Manuel PLIMOA
16
This type of energy management gives you a longer battery life per charge. These functions and the energy
management are carried out by an e
lectronic control unit or “controller”.
Please note that the activation or deactivation of assistance may cause sudden acceleration or
deceleration.
3.4.2 performance:
The rate of assistance of your bike is limited to 25 km / h. At this speed the motor power supply is automatically
cut.
The autonomy of your bike depends on several parameters:
❖
The carrying weight:
The expected performance of your bike is based on an average load of 75 kg.
❖
The outside temperature
The expected performance of your bike is based on an outside temperature of roughly 20°C. Performance
decreases below this temperature, but is only really discernible below 5°C.
❖
Battery wear:
Your battery is designed to deliver stable performance for 750 recharge cycles (or an average use of 3
years). The battery will still be operational after those 750 cycles but its performance and therefore range
per charge will decrease proportionally.
❖
But the battery life per charge mainly depends on how you use the bike:
The theoretical battery range per charge is based on almost continuous use of the motor over flat or
slightly undulating ground (10 to 20% slopes). If your travel is on flat ground and includes a number of
descents (even if slight), your battery life is increased. If you are ascending inclines of more than 5%
(the motor “struggles" above a grade of 8%), your battery life will diminis
h proportionally.
3.4.3 Technical specifications of the assistance system:
Motor type:
Brushless - 250 watts
Battery:
Lithium Ion Cell 36 V - 480Wh, 580Wh or 630Wh
Life cycle:
500 full charge / discharge cycles under normal charge conditions.
Battery Range: 70 to 80 km Battery 480Wh
80 100 km for the 580Wh battery
100 to 110 km for the battery 630Wh
(For a user to 75 kg at a rate of 18 km / h over a journey in Eco mode).
