DynaCoV is an innovative R&D initiative supported by Western Power Distribution’s Network Innovation Allowance (NIA) programme. The project focuses on dynamic wireless charging technology, which enables electric vehicles to recharge while driving using equipment installed beneath road surfaces. DynaCoV is led by Coventry City Council and comprises important partners Cenex and Coventry University, as well as involvement from National Express, Toyota Tsusho, Hubject, Transport for West Midlands, and Midlands Connect.
Project Overview
Funding and Purpose
- Funded by Western Power Distribution through their NIA budget.
- Aims to deliver a feasibility study on dynamic wireless charging technology.
Key Partners
- Led by Coventry City Council.
- Partners include Cenex and Coventry University.
- Collaboration with National Express, Toyota Tsusho, Hubject, Transport for West Midlands, and Midlands Connect.
Technology Overview
Dynamic Wireless Charging
- Allows electric vehicles to recharge while driving.
- Uses equipment installed underneath road surfaces.
Benefits
- Reduces the need for frequent stops to recharge.
- Increases the range of electric vehicles.
- Potential to reduce greenhouse gas emissions.
Research Objectives
Current Development Review
- Evaluate the current state of dynamic wireless charging technology in the UK and worldwide.
- Assess the development of the technology’s supply chain.
Impact on Electricity Networks
- Determine the potential impact of dynamic wireless charging on the UK electricity network.
Grid Modelling
- Model the grid impacts of dynamic wireless charging on a main road in Coventry.
Business Case Examination
- Conduct an initial examination of the business case for dynamic wireless charging infrastructure.
Project Execution
Literature Review and Feasibility Assessment
- Conducted by Cenex.
- Focuses on the development and impact of dynamic wireless charging technology.
Grid Impact Modelling
- Conducted by Cenex.
- Models the grid impacts of dynamic wireless charging on a main road in Coventry.
Business Case Analysis
- Conducted by project partners.
- Examines the economic viability of dynamic wireless charging infrastructure.
The DynaCoV project represents a substantial advancement in the field of dynamic wireless charging technology. The project’s goal, in partnership with key partners and funders, is to assess the feasibility and potential impact of this novel technology on UK power networks. Dynamic wireless charging, which allows electric vehicles to recharge while driving, has the potential to transform the automobile industry and cut greenhouse gas emissions.
