Jump to content

Power stations for use on smart trainers


mecheng89

Recommended Posts

Good morning, techy Hubbers!

Has anyone ever thought of using one of these "portable power stations" to power their smart trainer during load shedding? I must say, they look like an attractive solution, but man they are pricey.

 

Screenshot 2023-07-24 070436.png

Link to comment
Share on other sites

How many watts does your smart trainer consume? Make sure the power from the unit multiplied by the amount of time you plan to ride (in hours) is less than the unit produces and you should be fine. 
 

e.g. Kickr is around 60W. If your rides are 2-3 hours it needs be minimum 180W capacity. 
 

You’ll also need to factor in fan power consumption and computer / tv power if you are using those too.

Link to comment
Share on other sites

I've got my trainer hooked up to a small UPS. It handles training in ERG mode no worries. Longest session was just over an hour and it still had plenty of juice left. Fan was running off a battery inverter trolley.

Edited by thebob
Link to comment
Share on other sites

52 minutes ago, michaelbiker said:

How many watts does your smart trainer consume? Make sure the power from the unit multiplied by the amount of time you plan to ride (in hours) is less than the unit produces and you should be fine. 
 

e.g. Kickr is around 60W. If your rides are 2-3 hours it needs be minimum 180W capacity. 
 

You’ll also need to factor in fan power consumption and computer / tv power if you are using those too.

https://support.wahoofitness.com/hc/en-us/articles/115001699930-Can-a-DC-to-AC-Inverter-Power-a-Wahoo-Smart-Trainer-#:~:text=Any DC to AC power,KICKR CORE%2C or KICKR SNAP.

60W confirmed. Yes, computer, fan and TV must be considered, too. Laptop, fan, TV, in that order.

Link to comment
Share on other sites

27 minutes ago, thebob said:

I've got my trainer hooked up to a small UPS. It handles training in ERG mode no worries. Longest session was just over an hour and it still had plenty of juice left. Fan was running off a battery inverter trolley.

Size UPS?

Link to comment
Share on other sites

1 hour ago, michaelbiker said:

How many watts does your smart trainer consume? Make sure the power from the unit multiplied by the amount of time you plan to ride (in hours) is less than the unit produces and you should be fine. 
 

e.g. Kickr is around 60W. If your rides are 2-3 hours it needs be minimum 180W capacity. 
 

You’ll also need to factor in fan power consumption and computer / tv power if you are using those too.

It’s not just watts consumed but also start up current and current spikes during the workout. The power station battery capacity has to be able to deliver that current 

Link to comment
Share on other sites

I have a non-smart trainer (wheel on) available, that doesn’t run on electricity, and which is great for doing workouts in “self-control mode”.

If one gets too hot indoors, moving outside, in the wind, can work too; I did that during covid lockdown, even though I had solar, just to get the feel of “wind in the hair”. 

Link to comment
Share on other sites

57 minutes ago, Frosty said:

I have a non-smart trainer (wheel on) available, that doesn’t run on electricity, and which is great for doing workouts in “self-control mode”.

If one gets too hot indoors, moving outside, in the wind, can work too; I did that during covid lockdown, even though I had solar, just to get the feel of “wind in the hair”. 

I have no self-control 🤣

Link to comment
Share on other sites

32 minutes ago, Newbie321 said:

I've run my kicker core on those Router UPS's like this one before with no issues: Gizzu 8800mAh Mini UPS Dual DC | Buy Online in South Africa | takealot.com

The KICKR, according to their website, required 5A @ 120V AC

Little Gizzu is therefore underpowered.

DC1 Interface
Output Voltage: 5, 9, 12Vdc
Output Current: 5V, 9V, 12V/3A
DC2 Interface
Output Voltage: 5, 9, 12Vdc
Output Current: 5V, 9V, 12V/3A

This is extracted from the Takealot link you shared.

But, what do I know.

Link to comment
Share on other sites

1 hour ago, Frosty said:

I have a non-smart trainer (wheel on) available, that doesn’t run on electricity, and which is great for doing workouts in “self-control mode”.

If one gets too hot indoors, moving outside, in the wind, can work too; I did that during covid lockdown, even though I had solar, just to get the feel of “wind in the hair”. 

 

Link to comment
Share on other sites

KICKR CORE DESIGN SPECIFICATIONS:

 

Part Number: WFBKTR4

Dimensions (legs open): 20"L x 23"W x 19"H (51 cm x 59 cm x 49 cm)

Dimensions (legs closed): 9"L x 23"W x 21"H (22 cm x 59 cm x 54 cm)

Weight (Unboxed): 40 lbs (18.1 kg)

Rear Wheel Size: 24" RD / 24" MTB / 650c RD / 26" MTB / 700c RD / 650b MTB / 29" MTB

Hub Types: 130/135mm QR, 12x142, and 12x148 Thru Axle - Adapters Included

Drivetrain: Cassette not included. Requires Purchase and Installation of New 8/9/10/11 Speed SRAM/Shimano Cassette

KICKR CLIMB Compatible: Yes

KICKR HEADWIND Compatible: Yes

Cadence Sensor: Sold Separately

Front Wheel Block: Sold Separately

Resistance Type: Electromagnetic

Accuracy: + / - 2%

Connectivity: Bluetooth®, ANT+, ANT+ FEC

Wireless Software Updates: Yes

3rd Party Power Meter Support: Yes

Devices: iOS, Android, PC (Mac and Windows)

Max User Weight: 250 lbs (113 kg)

Power Requirements: 100-240V~1.5A 50-60 Hz

Flywheel Weight: 12 lbs (5.5kg)

Maximum Simulated Grade: 16%

Maximum Power Output: 1800 Watts (in my dreams)

Link to comment
Share on other sites

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now
Settings My Forum Content My Followed Content Forum Settings Ad Messages My Ads My Favourites My Saved Alerts My Pay Deals Help Logout