designs and manufactures intelligent electric heavy-duty trucks optimized for long-haul transportation. These trucks feature a streamlined aerodynamic design, a multi-domain integrated electrical architecture, and advanced thermal management systems to maximize energy efficiency and extend driving range. By integrating high-level intelligent driving capabilities, DeepWay aims to reduce operational costs, improve driver well-being, and minimize emissions, offering a sustainable and economically viable alternative to conventional diesel trucks. The company's initial model incorporates an e-axle for enhanced performance and has achieved mass production readiness.
Target Audience
The primary target audience includes logistics companies, freight carriers, and fleet operators seeking to reduce their total cost of ownership, improve operational efficiency, and meet sustainability goals.
Features
- Aerodynamic vehicle body with a low drag coefficient of 0.35 to minimize energy consumption.
- Multi-domain integrated electrical architecture for optimized system performance and control.
- Dual thermal management system to maintain optimal operating temperatures for the battery and other critical components.
- High-level intelligent driving capabilities to improve safety and reduce driver fatigue.
- E-axle integration for enhanced power delivery and efficiency.
- Range of 300-500km under typical customer working conditions.
- Energy consumption of 120-150kWh per 100km.