Good day everybody
i just bought an inverter. is it possible to connect a small charger to the AC generated by the inverter, and then use this charger to charge the battery connected to the inverter so that as the battery is giving power to the appliances connected to the inverter, the charger is charging the battery thus ensuring that the battery wount go down?
2006-10-05 04:22:54 · 7 answers · asked by haroldezeugwu 1 in Science & Mathematics ➔ Engineering
If there were no losses to heat in the inverter and charger then the charge could be returned to the battery. But since the charger isn't a generator of electrical power, it would not be able to replace more power then it can draw, thus you would run out of power. This effect would be accelerated by the losses created as heat in the inverter and charger.
Now if you hook up a solar panel....
2006-10-05 04:47:26 · answer #1 · answered by Jeffrey S 6 · 2⤊ 0⤋
Yes... with the understanding that:
You have created a circuit of the power utility, inverter, charger, and battery. In that order.
I'm unsure why, however, that you would connect the battery to the inverter. Just make sure that the inverter can do that first. Sometimes there may be alternative voltages on the output of the inverter.
If you want an uninterruptible power supply, just keep charging the battery, and don't connect the output of the battery to anything else but appliances designed for your battery.
2006-10-09 04:18:15 · answer #2 · answered by designer_brian 2 · 0⤊ 0⤋
not recommended. your inverter battery will drain faster if you connect a charger and try to charge it through the a/c power generated by the battery.
its because there are losses in any circuit through heat, magnetic flux loss etc. so by connecting a charger you are infact increasing the losses.
for eg. lets say ur batters has 2000 units of energy. due to losses in the inverter, the battery can deliver only 1800 units of energy which is consumed as the inverter runs.
now if u connect an additional charger, you are increasing the losses lets say to 250 units. so your battery can now deliver only 1750 units of energy.
2006-10-05 05:06:33 · answer #3 · answered by Anonymous · 0⤊ 0⤋
Yes.You could do that. However normal inverter and battery are designed in such a way that you do not need a separate charger to charge the battery. When the mains supply is available the battery in in charge mode and gets fully charged to its capacity. As the mains supply goes off battery has enough ampere-hours capacity to drive the inverter which in turn caters to the load. We choose the inverter/battery with a capability to meet the off-power requirements in your area.We are careful to restrict the load on inverter to ensure that the battery lasts us for th off-power period.
2006-10-05 04:37:05 · answer #4 · answered by openpsychy 6 · 0⤊ 1⤋
it really is already getting used. once the fossil gas and/or nuclear gas passes the turbine exhaust it really is then harnessed utilizing the HRSG (warmth restoration Steam Generator). The HRSG is a chain of tubes that has extremely some demineralized water interior. The water contained in the tubes were heated utilizing the exhaust from the turbine then will change right into a extreme stress steam. The steam is harnessed then despatched to the Steam Turbine to expose the Steam Turbine it truly is linked to the generator. in case you be conscious some potential plant that does no longer have HRSG, then it really is termed an effortless cycle unit, those hassle-free cycle unit are only used for top potential furnish. maximum potential plant that does have HRSG are blended cycle instruments.
2016-11-26 03:59:24 · answer #5 · answered by mccracken 4 · 0⤊ 0⤋
There will be no electricity bill lf such arrangement can be used.
2006-10-05 06:33:36 · answer #6 · answered by dwarf 3 · 0⤊ 0⤋
No
To be used only for emergency use...for short period to stabalize the situation.i.e. shutdown
2006-10-05 04:29:13 · answer #7 · answered by java 4 · 0⤊ 2⤋