Clean highway corridors
Overview of the status and impact of the innovation
What
Clean highway corridors are routes that provide charging to electric trucks and passenger cars for long-distance travel. Creating such corridors will require partnerships among utilities, vehicle manufacturers, charging equipment providers and states to assure interoperability and address grid impact challenges.
Why
Clean highway corridors can address one of the biggest challenges to widespread EV adoption – the ability to travel long distances without lengthy waits for charging. Corridors could use charging points or overhead charging; their implementation will have to consider traffic flows, power grid strength and the availability of locally produced renewable electricity.
BOX 3.20 Clean transportation corridors in the United States and Uruguay
The West Coast Clean Transit Corridor Initiative in the United States includes nine energy retailers and two agencies representing more than 24 municipal electric utilities. The goal is to have 27 charging locations with at least 3.5 MW charging capacity situated about 50 miles apart along interstate freeway I-5 from the Mexican border to the Canadian border (Griffo, 2022).
Uruguay has installed charging stations along its entire coast and at several points in the interior, creating the region’s first electric vehicle corridor. The goal is to install charging stations no more than 60 km apart throughout the country (UNEP, 2020).
Related kits
Power to mobility innovations
Innovations (35)
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Technology and infrastructure
- 1 EV model evolution
- 2 EV batteries
- 3 Battery recycling technology
- 4 Diversity and ubiquity of charging points
- 5 Wireless charging
- 6 Overhead chargings
- 7 Portable charging stations
- 8 V2G systems
- 9 Digitalisation for energy management and smart charging
- 10 Blockchain-enabled transactions
- 11 Smart distribution transformers
- 12 Smart meters and submeters
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Market design and regulation
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System planning and operation
- 20 Cross-sectoral co-operation and Integrated planning
- 21 Including EV load in power system planning
- 22 Grid data transparency
- 23 Clean highway corridors
- 24 Operational flexibility in power systems to integrate EVs
- 25 Management of flexible EV load to integrate variable renewable energy
- 26 Management of flexible EV load to defer grid upgrades
- 27 EV as a resilience solution
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Business models