Zero-carbon Electric Transport Is Already In Reach For Small Islands

Zero-carbon Electric Transport Is Already In Reach For Small Islands Electric cars charging on Hainan Island, China. Evgenii mitroshin/Shutterstock

At a recent talk on the UK’s energy sector, the head of an electric utility company claimed that “the problem of decarbonising our electricity sector is fixed”. Eyebrows were raised at this, but his point quickly became clear. The technologies needed to decarbonise the UK’s electricity system now exist, he explained. Indeed, grid operators in the UK expect a zero carbon electricity system by 2025.

But far greater challenges remain in the heat and transport sectors. Electrifying road transport will likely take longer than 2025 and more electric vehicles could cause the grid’s current electricity demand to double.

This is where small island states could help. They provide the perfect proving ground for the multifaceted challenge of transitioning to a transport system that’s 100% powered by electricity. The obstacles are many. Massive infrastructure change is needed, consumer expectations have to be managed, a supportive policy structure must be shaped, and the far reaching impacts of such a transition will need careful consideration.

Our recent paper explains why islands can lead the way towards fully electrified transport. They can help to guide the transition challenges and inform how to scale up for larger, continental transport systems. We focused on the Caribbean and the rapid progress which is already underway on the island of Barbados – now the third highest user of electric vehicles in the world.

Zero-carbon Electric Transport Is Already In Reach For Small Islands Over 100 years since Barbados underwent electrification, the island is a world leader in electric transport. Solodov Aleksei/Shutterstock

Supporting a green transition

With excellent solar and wind resources, several Caribbean islands are now pursuing 100% renewable energy transitions. This is a remarkable goal given most are heavily reliant on fossil fuels. As with any country that wants to target 100% renewable energy generation, islands will need to store excess energy for when demand exceeds the supply from wind and solar energy.

Here’s where electric vehicles offer a considerable advantage. Vehicle-to-grid is a relatively new idea that would allow electric vehicle owners to sell electricity back to grid operators while their car is plugged in on their driveway or in parking spaces. This helps the grid meet demand when there is fluctuating electricity generation from intermittent sources such as solar and wind power.

If all 132,000 vehicles currently on Barbados were electric, and Vehicle-to-Grid charging were adopted, the cumulative effect of these 132,000 batteries could act as a distributed storage system. That would provide a storage capacity of 0.5 GWh. This would go some of the way towards the 3 GWh that is needed for a 100% renewable energy system on Barbados.

Improving resilience to climate change

Due to their relative isolation at sea, small islands have always been vulnerable to natural hazards. Acting as mobile storage, electric vehicles have the potential to help with recovery following natural disasters, particularly hurricanes and tsunamis by acting as back-up energy storage for rescue and recovery efforts. As this application becomes better understood, the lessons learned in the Caribbean could become significant for mainland countries, too.

One of the main barriers to people buying electric vehicles is driver range anxiety. This stems from typical driving ranges of ~180km on a full battery, longer “refuelling” times compared to conventional cars (30 minutes to ten hours depending on the charger and the vehicle), and too few charging points. Progress is certainly being made in this area - electric vehicle range increased by 56% between 2011 and 2017 – but perhaps too slowly to encourage more drivers to choose electric.

On small islands, this barrier largely doesn’t exist. In Barbados, you can drive around the whole country on one charge. In effect, small islands offer an opportunity to fast forward to a time when battery capacities have increased, charging times have decreased, and driver range anxiety is no longer an issue.

Like many Caribbean islands, Barbados is particularly reliant on tourism, which contributes over 15% of Caribbean GDP. With over 1.2m visitors each year – more than four times the island’s population – and tourists typically interacting with taxis, public transport, hire cars and coach tours during their stay, islands like Barbados are well-placed to act as country-sized showrooms for an electric transport transition.

Zero-carbon Electric Transport Is Already In Reach For Small Islands Solar panels power an electric car charging point in Bridgetown, Barbados. Rebekah Shirley, Author provided

Flexible governance structures

Caribbean islands have made considerable progress with rolling out electric vehicles, despite scant policy support and financial incentives. However, once a technology has been proven to benefit their economy, small islands tend to have fewer barriers between public ideas and executive decision making. Their relatively flexible governance structures mean they can support rapid adoption of new technology.

This was certainly the case in Barbados in the 1970s for water heaters powered by solar energy. A local manufacturer demonstrated their design to the prime minister at the time, highlighting its ability to drastically reduce a household’s monthly gas bill. Convinced, supportive policies were introduced, and the island is now first in the world for solar water heating collector capacity.

Electric vehicles are held back in mainland countries due to cost, policy, driver distances and scant charging points, but these barriers are easily negotiated on islands like Barbados. Small islands can lead the way to full decarbonisation of the global transport sector – the rest of the world should take note.

About The Author

Tom Rogers, Senior Lecturer in Renewable Energy & Energy Management, Coventry University; Destine Gay, PhD Researcher in Sustainability, The University of the West Indies, and Rebekah Shirley, Visiting Research Scholar in Renewable Energy, Strathmore University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

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