GPropel develops road systems that wirelessly transmit power to vehicles, eliminating the need for onboard fuel or batteries. This technology enables zero-emission transportation by retrofitting existing vehicles to draw energy directly from specially designed roads. By removing reliance on traditional energy sources, GPropel aims to provide a cost-effective and sustainable mobility solution.
Funding
Funding not disclosed
Founders
Product
Problem
Current transportation systems rely heavily on fossil fuels and batteries, leading to carbon emissions, pollution, and dependence on non-renewable resources. Existing electric vehicle infrastructure requires battery charging, adding to energy consumption and resource demands.
Solution
GPropel is developing a road-based propulsion system that wirelessly transmits power to vehicles, eliminating the need for onboard fuel or batteries. This Wireless Power Utilization (WPU) technology enables zero-emission transportation by retrofitting existing vehicles to draw energy directly from specially designed roads. The system uses a G-Kit, an add-on module, to allow vehicles to receive power from the G-Road infrastructure. GPropel's approach aims to reduce reliance on traditional energy sources, minimize energy waste, and provide a cost-effective and sustainable mobility solution for various vehicle types, including cars, buses, and trains. The technology supports integration with renewable energy sources and can be implemented in both urban and rural areas.
Target Audience
GPropel targets governments, private contractors, and urban planners seeking sustainable transportation solutions, as well as fleet operators and individual vehicle owners looking to reduce emissions and fuel costs.
Features
- Wireless Power Utilization (WPU) technology for contactless energy transfer
- G-Road infrastructure that propels vehicles without onboard fuel or batteries
- G-Kit: An add-on module for existing vehicles to receive power from G-Roads
- Compatibility with existing electric vehicles through a modified G-Kit
- Integration with renewable energy sources for sustainable power generation
- Potential for redesigning commuting with smaller, on-demand G-Cars
- Scalable infrastructure for urban and rural deployment
- Reduced reliance on non-renewable materials and rare earth metals