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End of the road?

The overall European passenger plug-in market saw growth of over 31 percent last year, yet demand for PHEVs appears to be waning

Is the sun setting on plug-in hybrids (PHEVs) in the UK?

A series of market, regulatory and technical changes mean that demand is slowing, and as those factors continue to snowball, we will soon see the ultimate demise of PHEVs, and a corresponding increase in battery electric vehicle (BEV) sales.The Society of Motor Manufacturers and Traders (SMMT) recently published new car registration figures for 2018, which showed that registrations of all plug-in cars reached record levels last year, but demand specifically for PHEVs showed signs of waning. This is understandable as hybrid plug-ins were always intended to be an interim solution until BEV vehicles, with longer ranges, became more affordable and practical.

The Plug-in Car Grant for PHEVs was axed by the government in October 2018, as part of a new and improved system intended to increase uptake of electric and hydrogen fuel cell vehicles. Although the changes were initially meant to take place from 9 November 2018, the Department for Transport brought forward the start date to 22 October 2018, after a huge spike in last minute sales.

In November 2018, the overall European passenger plug-in market achieved +31% year over year (YoY) sales. There were some 37,500 registrations, pulling the year-to-date (YTD) count to 345,000 deliveries (+34%). In the broader context, the 2018 EV market share grew to 2.4%, thanks to a 3.2% market share in November. However, BEVs here were still a bit less than half PHEV sales at best in a given month.

The top electric cars (in terms of YTD unit sales) across the bulk of Europe included the Nissan Leaf, Renault Zoe, Mitsubishi Outlander PHEV, VW e-Golf, BMW i3 and Volvo XC60.

When comparing sales for BEV and PHEV, there are significant variations. On the fully electric vehicle side, sales jumped 96% YoY, the segment’s highest growth rate since July 2014, and hit a record 23,000 registrations (61% share of all plug-ins), allowing them to surpass PHEVs in the total year breakdown.

One can infer from the growth rate that BEV sales will cannibalise PHEV sales, although there were multiple factors forcing PHEVs to lose ground.

Why are PHEVs in trouble?

At the Electric Vehicle Charging Innovations event, held last year, speakers said that the days of PHEV were numbered, for several reasons. Firstly, PHEVs have inbuilt complexity of running both a petrol engine and an EV drive train, which complicates servicing and maintenance costing more per vehicle.

In the early days of the electric vehicle market, PHEV manufacturers argued that batteries were expensive, and slow to charge, which led to a limited range and inconvenience for users.

However, as BEVs can today attain longer ranges, the argument has become less compelling. Drivers can enjoy 280 miles in a Hyundai Kona and Nissan has a 60kWhr Leaf coming out this year with similar range performance, which the Tesla model S also boasts. BEVs are becoming more affordable, have improved charging times, better infrastructure, improved design and usability features, while acceleration has become best-in-class. In addition, as consumer awareness has improved, the purchase of a BEV has become a stronger social statement than owning a hybrid.

Another key factor is that PHEVs have in the past been used as a tax avoidance measure for company car drivers, as they benefit from a low carbon output on paper. However, most PHEV drivers simply do not charge their cars and just use them as an inefficient petrol vehicle - Governments have got wise to this and therefore are phasing out subsidies on PHEVs.

PHEV sales continue to feel the sting of the new WLTP (the Worldwide Harmonised Light Vehicle Test Procedure) standard - used to measure vehicle fuel consumption and CO2 emissions, which came into force in Europe last year. WLTP results are now closer to real-world usage than the figures created by the previous New European Driving Cycle (NEDC) tests. Consequently, nine of the top-10 best-selling plug-in hybrids in the first half of the year have either been removed from sale or are no longer rated as offering less than 50 grams per kilometre of CO2, the figure below which the car is rated as being ultra-low emission and therefore eligible for tax breaks.

At a practical level, the fact that all hybrids have some form of dual drive-train means that production costs are higher, which ensures that in the long term BEVs will become cheaper than hybrids first, and eventually cheaper

than fossil fuel cars.

At a psychological level, it is certainly arguable that the phrase ‘hybrid’ implies a bridge technology to somewhere else (in this case pure electric cars) and since hybrids are often purchased for ethical or running cost reasons their buyers will always be incentivised to choose a more refined option where they can. While initial hybrid marketing successfully portrayed them as being the most practical face of electric vehicles, this is already no longer the case, and will increasingly cease to be so.

Electric vehicle adoption

Although incremental progress in car manufacturing over the past century has been the norm, we now face a technological revolution.

In the very late Victorian to early 20th century, the internal combustion engine (ICE) had to compete with other vehicle technologies including steam and (surprisingly) electric cars. That competition is equivalent to what we’re seeing now with various forms of hybrid technology and promise of hydrogen fuel cells (though they are a dead end for normal cars). The difference now is that environmental and potentially geopolitical considerations are forcing battery, energy and charging innovation to favour BEVs.

The VIGIL project

ByteSnap Design is working with a consortium of partners on this pioneering two-year collaborative project, VIGIL (Vehicle-to-Grid Intelligent Control). The VIGIL project is focussed on developing a new communication and control platform for Vehicle-to-Grid/Building (V2G/V2B) systems: an off-vehicle system that controls how, when and the rate at which electric vehicle batteries are charged/discharged with respect to local substation constraints and EV/building energy requirements.

The UK government’s position is that pure ICE cars can no longer be sold after 2040, but based on previous transitions it is likely the transition will be much sooner. The government has already published its Road to Zero strategy, which contains a proposal to remove cars powered by petrol and diesel cars entirely from UK roads by 2050, placing a hard stop on the debate.

Initiatives such as London’s new Ultra-Low Emission Zone (ULEZ) also highlight the push to adopt “cleaner” vehicles, as drivers of older cars will have to pay a £12.50 daily charge across a zone reaching out to the North and South Circular in 2021.

However, new technology must be significantly better than incumbent technology in order to reach market parity, simply because people buy what they are most familiar with.

Is this really the beginning of the end of the road for PHEVs? Once a new technology reaches market parity, there’s very little incentive to buy the alternative, causing a sudden catastrophic drop in demand. Today BEVs

primarily compete with PHEVs, and thus when they reach parity (which is where l believe we are now), PHEV


adoption will plummet, boosting BEV sales further. Hybrids are now the primary competitor for petrol cars as they both displace diesels, but once BEVs reach parity with hybrids, the same effect will take place and this is highly likely to happen around the 2022 to 2025 timeframe for new sales.


Author details:

Dunstan Power is Director, ByteSnap Design

Author
Dunstan Power

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