Examples of 'self-discharge' in a sentence
Meaning of "self-discharge"
Self-discharge - a noun, in the context of batteries or capacitors, refers to the gradual loss of stored energy when not in use
How to use "self-discharge" in a sentence
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self-discharge
The batteries have self-discharge characteristic.
This phenomenon is known as internal self-discharge.
The battery has self-discharge phenomenon.
Self-discharge rates may increase as batteries age.
Intense heat will activate self-discharge.
Batteries self-discharge while they are not in use.
They have a relatively low rate of self-discharge.
Self-discharge is highly temperature dependent.
Rechargeable batteries self-discharge while not in use.
Self-discharge is less at lower temperature.
Bad cells can self-discharge very quickly.
Do neither have a memory effect nor self-discharge.
Loss of power due to self-discharge depends on the battery.
Self-discharge is measured in percentage of charge lost per month.
They thus also promote the self-discharge.
See also
This self-discharge is harmless since this is no deep discharge.
Higher temperature increases the self-discharge substantially.
Minimal self-discharge makes it ideal for seasonal use.
They have a very low self-discharge level.
Very low self-discharge and high storage stability.
The batteries are also switched off slight self-discharge.
Use by operators of self-discharge vessels or enclosed continuous unloaders.
High temperatures increase the rate of battery self-discharge.
All batteries will self-discharge regardless of their chemistry.
This value is also a function of the self-discharge value.
Total self-discharge of the battery may irreparably damage it.
Extreme temperature increases the self-discharge rate of a battery.
Ultra low self-discharge rate eliminates maintenance during storage.
At room temperature leakage is so low that it is specified as time to self-discharge.
The batteries can corrode or self-discharge after prolonged storage.
Such a self-discharge is significant for conventional aqueous electrolyte batteries.
It stands up well to low temperatures and has a low self-discharge.
The rate of self-discharge increases with the iodine content.
Superconducting magnetic energy storages may have a low self-discharge.
Are prone to damage through further self-discharge if they are stored in a discharged condition.
The self-discharge necessarily induces a decrease in the battery useful capacity.
Lastly, the photorecharging method of the invention does not induce self-discharge.
Batteries gradually self-discharge even if not connected and delivering current.
It offers more energy density so far with minimal self-discharge capacity.
This self-discharge mechanism reduces the capacity of the electrochemical cell.
Probably the biggest disadvantage of Ni-MH battery is the high self-discharge rate.
The self-discharge of the cell according to the invention is exceptionally low.
Dirty batteries will cause an extra loss of capacity due to self-discharge.
Self-discharge is always taking place, even if the battery is not connected to anything.
Calcium also strengthens the grid and reduces the self-discharge.
Indeed, the self-discharge current is an important datum to assess the reliability of a battery.
The battery is left unused for a period and allowed to self-discharge.
In a battery, the self-discharge current may vary from one accumulator to the other.
This ensures a high reliability of the possible advantageous self-discharge device.
It is indicated that the self-discharge is further suppressed as the residual capacity rate increases.
