Tuesday, 17th Jul, 2018 //
In the first half of 2018, Narada cooperated with Dongfeng Special Type Automobile Co., Ltd. to innovatively developed a lithium iron phosphate battery system suitable for pure electric light trucks.
A few days ago, this batch of models have passed the test and will be mass-produced soon.
This system adopts the 91.4Kwh power configuration, which can achieve full-load cruising range of more than 200 kilometres. It is the best choice for urban distribution, short-haul and special-line transportation models.
This pure electric light truck can not only reduce the operating cost per kilometre with the use of Narada pure electric truck lithium iron phosphate battery system, but also achieve quiet driving without carbon dioxide.
In order to facilitate the customer experience of B-side and C-side, Narada will authorize relevant maintenance network to achieve timely service response, open up and perfect the official APP function to create an intelligent service system, providing a first-class service guarantee for online and offline customers.
Narada has been focused on the field of lithium battery for many years. Now it has mastered the key technologies of battery materials, electric energy systems and motive power systems, and has successfully completed the development and industrialization of the series product of lithium-iron phosphate batteries for new energy vehicles.
On this basis, Narada further completed the development of the ternary soft pack motive power battery and system assembly, forming a strong technical accumulation and system integration capabilities.
The successfully-tested model which cooperated with Dongfeng Special Type Automobile Co., Ltd. means that the technical level and overall strength of Narada in the field of lithium-ion battery systems for electric vehicles have been recognized by the industry. This cooperation has further enhanced the influence of Narada in the lithium-ion battery market for electric vehicles and will build the foundations for the business `development in the field of motive power batteries.