Thurday, Oct 18, 2018 //
September 20-23, The 2nd Global Future Travel Conference 2018 was held in Hangzhou. The conference integrates industry-related industrial system resources such as the world’s top think tanks, core companies and government management departments to jointly explore the development and innovation trends of the global future travel industry.
Narada exhibited a lithium battery system solution for renewable energy vehicles and a new 4.2-meter van developed jointly with Dongfeng Special Auto.
The global automotive industry is ushering in a historic change. The Dongfeng 4.2-meter van, which is jointly developed by Narada and Dongfeng Special Automobile Company, has a full-load range of more than 200 kilometers. It is the best choice for city distribution, short-haul and special line transportation.
Narada pure electric truck lithium iron phosphate battery system equipped with trucks adopts 91.4Kwh power configuration, with excellent consistency, long cycle life and reliable connection between batteries. The battery design space has high utilization rate and high safety, while taking into account the later stage utilization.
On the exhibition, Gao Kai, general manager of Narada Renewable Energy Vehicle Motive Power Division, delivered a speech entitled “Proposal for Renewable Energy Logistics Vehicle Operation Plan” on the global green logistics industry conference.
He said that in recent years, more and more cities in China have imposed restrictions on traditional fuel vehicles, and the booming express delivery and other urban light goods businesses have formed a contradiction, which has led to the market demand for renewable energy logistics vehicles, but the cost of using renewable energy vehicles is still higher than that of traditional fuel vehicles. How to reduce costs has become the focus of attention.
Gao Kai explained to the guests how to reduce the comprehensive use cost of vehicles through upstream and downstream industry cooperation, collaborative innovation, battery recycling, etc., which triggered a strong response.