I don't know if this topic has already been discussed.
In most of the literature, the calories burnt during any exercise are approximate figures: riding, swimming, walking... They tell you it depends on the speed, weight of the person and many other factors.
However, we e-bike riders can do much better than that. We have a precise monitoring system that is always watching how much power you provide, which is something that is not normally available with any other sport.
You only have to know what is the average assist rate of your bike. If the motor is on during all of the trip, and the assist rate is, let's say 1:1, then when you exhaust your battery you will know that half the energy was provided by it, and the other half by yourself.
We do not have to worry about the efficiency of both machines (you and your motor), because they are very similar.
So when you have exhausted, say, a 36v 9Ah battery, that means you have spent around 1 million joules, which is 279kcal. That translates into 30g of fat burned.
Of course if you sweat you will lose much more, but that's just a question of liquid balance (there's no energy in sweat) and you regain all the liquid lost within a day.
Also, forget what people say about the fact that brisk exercise only burns glucose in the blood. Of course it does, but the level of glucose has to be restored (otherwise you die). And the body does that by burning fat in you tissue.
So there you have it. In my case it's 30g a day. It may not seem much. You can more than offset that with two pints of beer. But I think it's great.
You will actually burn a bit more yet. The muscles on your legs will have to become bigger, and bigger muscles burn more fat even in your sleep, just to stay alive.
In most of the literature, the calories burnt during any exercise are approximate figures: riding, swimming, walking... They tell you it depends on the speed, weight of the person and many other factors.
However, we e-bike riders can do much better than that. We have a precise monitoring system that is always watching how much power you provide, which is something that is not normally available with any other sport.
You only have to know what is the average assist rate of your bike. If the motor is on during all of the trip, and the assist rate is, let's say 1:1, then when you exhaust your battery you will know that half the energy was provided by it, and the other half by yourself.
We do not have to worry about the efficiency of both machines (you and your motor), because they are very similar.
So when you have exhausted, say, a 36v 9Ah battery, that means you have spent around 1 million joules, which is 279kcal. That translates into 30g of fat burned.
Of course if you sweat you will lose much more, but that's just a question of liquid balance (there's no energy in sweat) and you regain all the liquid lost within a day.
Also, forget what people say about the fact that brisk exercise only burns glucose in the blood. Of course it does, but the level of glucose has to be restored (otherwise you die). And the body does that by burning fat in you tissue.
So there you have it. In my case it's 30g a day. It may not seem much. You can more than offset that with two pints of beer. But I think it's great.
You will actually burn a bit more yet. The muscles on your legs will have to become bigger, and bigger muscles burn more fat even in your sleep, just to stay alive.