Distance; Riding Your Pedelec Efficiently - Raleigh ebike User Manual

6.2

Distance

The distance you can travel using the power assist with
the battery fully charged depends on several factors:
• Ambient temperature
If it is colder, you will travel a shorter distance
with the same battery charge.
To maximise the distance you can travel, keep the
battery in a heated room so that it is at room tem-
perature when you fit it on your Pedelec.
As the battery discharges when the motor is in use,
it generates enough heat to not lose too much of its
power at low ambient temperatures.
• Selected assist level
If you want to cover a large distance with power
assist, select the smaller gears, i.e. the ones that
are easier to pedal. Also select a low assist level
(ECO).
• Handling
If you are riding in gears that are harder to pedal
and select a high assist level, the motor will pro-
duce plenty of power to help you along. However,
just as with driving a car at high speed, this leads
to higher consumption. You will therefore have
to recharge the battery sooner. You can conserve
energy by keeping the load on the pedals even
throughout the entire crank revolution.
• Technical condition of your Pedelec Make sure
the tyre pressure is correct. If you ride your bike
with too little air in the tyres, this can significantly
increase the rolling resistance. This applies to
smooth surfaces in particular, e. g. tarmac. If the
ground is uneven, as on a country path or gravel
track, rather low tyre pressure can lead to less
rolling resistance. This also increases the risk of a
puncture. Please consult your specialist cycle shop
about this.
The distance you can travel also decreases if the
brakes are rubbing.
• Battery capacity
The current battery capacity
➠ Chapter 7.4.2 "Checking the battery capacity"
• Topography
You pedal harder when riding uphill. This is
detected by the power sensor which then allows
the motor to work harder.
Under ideal conditions, the range may reach 130 km with
the 11 Ah battery and 180 km with the 15 Ah battery.
These ranges have been achieved under the conditions
listed below.
IMPULSE BATTERY
Range
Temperature
Wind speed
Average speed
Assist level
Weight
6.3

Riding your Pedelec efficiently

You can monitor and influence the cost of your journeys
with the Pedelec yourself. You can reduce your consump-
tion and therefore costs by following the tips for increas-
ing the travel distance.
The operating costs for battery-operated power assist are
calculated as follows:
• A new battery costs roughly 599 euros.
• You can cover 80 km on average with one battery
charge.
• You can charge the battery roughly 1,100 times.
• 1,100 charging cycles x 80 km = 88,000 km
• 599 euros: 88,000 km = 0.68 euro cents/km
• You use roughly 0.565 kWh to fully charge the bat-
tery. Assuming a unit price of 20 euro cents/kWh,
it costs you 11.3 euro cents to fully charge the bat-
tery.
• It costs you 0.14 euro cents/km to cover the aver-
age range of 80 km.
• This means that the maximum cost of consumption
and the battery is 0.82 euro cents/km.
The sample calculation has been carried out based on Ger-
man energy prices. The operating costs may therefore be
different in locations where other energy prices apply.
V User Manual Impulse Pedelec
11 AH 15 AH
130 km 180 km
10 – 15°C 10 – 15°C
windless windless
22 km/h 22 km/h
ECO ECO
105 – 110 kg 105 – 110 kg
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