Energy & Environment

1. Home
2. Products
3. Energy & Environment
4. Energy & Environment

Share us

Deep Cycle Battery -TNE

No.1-1

Send Inquiry

Description

Motive Battery- TNE Series (Deep Cycle Type)The TNE Series are specifically designed and developed for deep cycle application. This series with a number of national patent technologies and the cycle life can reach 400-600 cycles at 100% DOD, it is highly suitable to cyclic application such as electrical bicycle/tricycle, Golf trolleys and golf cart, EV/HEV etc. TN Power& acute;s deep cycle motive batteries take more than 45% market share in China domestic motive battery marketConstruction：● ?Positive plate - Patent rare earth alloy grid with special paste to slow down the positive ? ? ? active material softening during deep discharge cycle application.● ?Negative plate - Balanced Pb-Ca grid for improved recombination efficiency, reduce water loss.● ?Separator -Advanced AGM separator for high pressure cell design, prevent micro short circuit.● ?Electrolyte - Dilute high purity sulfuric acid with patent Nano silica gel electrolytes, extend ? cycle life and improve the deep discharge performance● ?Battery container and cover - ABS UL94-HB (Flame-resistant ABS UL94-V0 is optional)Features：● ?Oxygen recombination technology: Maintenance Free VRLA battery, no need to add water or acid during application.● ?Long cycle life. The cycle life can reach 400-600 at 100%DOD.● ?High capacity: Patented structure design with high utilization of active material, maximum improve the utilization rate of active material and the utilization ratio of battery internal space, 5%-10% higher capacity than similar products
● ?High performance for large current discharge. New structure for plate grid, greatly reduced resistance of the battery, uniform internal electrochemical reaction under large current discharge, excellent capacity recovery from deep discharge
● ?Good corrosion resistance of grid. Unique patent alloy with rare earth material, the grid have super corrosion resistance and creep resistance
● ?High performance under low temperature. With added conductive material and cryogenic expans

Read More