lead-acid battery

The first of the lead-acid batteries will be tried out tomorrow.

This is the normal 12-volt lead-acid battery that every car has.

Everyone seems to keep going back to the lead-acid batteries, at least in aviation.

Tonight Rice announced the first lead-acid battery was on charge.

It is powered by 32 traditional lead-acid batteries, the same kind used on most cars today.

What is "clean" about lead-acid batteries, which must be replaced at least every two years?

The lead-acid batteries store 17 kilowatt-hours, which would run a house for a day.

Inside the Upstart are two lead-acid batteries, which should keep a system running for five minutes or so.

An example is the lead-acid battery in all cars.

Nickel is more costly than the lead used in lead-acid batteries.

They are made from inexpensive materials and have a longer shelf life than lead-acid batteries.

The electrolyte in the familiar lead-acid battery has all of those problems.

There are at least six significant problems with current lead-acid battery technology:

The typical lead-acid battery has a recharge time between 4 and 10 hours.

Therefore, an electric car has a normal 12-volt lead-acid battery to power all of the accessories.

There must be five or fewer lead-acid batteries in the consignment.

The lead-acid battery is also relatively heavy for the amount of electrical energy it can supply.

Part of this price increase was caused by the use of lead-acid batteries.

But it is much bulkier than the lead-acid battery and cannot hold a charge as long.

On the down side, lead-acid batteries offer limited storage.

A typical lead-acid battery contains 60 to 80 percent recycled lead and plastic.

The main failure modes of lead-acid batteries are very temperature sensitive.

Among them, the auto company chose to use the familiar lead-acid battery rather than one based on newer technology.

We have reason to believe that this situation is connected with a nationwide shortage of lead-acid batteries.

Deep cycle lead-acid batteries generally should not be discharged to below 20% of total capacity.