The Third Generation Pi-Pop Bike Charges a Supercapacitor with Energy Regeneration
Colin Smith — September 5, 2023 — Eco
References: pi-pop.fr & trendwatching
The Third-Generation ebike from Pi-POP is a battery-free electric bicycle that uses a supercapacitor to store electricity. Unlike conventional ebikes that rely on lithium-ion batteries, the Pi-POP ebike does not need to be plugged in to charge. Instead, it regenerates energy while pedaling, coasting downhill or braking. The supercapacitor is made of common materials such as aluminum, carbon, cellulose and polymer, which are relatively easy to recycle or process. The Pi-POP ebike aims to reduce the ecological footprint of micromobility by avoiding the environmental and social downsides of lithium extraction.
The Pi-POP ebike has a 250w electric motor that provides pedal assistance up to 25km/h, the mandatory limiter for electric bicycles. The bike is calibrated to climb 500 meter long slopes with a 10% incline, making it suitable for city riding. The bike has an infinite range as long as there is a mix of flat and downhill terrain. The supercapacitor has a lifespan of 10 to 15 years, which is higher than a lithium-ion battery. The Pi-POP ebike is available for purchase directly from the manufacturer in France from September 2023, at a price of 2,450€ (around £2,100).
Image Credit: Pi-Pop
The Pi-POP ebike has a 250w electric motor that provides pedal assistance up to 25km/h, the mandatory limiter for electric bicycles. The bike is calibrated to climb 500 meter long slopes with a 10% incline, making it suitable for city riding. The bike has an infinite range as long as there is a mix of flat and downhill terrain. The supercapacitor has a lifespan of 10 to 15 years, which is higher than a lithium-ion battery. The Pi-POP ebike is available for purchase directly from the manufacturer in France from September 2023, at a price of 2,450€ (around £2,100).
Image Credit: Pi-Pop
Trend Themes
1. Battery-free Electric Bicycles - The Third-Generation Pi-POP ebike uses a supercapacitor to store electricity, eliminating the need for lithium-ion batteries and opening opportunities for battery-free electric transportation.
2. Energy Regeneration Technology - The Pi-POP ebike regenerates energy while pedaling, coasting downhill, or braking, demonstrating the potential for energy efficient transportation solutions.
3. Supercapacitor Revolution - The use of a supercapacitor made from recyclable materials by Pi-POP showcases the potential for a revolutionary shift in energy storage technology.
Industry Implications
1. Electric Bicycles - The Pi-POP ebike presents an innovative approach to electric bicycles, paving the way for battery-free alternatives in the industry.
2. Energy Storage - The use of a supercapacitor in the Pi-POP ebike highlights the potential for advancements in energy storage technology beyond standard lithium-ion batteries.
3. Sustainable Transportation - The Pi-POP ebike's environmentally friendly design and energy regeneration capabilities contribute to the growing market of sustainable transportation solutions.
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