🚗💡 Electric car sales have grown from 4% to 14% of global car sales.
⚡🔌 A lack of charging infrastructure and range anxiety are barriers to EV adoption.
🛣️🔋 Electrified roads could revolutionize EV charging by wirelessly charging vehicles while driving.
🔌 Electrified roads work like wireless charging, allowing EVs to receive energy without physical connection.
🚗 EVs can be charged on electrified roads while driving or standing still, making it practical for everyday use.
🌍 Electrified roads can be powered by the electrical grid or clean energy sources, making them greener.
🌍 Electric roads offer benefits for the environment and economic development.
⚡ Electrifying roads can relieve pressure on the grid and be cost-effective during infrastructure rehabilitation.
💰 The cost of electrifying roads is estimated to be $1.2 million per mile, while road repairs can cost between $1.5 to $11 million.
🇸🇪 Sweden is pioneering electrified road projects to reduce carbon footprint.
🛣️ The EU will require all new cars to be electric starting in 2035, driving the need to improve EV infrastructure.
❄️ Sweden is testing the resilience of electrified roads in extreme cold weather conditions.
💰 The cost of building electrified roads is a challenge, but Electreon has pilot projects in various countries and commercial programs in development.
⚡️ Electric roads can provide charging for vehicles while in motion, with pilot projects already underway in certain areas.
🚍 Different use cases for electric roads are being explored, including freight transit and passenger vehicles, but widespread implementation may take time due to infrastructure considerations.
🔋 Electric buses have a limited range compared to diesel buses, highlighting the need for efficient charging infrastructure to support their operation.
⚡️ Electric fleet vehicles face challenges with battery drainage and costs.
🔌 Static chargers can harness electricity from bus stops to extend bus operations.
🚗 The US needs more charging stations to support the growing electric vehicle market.
💡 Electrified road projects are currently temporary, but the technology is ready for commercial use and deployment.
🛣️ Electrifying every road would be costly, so electric roads may be more practical in certain areas like exit ramps, intersections, and high traffic streets.
🚗 Electric roads can be financially viable and essential in rural areas with limited charging infrastructure.
🌇 In the future, electric corridors may connect cities and regions, particularly for commercial fleets.
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