Is it mandatory to only use alkaline batteries (“LR6” designation) with the Xbox One controller?
According to Xbox support:
When replacing the batteries in your Xbox One Wireless Controller, use only AA batteries that have an “LR6” designation (alkaline batteries).
I have two types of rechargeable batteries from two manufacturers (Sony and Varta) and both are nickel metal hydride (NiMH, see battery types compared). I don't want to purchase new batteries solely for the controller, especially not disposable models due to environmental waste and cost.
controllers xbox-one
asked Dec 1 at 16:52
user222067
161
add a comment |
According to Xbox support:
When replacing the batteries in your Xbox One Wireless Controller, use only AA batteries that have an “LR6” designation (alkaline batteries).
I have two types of rechargeable batteries from two manufacturers (Sony and Varta) and both are nickel metal hydride (NiMH, see battery types compared). I don't want to purchase new batteries solely for the controller, especially not disposable models due to environmental waste and cost.
controllers xbox-one
asked Dec 1 at 16:52
user222067
161
add a comment |
According to Xbox support:
When replacing the batteries in your Xbox One Wireless Controller, use only AA batteries that have an “LR6” designation (alkaline batteries).
I have two types of rechargeable batteries from two manufacturers (Sony and Varta) and both are nickel metal hydride (NiMH, see battery types compared). I don't want to purchase new batteries solely for the controller, especially not disposable models due to environmental waste and cost.
controllers xbox-one
asked Dec 1 at 16:52
user222067
161
According to Xbox support:
When replacing the batteries in your Xbox One Wireless Controller, use only AA batteries that have an “LR6” designation (alkaline batteries).
I have two types of rechargeable batteries from two manufacturers (Sony and Varta) and both are nickel metal hydride (NiMH, see battery types compared). I don't want to purchase new batteries solely for the controller, especially not disposable models due to environmental waste and cost.
controllers xbox-one
controllers xbox-one
asked Dec 1 at 16:52
user222067
161
asked Dec 1 at 16:52
user222067
161
asked Dec 1 at 16:52
user222067
161
asked Dec 1 at 16:52
user222067
161
asked Dec 1 at 16:52
user222067
161
161
add a comment |
add a comment |
3 Answers
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From my experience, I use Energizer NiMH rechargeable batteries in my Xbox One Elite controller (and a regular Xbox One Controller as well), and have experienced no issues what so ever. I don't think the material of the battery has any significant impact, if any at all on the controller. Mine still work, and I've had them for years now.
answered Dec 1 at 17:17
Timmy Jim
35.6k16100160
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It's not mandatory. That's only a power source. Using alkaline batteries prevents eventual risk of leak if controller lay unused decent amount of time. If you won't let your NiMH's lay discharged a long time that shouldn't be a problem. But even when leak occurs nothing happens... except risk of environment contamination ;)
answered Dec 1 at 17:57
Damian K.
372
add a comment |
I can't say anything about that particular controller (I don't own one), but I can shed some light on why they might be recommending against rechargeable batteries.
While the controller doesn't really care about the particular chemistry of the battery you put in it, it might care about the battery voltage.
Regular alkaline non-rechargeable batteries come in at ~1.6V fresh from the box and have a fairly linear discharge curve. NiMH rechargeable cells have a voltage of ~1.4V when fully charged and sit between 1.1V and 1.2V when discharging most of the time.
Some appliances work great with both types while others refuse to work at the 1.2V level, which means that NiMH batteries don't really suit them - you can't access most of the energy stored. That might be the case here.
There is a third option though - you can look for lithium based rechargeable AA batteries. They have a built-in buck converter and USB charging circuitry. You can get them from e-bay or amazon, though they are more expensive than NiMH batteries, so stick to those if they work for you.
answered Dec 1 at 21:45
OpiF
111
add a comment |
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3 Answers
3
active
oldest
votes
3 Answers
3
active
oldest
votes
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oldest
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oldest
votes
From my experience, I use Energizer NiMH rechargeable batteries in my Xbox One Elite controller (and a regular Xbox One Controller as well), and have experienced no issues what so ever. I don't think the material of the battery has any significant impact, if any at all on the controller. Mine still work, and I've had them for years now.
answered Dec 1 at 17:17
Timmy Jim
35.6k16100160
add a comment |
From my experience, I use Energizer NiMH rechargeable batteries in my Xbox One Elite controller (and a regular Xbox One Controller as well), and have experienced no issues what so ever. I don't think the material of the battery has any significant impact, if any at all on the controller. Mine still work, and I've had them for years now.
answered Dec 1 at 17:17
Timmy Jim
35.6k16100160
add a comment |
From my experience, I use Energizer NiMH rechargeable batteries in my Xbox One Elite controller (and a regular Xbox One Controller as well), and have experienced no issues what so ever. I don't think the material of the battery has any significant impact, if any at all on the controller. Mine still work, and I've had them for years now.
answered Dec 1 at 17:17
Timmy Jim
35.6k16100160
From my experience, I use Energizer NiMH rechargeable batteries in my Xbox One Elite controller (and a regular Xbox One Controller as well), and have experienced no issues what so ever. I don't think the material of the battery has any significant impact, if any at all on the controller. Mine still work, and I've had them for years now.
answered Dec 1 at 17:17
Timmy Jim
35.6k16100160
edited Dec 1 at 17:41
answered Dec 1 at 17:17
Timmy Jim
35.6k16100160
answered Dec 1 at 17:17
Timmy Jim
35.6k16100160
answered Dec 1 at 17:17
Timmy Jim
35.6k16100160
35.6k16100160
add a comment |
add a comment |
It's not mandatory. That's only a power source. Using alkaline batteries prevents eventual risk of leak if controller lay unused decent amount of time. If you won't let your NiMH's lay discharged a long time that shouldn't be a problem. But even when leak occurs nothing happens... except risk of environment contamination ;)
answered Dec 1 at 17:57
Damian K.
372
add a comment |
It's not mandatory. That's only a power source. Using alkaline batteries prevents eventual risk of leak if controller lay unused decent amount of time. If you won't let your NiMH's lay discharged a long time that shouldn't be a problem. But even when leak occurs nothing happens... except risk of environment contamination ;)
answered Dec 1 at 17:57
Damian K.
372
add a comment |
It's not mandatory. That's only a power source. Using alkaline batteries prevents eventual risk of leak if controller lay unused decent amount of time. If you won't let your NiMH's lay discharged a long time that shouldn't be a problem. But even when leak occurs nothing happens... except risk of environment contamination ;)
answered Dec 1 at 17:57
Damian K.
372
It's not mandatory. That's only a power source. Using alkaline batteries prevents eventual risk of leak if controller lay unused decent amount of time. If you won't let your NiMH's lay discharged a long time that shouldn't be a problem. But even when leak occurs nothing happens... except risk of environment contamination ;)
answered Dec 1 at 17:57
Damian K.
372
answered Dec 1 at 17:57
Damian K.
372
answered Dec 1 at 17:57
Damian K.
372
answered Dec 1 at 17:57
Damian K.
372
372
add a comment |
add a comment |
I can't say anything about that particular controller (I don't own one), but I can shed some light on why they might be recommending against rechargeable batteries.
While the controller doesn't really care about the particular chemistry of the battery you put in it, it might care about the battery voltage.
Regular alkaline non-rechargeable batteries come in at ~1.6V fresh from the box and have a fairly linear discharge curve. NiMH rechargeable cells have a voltage of ~1.4V when fully charged and sit between 1.1V and 1.2V when discharging most of the time.
Some appliances work great with both types while others refuse to work at the 1.2V level, which means that NiMH batteries don't really suit them - you can't access most of the energy stored. That might be the case here.
There is a third option though - you can look for lithium based rechargeable AA batteries. They have a built-in buck converter and USB charging circuitry. You can get them from e-bay or amazon, though they are more expensive than NiMH batteries, so stick to those if they work for you.
answered Dec 1 at 21:45
OpiF
111
add a comment |
I can't say anything about that particular controller (I don't own one), but I can shed some light on why they might be recommending against rechargeable batteries.
While the controller doesn't really care about the particular chemistry of the battery you put in it, it might care about the battery voltage.
Regular alkaline non-rechargeable batteries come in at ~1.6V fresh from the box and have a fairly linear discharge curve. NiMH rechargeable cells have a voltage of ~1.4V when fully charged and sit between 1.1V and 1.2V when discharging most of the time.
Some appliances work great with both types while others refuse to work at the 1.2V level, which means that NiMH batteries don't really suit them - you can't access most of the energy stored. That might be the case here.
There is a third option though - you can look for lithium based rechargeable AA batteries. They have a built-in buck converter and USB charging circuitry. You can get them from e-bay or amazon, though they are more expensive than NiMH batteries, so stick to those if they work for you.
answered Dec 1 at 21:45
OpiF
111
add a comment |
I can't say anything about that particular controller (I don't own one), but I can shed some light on why they might be recommending against rechargeable batteries.
While the controller doesn't really care about the particular chemistry of the battery you put in it, it might care about the battery voltage.
Regular alkaline non-rechargeable batteries come in at ~1.6V fresh from the box and have a fairly linear discharge curve. NiMH rechargeable cells have a voltage of ~1.4V when fully charged and sit between 1.1V and 1.2V when discharging most of the time.
Some appliances work great with both types while others refuse to work at the 1.2V level, which means that NiMH batteries don't really suit them - you can't access most of the energy stored. That might be the case here.
There is a third option though - you can look for lithium based rechargeable AA batteries. They have a built-in buck converter and USB charging circuitry. You can get them from e-bay or amazon, though they are more expensive than NiMH batteries, so stick to those if they work for you.
answered Dec 1 at 21:45
OpiF
111
I can't say anything about that particular controller (I don't own one), but I can shed some light on why they might be recommending against rechargeable batteries.
While the controller doesn't really care about the particular chemistry of the battery you put in it, it might care about the battery voltage.
Regular alkaline non-rechargeable batteries come in at ~1.6V fresh from the box and have a fairly linear discharge curve. NiMH rechargeable cells have a voltage of ~1.4V when fully charged and sit between 1.1V and 1.2V when discharging most of the time.
Some appliances work great with both types while others refuse to work at the 1.2V level, which means that NiMH batteries don't really suit them - you can't access most of the energy stored. That might be the case here.
There is a third option though - you can look for lithium based rechargeable AA batteries. They have a built-in buck converter and USB charging circuitry. You can get them from e-bay or amazon, though they are more expensive than NiMH batteries, so stick to those if they work for you.
answered Dec 1 at 21:45
OpiF
111
answered Dec 1 at 21:45
OpiF
111
answered Dec 1 at 21:45
OpiF
111
answered Dec 1 at 21:45
OpiF
111
111
add a comment |
add a comment |
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