Приклади вживання Such batteries Англійська мовою та їх переклад на Українською
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Such batteries were invented in 1964.
The main advantage of such batteries is their low cost.
Such batteries are small and you can buy them almost everywhere.
Despite the high cost of such batteries have many advantages.
And such batteries are safe due to their small size and low capacity.
Glass electrolyte makes it possible to charge such batteries much faster.
And such batteries are safe due to their small size and low capacity.
In addition, the researchers claim that such batteries have a long service life.
For such batteries, there is only one option for prevention- desulfatation.
Besides offering much higher energy densities, such batteries should also be cheap to mass produce.
Although such batteries will already be considered technologically obsolete.
If you find signs of corrosion, this cannot be ignored; special attention should be paid to such batteries.
Such batteries are considered more durable, as the water does not go anywhere.
Researchers say that such batteries can even be used in electric cars.
Such batteries are placed for a while even if you don't use them.
The agency also suggests such batteries operate for at least 5,000 charge cycles.
Power system operators(at distribution and transmission)can actually use the power of such batteries.
The characteristics of such batteries will be 2.5 times higher than existing lithium-ion batteries. .
For 3 years, they have worked closely with Groupe Renault inexploring the immense range of possibilities for the re-use of such batteries.
By connecting in parallel two such batteries with three batteries each, we get 75 Wh* at a price of 300 UAH.
AGM-batteries belong to the maintenance-free type, their peculiarity is that inside such batteries there is completely no liquid electrolyte.
Inside such batteries there are special separators(mats) made of fiberglass, impregnated with an acid electrolyte.
Florova and formed followed by seven more such batteries contributed to the rapid increase in production of missile weapons.
Such batteries in combination with solar batteries can be combined to create a system that feeds a small city block.
A March 2019 analysis by Bloomberg NewEnergy Finance reports that the cost of electricity from such batteries has dropped by 76% since 2012, making them close to competitive with the plants, typically powered by natural gas, that are switched on during times of high electricity demand.
Such batteries are used so that if necessary it was possible to shoot autonomously, disconnecting the device from power through the cigarette lighter.
For example, a battery with 3 series-connected such batteries will already have a voltage of 11.1 V with an energy capacity of 37.5 W* h and a price of 150 UAH.
In such batteries two technologies are connected: an electrode with a negative A positive charge is made of an alloy with the addition of calcium, and a positive charge is made of a low antimony alloy.
As explained in the Korean company, such batteries allow you to increase the range of up to 600-700 miles, depending on how many modules of this system will be installed.
Such batteries are now utilized on a large scale as auxiliaries to the dynamo machine in electric power-houses and substations, in electric automobiles and in immense numbers in automobile ignition and starting systems, also in fire alarm telegraphy and other signal systems.[2].