“Based on electromagnetic induction, ohm harvests, stores and converts human power into usable energy.
1. The user attaches ohm magnets to bicycle wheel spokes. The N42 neodymium magnets provide the optimal balance of durability and magnet strength (current output).
2. The user fixes ohm holder to bicycle seat stays, ensuring the holder is in line with the ohm magnets. The ohm energy device is then placed inside the holder to provide protection from dirt and moisture.
3. The user begins to cycle. As the wheel spokes turn, the magnets pass the ohm internal coil of wire (dynamo) inducing a current. The current is stored in the internal 1200 mAh lithium ion battery.
4. Once the user finishes cycling, the ohm energy device can be removed and used to recharge, with suitable adapters, any portable electronic device under 5 volts. Approximately 45 minutes to an hour of cycling produces enough energy to fully recharge a mobile phone.” from Designer: Xavier Unwin
1. The user attaches ohm magnets to bicycle wheel spokes. The N42 neodymium magnets provide the optimal balance of durability and magnet strength (current output).
2. The user fixes ohm holder to bicycle seat stays, ensuring the holder is in line with the ohm magnets. The ohm energy device is then placed inside the holder to provide protection from dirt and moisture.
3. The user begins to cycle. As the wheel spokes turn, the magnets pass the ohm internal coil of wire (dynamo) inducing a current. The current is stored in the internal 1200 mAh lithium ion battery.
4. Once the user finishes cycling, the ohm energy device can be removed and used to recharge, with suitable adapters, any portable electronic device under 5 volts. Approximately 45 minutes to an hour of cycling produces enough energy to fully recharge a mobile phone.” from Designer: Xavier Unwin
