6500mAh 288V Nimh Hybrid Battery For Toyota Highlander 2006 2009

Ni-MH 6500mAh 288V Hybrid Car Battery Replacement For Toyota Highlander 2006-2009 Hybrid Battery

Hybrid Car Batteries details:

1. Diameter*Height: 385*41*103mm

2. Nominal Voltage: 288V

3. Nominal Capacity: 6500mAh

4. Cycle life: 1000 cycles

5. Standard charging ways: CC / CV

6. Nimh rechargeable battery cell

7. CE , UL ,UN38.3 , MSDS compliant

Hybrid Car Batteries Description:

Which type of battery is used in hybrid cars today? Cobalt Dioxide, Nickel-metal hydride, or Lithium-ion are the most common types.

Nickel-metal hydride

The lithium-ion and polymer batteries used in hybrid vehicles are largely safe for use. A two-year Toyota hybrid battery warranty will cover all battery parts for 120 months or 150,000 miles unless, of course, you’ve abused them. Nevertheless, lithium-ion and polymer batteries do have a similar lifespan and are not as reliable. In addition, a lithium-metal hydride battery is much heavier than a nickel-metal hydride battery, so they’re not as durable as Ni-MH batteries.

Although the nickel-metal hydride battery is not as powerful as lithium-ion batteries, it is also smaller and lighter than its lithium-ion counterpart. The size and weight of a battery pack are a major disadvantage, which is why the bipolar version is a better option. Bipolar battery cells also enable 1.4 times more cells to be crammed into the same space.

This battery is widely used in hybrid cars and cellular phones. Originally used in aerospace applications, it has a long life span and reasonable specific energy and power capabilities. While it is not as durable as lead-acid batteries, it is highly tolerant of abuse. However, a nickel-metal hydride battery is not a drop-in replacement for an alkaline battery. Its disadvantages include high self-discharge, heat, and limited storage capacity.

A Nickel-metal hydride battery is also more environmentally friendly than lithium-ion batteries. The energy density of a NiMH battery is about 40 percent lower than that of a lithium-ion battery. A large battery in a hybrid vehicle can help with weight and power, but a battery that is too heavy will add weight. In the future, other types of batteries may be more popular in the automotive industry.

More balanced temperature structure.

Long cycle life:The product can be used in hybrid vehicles for more than eight years.

High safety: Mature technology, after more than 20 years of application, there no a fire and explosion accident, which has been fully verified by the market.

Power performance advantages.
With a large rate / high power characteristics, the maximum discharge rate of the battery can reach 30C, and the maximum charge rate can reach 20C.

Long Service Life
Under normal use, Sanhe batteries can provide more than 1000 charge/discharge cycles, or 5 years standby power.

Execellent Overcharge Performance

Sanhe batteries can be continuously overcharged at 0.1C rate for 48 hours without leakage or deformation.

Low Shelf-discharge Character
After 1 month storage at 20±5°C, a full charged cell can still deliver approx. 79% of its normal capacity.

High Reliability
Sanhe batteries are manufactured with the best abailable material using state of the art technology, allowing them to perform with outstanding reliability.

Hybrid Car Batteries Specifications:

Hybrid Car Batteries Products Details :

Hybrid Car Batteries Applications:

For Replacement Ford for Replacement Honda CRZ 2010 2011 2012