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Electric vehicle and ‘compact’ city combo could reach emissions targets

Electric vehicle and ‘compact’ city combo could reach emissions targets

Getting more people into electric vehicles needs to happen alongside a shift to more “compact” cities where fewer car journeys are needed if governments want to stave off the most dire effects of global warming, researchers said on Thursday.

Curbing urban transport emissions is a narrow but critical piece in the broader fight against climate change, as cities from Paris to Jakarta re-orient their streets to promote public transit use and bicycle and walking paths.

“If politicians think electrification is going to save the day… and everybody’s going to go out and buy an electric vehicle, it’s just not going to work,” said Heather Thompson, CEO of the Institute for Transportation and Development Policy.

The research looked at four scenarios for transport: “business as usual,” massive electrification of public and private vehicles by 2050, a major shift in cities to non-car transport, and a “high EV + shift” combination.

The “EV + shift” scenario was the only one whose estimated 2020-2050 emissions were in line with targets of the 2015 Paris Agreement on climate change, which aims to limit global temperature rise to “well under” 2 degrees Celsius.

The key is minimizing the overall number of vehicles on the road and electrifying the rest, said Thompson, whose nonprofit group developed and released the research in concert with the University of California, Davis.

 

Rising emissions

Urban passenger transport represents about 10 per cent of the world’s climate-changing emissions — but those emissions have been increasing steadily as private vehicles become easier to acquire in emerging economies, the study found.

Researchers acknowledged that putting into place a large-scale “EV + shift” combination would require a “vast global effort,” likening it to the construction of the US interstate highway system in the 1950s.

But the study catalogued examples of cities promoting effective land use and public transporation options that others could emulate.

Mexico City, for instance, features both a viable public bikeshare system and policies that disincentivize or reduce parking availability.

In the US Pacific Northwest, Portland has pushed zoning laws encouraging high-density development — which makes walking to services easier — and Seattle has worked to ensure residents have close access to high-frequency bus routes.

The study pointed out that Paris decreased car travel by almost 50 per cent in 30 years by promoting other options, while Jakarta in 2004 opened a mass transit system that drew nearly a million daily riders pre-pandemic.

“We have the solutions. We have the technology. We know which ones are more cost-effective. It’s really about political will,” Thompson told the Thomson Reuters Foundation.

More immediate, tangible steps to promote clean transport – like creating protected bike lanes and sidewalks and boosting rapid transit – would serve people where they already live, she noted.

“These are things that cities can do. It’s not about people moving — it’s about bringing those better transportation options to people wherever they live,” she said.

 

Roadblocks

Still, even gradual changes to city design and zoning laws can generate massive political blowback — as with hastily installed road barriers designed to make space for walking and cycling in London during an early pandemic lockdown.

A combination of inertia and entrenchment of old designs and thinking are major obstacles, said Brendan Shane, climate director at The Trust for Public Land, a nonprofit group.

“The idea that the road is the principal design feature for a new area… (and that) the car comes first and the people come second still tends to be dominant,” he said.

In the United States and elsewhere, competing interests of developers, residents, and local businesses can make it nearly impossible to satisfy everyone.

Jennifer Roberts, the former mayor of Charlotte, North Carolina, recalled a recent conversation with small business owners in a “densifying” neighborhood.

“It was so interesting because half the business owners were like ‘We don’t have enough parking’ and ‘Our customers can’t get there,’” she said.

“And the other (half) were like, ‘We need less parking — our customers walk and bike to where we are. We want more space for our restaurant — less space for the cars.’”

By 2050, a shift to more compact cities could cut direct public and private costs of urban passenger transport by $5 trillion per year compared to the “business as usual” and high-electrification-only options, the ITDP report found.

Ballot initiatives in the United States suggest people are capable of embracing such fundamental changes if they see tangible benefits, said Linda Hwang, director of strategy and innovation at The Trust for Public Land.

“We see time and time again people making the choice to tax (themselves) if it means they’re going to get more parks, more trails, more public lands,” she said.

“Nobody likes the word tax and nobody likes a carbon tax, but if you call it a park then they (say), ‘Yeah, I’ll pay for that.’”

This story was published with permission from Thomson Reuters Foundation, the charitable arm of Thomson Reuters, that covers humanitarian news, climate change, resilience, women’s rights, trafficking and property rights. Visit http://news.trust.org/climate.

 


 

Source Eco Business

Orange Sky creates the world’s first solar-powered laundry van to support people experiencing homelessness

Orange Sky creates the world’s first solar-powered laundry van to support people experiencing homelessness
  • Australian not-for-profit Orange Sky, supported by Australian electronics manufacturer, REDARC and global visual communications platform, Canva, launch solar powered laundry van to support people experiencing homelessness in Australian remote communities.
  • Equipped with a REDARC solar and lithium battery management system, the RV3.0 laundry van has the ability to produce more power than it uses, decreasing electrical consumption by up to 80% per shift.
  • A total of eight RV3.0 vehicles and three retrofit RV3.0 vehicles will be built at the Orange Sky headquarters and introduced to remote communities including Maningrida, Wadeye, Fitzroy Crossing, Bidyadanga and Palm Island to meet the demand for laundry services.

 

After launching the Waru Dryer – the world’s first fuel-powered and solar battery-operated clothes dryer just last month, Aussie not-for-profit Orange Sky have today launched another world first – a solar-powered laundry van equipped with three washers and three dryers.

 

 

Orange Sky provides access to free laundry services, warm showers and genuine, non-judgmental conversation and connection to community members doing it tough, across Australia and New Zealand via bright orange mobile vans.

With their dedicated ‘Imagination and Innovation’ department, the organisation strives to think outside the box to create smarter and more efficient ways to drive greater impact, with their most recent innovation, the RV3.0 vehicle, doing just that.

The Orange Sky innovation team undertook the preliminary ideation, developing the schematic of the vehicle using Canva, with the global visual communications platform integral to rapidly iterating concepts during early stages of design.

The RV3.0 vehicle is powered by four 180-watt REDARC solar panels, 600-amp hours in lithium batteries and a battery management and charging system to effectively capture, store and use the renewable energy harnessed, giving the vehicle the ability to produce more power than it uses, reducing electrical consumption by up to 80% per shift.

“The fit out of solar powered technology allows us to eliminate our diesel generator entirely. By doing so, we hope to see a significant decrease in vehicle servicing and maintenance downtime,” Orange Sky Lead Engineer, Ben Battaglia said.

“The RV3.0 vehicles are also fitted with our newly created Waru Dryers, which reduces the electrical consumption from that of a regular clothes dryer by 90%.”

 

 

Orange Sky Co-Founder, Nic Marchesi says exploring new and better ways to scale their impact and reach communities they never could have before is at the heart of what Orange Sky do.

“The thought of creating a more reliable, environmentally sustainable vehicle that has the ability to complete more loads of washing and drying and reduce maintenance requirements was something myself and the whole team were working towards for our remote community expansion, and thanks to the generous support of Canva and REDARC, our ideas have now come to life,” Mr Marchesi said.

“The demand for washing and drying services in remote Australian communities is very prevalent, however in our efforts to support the remote communities, we found that due to the geographic remoteness, terrain and demand for laundry services, we needed to create a reliable vehicle that was built for the climate and greater usage, so that’s where the RV3.0 came in,” Mr Marchesi said.

Orange Sky undertook a three-month remote venture from March to June this year travelling to a total of 29 remote Indigenous communities from South Australia, the Northern Territory, and the northern ends of Western Australia and Queensland to connect with communities and identify where the most need is for the next Orange Sky service.

Leading the remote expedition, Orange Sky Remote Program Manager, Judith Meiklejohn says they have been inundated with people engaging with their services in every remote location they have visited.

“Many people and families in remote communities don’t have access to basic facilities like washing machines and if they do, they are often overused and don’t last long – with new washing machines being extremely expensive and the geographical location making it challenging to find a technician to repair items,” Judith said.

“Since introducing the RV3.0 vehicle to Wadeye alongside our local partner TDC, during our testing phase, we have been overwhelmed with the response from the community. The laundry van not only meets the strong demand for laundry facilities, but it brings together so many different families and clan groups, which is a really beautiful outcome.”

Signing on to support Orange Sky as a National Power Partner for the next three years, REDARC Electronics Managing Director, Anthony Kittel says they believe in the Orange Sky mission to ‘positively connect communities’, a mission that strongly resonates with REDARC’s values.

“We are delighted to partner with Orange Sky to support their remote community expansion plans. REDARC’s mobile power tech provides a more reliable and sustainable mechanism for Orange Sky to deliver their critical mission,” Mr Kittel said.

Similarly, Canva Co-Founder and COO, Cliff Obrecht says “it’s fantastic to see Canva being used to help raise awareness for important causes and initiatives such as Orange Sky. Their team is doing an incredible job in remote communities across Australia, and we’re glad to be a part of their journey.”

As part of its mission to support the nation’s most vulnerable communities, Orange Sky, in partnership with REDARC and Canva, will be introducing a total of eight RV3.0 laundry vehicles to their fleet, and fitting out three of their current laundry vehicles with the REDARC gear, with all 11 RV3.0 vehicles set to service remote communities.

 


 

Source Eco-Voice

Electric cars averaged more travel than petrol vehicles in Australia in the past year

Electric cars averaged more travel than petrol vehicles in Australia in the past year

Australian electric vehicle drivers are on average driving further than people with petrol vehicles as infrastructure improves, new statistics show.

The Australian Bureau of Statistics for the first time looked at how electric vehicle drivers use their cars and found that in the 12 months to 30 June 2020 they had travelled 69 million km.

Electric vehicles travelled 11.1 thousand km on average, which was 600km more than drivers of petrol vehicles for the year.

In New South Wales, Victoria, Western Australia and the ACT, EV owners travelled further than petrol vehicle owners, with Queensland not far behind. But electric vehicles lagged behind in South Australia, Tasmania and the Northern Territory.

On the whole electric vehicles were still mostly confined to the cities and urban areas, with nearly three-quarters of all travel – 72.5% – taking place within capital cities. While EVs only recorded 5 million km of travel outside urban areas, or 7.2% of the total, they still recorded 2 million km of travel interstate.

Dr Jake Whitehead, the Electric Vehicle Council’s head of policy, said these early results were promising as they showed people were beginning to leave urban environments as infrastructure improves.

“The claim that EVs will end the weekend can be put to bed,” Whitehead said. “We are seeing them used for those longer-distance trips interstate.

“Overall this is very encouraging and demonstrates that Australians are adopting electric vehicles, and that having freedom to travel across the country is being helped by the increase infrastructure.”

Whitehead also said that the data comes with some caveats as it relied on a small sample size and different states and territories do not always clearly sort whether a car is an electric vehicle, a plug-in hybrid or another kind.

“We should be very clear about what an electric vehicle is: it’s been established internationally that an EV is one you plug in and power using electricity,” Whitehead said.

“Hybrids and these mythical hydrogen cars – which there are very few of – unless they can be plugged in and powered they are not EVs. And we should treat them separately, especially as they have different infrastructure requirements.”

The results come as the Australian government faces criticism for not doing enough to support the transition to electric with its new electric vehicle strategy.

While the strategy was presented as a “reboot” for the Coalition, it offered little to help encourage the uptake of electric vehicles and instead focused on the rollout of charging infrastructure.

This lack of clarity has continued with Nationals whip Damian Drum calling for the introduction of an EV road user charge, saying that as uptake increases revenue from the fuel excise will decrease, forcing governments to “find those monies from somewhere”.

“You look at a future in Australia where if we move to more EVs, which undoubtedly we will, people that are driving EVs will have to be paying some sort of road tax,” Drum said.

 


 

Source The Guardian

Tax breaks kick Pakistan’s electric car shift into higher gear

Tax breaks kick Pakistan’s electric car shift into higher gear

Pakistani businessman Nawabzada Kalam Ullah Khan had been planning to swap his family’s petrol-powered cars for electric models for years.

But it wasn’t until a set of massive tax cuts came into effect in July that the 29-year-old from Pakistan’s capital Islamabad finally put in an order for two electric cars.

“Someone has to take the initiative to switch to these cost-efficient, environment-friendly vehicles in the face of increasing pollution in big cities – and we’ve done it,” Khan said.

His new cars, he said now cost about five times less to run day to day than his old vehicles, a major incentive to make the switch.

Major Pakistan and Indian cities are struggling with dangerous levels of air pollution, with Pakistan’s Lahore this week declared the most polluted city in the world.

Heavy use of fossil-fuel-powered vehicles for transport combined with smoke from seasonal crop burning make the problem particularly severe at this time of year.

But Pakistan’s electric vehicle push is picking up speed, nearly two years after the country launched its ambitious green policy, which envisions a shift to 30 per cent electric cars and trucks nationwide by 2030, and 90 per cent by 2040.

Key to the shift are hefty tax exemptions for both electric vehicles imports and imports of parts and equipment to build the cars in Pakistan.

That has helped make the vehicles more affordable, industry figures said, as Prime Minister Imran Khan’s government pushes ahead with its plan to cut carbon emissions and urban pollution.

 

Falling taxes

The general sales tax on locally manufactured electric cars – those with batteries holding less than 50-kilowatt hours (kWh) of power – has dropped from 17 per cent to nearly zero, said Asim Ayaz, general manager of the government’s Engineering Development Board (EDB).

At the same time, the customs duty on imported electric car parts – such as batteries, controllers and inverters – is down to 1 per cent.

The duty on importing fully built electric cars also has fallen from 25 per cent to 10 per cent for one year, Ayaz told the Thomson Reuters Foundation.

Officials say the tax relief is a big step toward implementing Pakistan’s National Electric Vehicle Policy, originally passed by the cabinet in November 2019.

It aims to put half a million electric motorcycles and rickshaws and 100,000 electric cars, vans and small trucks into the transportation system by 2025.

“Definitely the tax exemptions make the price point (on electric vehicles) competitive,” said Malik Amin Aslam, the special assistant to the prime minister on climate change.

“It makes it extremely attractive for the customer to go electric.”

Aslam said if about a third of new cars sold run on electricity by 2030, as envisioned, Pakistan could see a big drop in climate-changing emissions and pollution.

Electric vehicles currently produce 65 per cent fewer planet-warming gases than those running on fossil fuels, he said.

Pakistan ranks second, behind Bangladesh, according to a list of nations with the worst air quality compiled last year by IQAir, a Swiss group that measures levels of lung-damaging airborne particles known as PM2.5.

In Punjab, Pakistan’s most populous province with Lahore as its capital, transport accounts for more than 40 per cent of total air-polluting emissions, followed by industry and agriculture, according to a 2019 study by the United Nations’ Food and Agriculture Organization.

 

Overcoming doubts

Shaukat Qureshi, general secretary of the Pakistan Electric Vehicles and Parts Manufacturers and Traders Association, said the new tax cuts mean savings of up to 500,000 rupees ($2,900) on imported small electric vehicles.

He said many members of the association have used the incentives to order them for the first time.

There are no reliable figures on how many electric cars local importers have brought into the country since the government announced the exemptions.

But in his other role as chief operating officer of car company Zia Electromotive, which imports and manufactures electric vehicles, Qureshi said he has ordered 100 small electric cars from China and plans to import 100 more every month after that.

Pakistanis – like many other people around the world – have historically been reluctant to switch to electric vehicles for reasons ranging from higher costs to lack of charging infrastructure and “fear of the unknown”, said Ayaz at the EDB.

The tax cuts help remove the cost obstacle, he said – and could help create about 20,000 new jobs in the auto industry as Pakistani car companies start manufacturing electric cars, he predicted.

The charging infrastructure issue remains, though some companies have already established charging stations in big cities and along motorways.

Climate change and development expert Ali Tauqeer Sheikh said the government should encourage the private sector to install more charging stations near offices, homes and parking lots.

To overcome worries that electric vehicles may have no resale value, car manufacturers and dealers could offer buy-back guarantees, he added.

But, Sheikh said, simply selling more electric cars is not enough to tackle Pakistan’s emissions and air pollution, since the total number of vehicles being sold – mainly traditional cars – is still growing every year.

He said the government needs to push to completely phase out fuel-run and hybrid vehicles by increasing taxes on them and provide affordable bank loans for people looking to buy electric.

“Poor people who use motorbikes and rickshaws deserve to have more electric vehicles on the roads to cut air pollution,” he said.

This story was published with permission from Thomson Reuters Foundation, the charitable arm of Thomson Reuters, that covers humanitarian news, climate change, resilience, women’s rights, trafficking and property rights. Visit http://news.trust.org/climate.

 


 

Source Eco Business

Boris Johnson confirms mandatory EV charging points for new buildings in England

Boris Johnson confirms mandatory EV charging points for new buildings in England

Johnson delivered a speech to the Confederation of British Industry (CBI) today (22 November), where he made the announcement.

The mandate will apply to developers of new residential housing, office blocks and retail sites, as well as to the developers of renovations where there are ten or more parking spaces.

An exact implementation date is set to be confirmed following consultation. To support SMEs in meeting the requirements, a new three-year loan programme with a £150m funding pot will be operated through Innovate UK.

The UK Government estimates that the requirement will prompt the installation of up to 145,000 extra charging points each year through to 2030 – the point at which the national ban on new petrol and diesel car sales will come into effect.

It has been known for several years that rates of current and planned charging point installations in the UK are being outpaced by the growth of the nation’s EV stock. The 2020 Budget saw Chancellor Rishi Sunak reveal that the government was developing plans to ensure that EV drivers are never more than 30 miles away from a rapid charging point, amid a growing body of evidence that there is a “postcode lottery” for charging infrastructure in the UK.

Speaking at the CBI event, Johnson said: “This is a pivotal moment – we cannot go on as we are. We have to adapt our economy to the green industrial revolution.

“We have to use our massive investment in science and technology and we have to raise our productivity and then we have to get out your way.”

“We must regulate less or better and take advantage of new freedoms,” he added, alluding to Brexit.

Before this announcement, developers of new homes were preparing for charging infrastructure mandates from 2025, under the Future Homes Standard.

Johnson confirmed that the Department for Transport (DfT) is also set to announce plans for making public charging points more accessible for those wishing to charge away from home. MPs have repeatedly urged the implementation of simplified payment systems and greater consumer protections for public charging points, as well as appropriate competition measures for this rapidly expanding sector.

Additionally, Highways England announced plans to invest £11m in battery energy storage systems at service stations this decade, to assist with the uptake of EV charging points in areas where grid constraints can hamper installations.

The news comes days after a project working to map out the future of EV charging infrastructure in the UK’s rural regions, trialling solutions in Devon, received grant funding from Innovate UK.

 

Industry reaction 

The Energy Networks Association’s director of external affairs Ross Easton said: “This is great news for those living in new homes, but we must make sure access to charging points is not exclusive – charging points must be accessible to everyone. To truly ‘level up’ charging point access and deliver on the COP26 electric vehicle pledges requires strategic planning at all levels of government, nationally and locally.”

Eversheds Sutherland’s head of UK transport Dominic Lacey said: “The EV charging network needs a huge stimulus that goes beyond ‘on-the-go’ charge points across our roads and highways. Boosting charging availability through planning and building control for new and refurbished commercial and residential sites is a logical step. However, access to cheap and convenient EV charging remains a social and infrastructure challenge for the bulk of traditional urban sites, which lack the capacity, facilities and space to support multi-EV charge points.”

Energy Saving Trust’s group head of transport Tim Anderson called the announcement “important”. He said: “This is a pivotal moment in the decarbonisation of transport and a significant step towards ensuring charging infrastructure is accessible for all. Today’s pledge demonstrates the government’s commitment to build on the ambition of the Transport Decarbonisation Plan and pledges made at COP26.”

The REA’s transport policy manager Jacob Roberts said:“Making sure as many people as possible are able to charge at home is key to ensuring that the full cost-saving benefits of EVs are spread fairly across society. Installing EV chargers during building construction is cheaper and less disruptive than retrofitting them later, particularly for shared and communal car parks. This approach will also go a long way to ensuring that grid connections are futureproofed to accommodate the recharging requirements of tomorrow’s EV users.

“However, this is only the tip of the iceberg, and our focus now needs to turn to the existing housing stock, particularly for blocks of flats, rental properties and leasehold properties, where higher costs and complex approval processes need to be overcome.

“We must also continue to develop a network of cost-effective and convenient public charging infrastructure for those living in properties without off-street parking. The REA are aiding the Government as they develop new grant supports targeted at installing EV chargers in such settings. Lastly, increasing the accessibility of charge points will be immaterial if we cannot improve the affordability of electric vehicles too. The REA have long argued for ZEV mandates in the UK and hope that the Government will bring forward these regulations as soon as possible.”

 


 

Source Edie

Seven ways to curb climate change

Seven ways to curb climate change

The COP26 climate summit in Glasgow has been billed as a last chance to limit global warming to 1.5C.

But beyond the deals and photo opportunities, what are the key things countries need to do in order to tackle climate change?

 

1. Keep fossil fuels in the ground

Burning fossil fuels such as oil, gas, and especially coal, releases carbon dioxide (CO2) into the atmosphere, trapping heat and raising global temperatures.

It’s an issue which has to be tackled at government level if temperature rises are to be limited to 1.5C – the level considered the gateway to dangerous climate change.

However, many major coal-dependent countries – such as Australia, the US, China and India – have declined to sign a deal at the summit aimed at phasing out the energy source in the coming decades.

 

2. Curb methane emissions

A recent UN report has suggested that reducing emissions of methane could make an important contribution to tackling the planetary emergency.

 

 

A substantial amount of methane is released from “flaring” – the burning of natural gas during oil extraction – and could be stopped with technical fixes. Finding better ways of disposing of rubbish is also important, because landfill sites are another big methane source.

At COP26, nearly 100 countries agreed to cut methane emissions, in a deal spearheaded by the US and the EU. The Global Methane Pledge aims to limit methane emissions by 30% compared with 2020 levels.

 

3. Switch to renewable energy

Electricity and heat generation make a greater contribution to global emissions than any economic sector.

Transforming the global energy system from one reliant on fossil fuels to one dominated by clean technology – known as decarbonisation – is critical for meeting current climate goals.

 

 

Wind and solar power will need to dominate the energy mix by 2050 if countries are to deliver on their net zero targets.

There are challenges, however.

Less wind means less electricity generated, but better battery technology could help us store surplus energy from renewables, ready to be released when needed.

 

4. Abandon petrol and diesel

We’ll also need to change the way we power the vehicles we use to get around on land, sea and in the air.

Ditching petrol and diesel cars and switching to electric vehicles will be critical.

 

 

Lorries and buses could be powered by hydrogen fuel, ideally produced using renewable energy.

And scientists are working on new, cleaner fuels for aircraft, although campaigners are also urging people to reduce the number of flights they take.

 

5. Plant more trees

A UN report in 2018 said that, to have a realistic chance of keeping the global temperature rise under 1.5C, we’ll have to remove CO2 from the air.

Forests are excellent at soaking it up from the atmosphere – one reason why campaigners and scientists emphasise the need to protect the natural world by reducing deforestation.

 

 

Programmes of mass tree-planting are seen as a way of offsetting CO2 emissions.

Trees are likely to be important as countries wrestle with their net zero targets, because once emissions have been reduced as much as possible, remaining emissions could be “cancelled out” by carbon sinks such as forests.

 

6. Remove greenhouse gases from the air

Emerging technologies that artificially remove CO2 from the atmosphere, or stop it being released in the first place, could play a role.

A number of direct-air capture facilities are being developed, including plants built by Carbon Engineering in Texas and Climeworks in Switzerland. They work by using huge fans to push air through a chemical filter that absorbs CO2.

 

 

Another method is carbon capture and storage, which captures emissions at “point sources” where they are produced, such as at coal-fired power plants. The CO2 is then buried deep underground.

However, the technology is expensive – and controversial, because it is seen by critics as helping perpetuate a reliance on fossil fuels.

 

7. Give financial aid to help poorer countries

At the Copenhagen COP summit in 2009, rich countries pledged to provide $100bn (£74.6bn) in financing by 2020, designed to help developing countries fight and adapt to climate change.

That target date has not been met, although the UK government, as holders of the COP presidency, recently outlined a plan for putting the funding in place by 2023.

 

 

Many coal-dependent countries are facing severe energy shortages that jeopardise their recovery from Covid and disproportionately affect the poor. These factors stop them moving away from polluting industries.

Some experts believe poorer nations will need continuing financial support to help them move towards greener energy. For instance, the US, EU and UK recently provided $8.5bn to help South Africa phase out coal use.

 


 

Source BBC

The fuel economy of electric cars: How far can you go on a single charge?

The fuel economy of electric cars:  How far can you go on a single charge?

Electric cars are becoming an increasingly popular option for drivers who’re conscious about the impact they’re having on the environment. And while critics of the past might have cited a lack of range in their batteries, things are quite different in 2021.

Cars are now built with distance in mind – without compromising on their overall performance and environmental impact. But just how far can some of the best electric cars travel on a single charge?

To find the answer to that question, check out our comparison tool. We’ve taken data from some of the best electric cars on the market to find out which can take you furthest on just one battery recharge.

For those of you who want to learn a little more about electric cars in general, read on to get a better understanding of just how this exciting new way to travel is slowly becoming the norm for British roads. The future is well and truly here.

 

Chapter 1.

What you need to know about electric cars

It may be that you’re interested in trying out an electric car yourself, but just haven’t found the courage to take that leap of faith. If that’s you – or even if you’re just interested to find out more about this unique breed of vehicle – here are some of the most important things you should know.

 

Electric car statistics – How the world is adapting

While electric cars may have once seemed like an unrealistic and impractical way to travel, the technological advancements made throughout the 21st Century have meant that the prevalence of this type of vehicle on the road has soared.

The drivers of the world have seen the merits of electric alternatives, with more people seeming to place a focus on sustainable and environmentally friendly alternatives.

The numbers strongly support that, with exponential growth demonstrated on a consistent basis on electric vehicle sales since 2013. Figures from Virta show that, with the exception of 2019, the global electric market saw a rise of at least 43% in growth every year until 2020.

The full numbers showed:

 

 

The drop in growth to just 9% in 2019 may have initially implied a declining interest in electric vehicles. In reality, it was the combination of the industry’s hugely successful 2018 and the first throws of the COVID-19 pandemic in China, which triggered this sudden slide. As we enter 2021 and beyond, the numbers appear to be back on track.

The total number of electric cars on the road sailed to as high as 10 million, which was itself a 41% rise on the figure at the end of the previous year (and up significantly from just 1.2 million at the end of 2015).

Across the globe, powerhouses like China, the US and most of Europe have all begun to adopt this new and more sustainable form of transport. IEA highlighted in their 2021 Global EV Outlook how each of these regions has readily adopted electric, with the numbers showing:

 

 

Within Europe, Germany and the United Kingdom are amongst the leading names in terms of the pure number of vehicles being registered. The Germans saw an increase of 395,000, while UK numbers increased by 176,000.

But it is in Scandinavia where the concept of electric transport has been most readily adopted. The three leading countries for the percentage of new car sales being electric across the globe were:

 

 

Perhaps most encouragingly of all for the market is the news that both plug-in and pure electric battery options have seen significant and continued growth. Numbers of registrations for both across the past five years show:

 

 

Right now, everything is pointing towards an electric takeover at some point in the next decade..

 

The future of electric cars and the road

With the 2030 ban on selling petrol and diesel cars set to come into effect in the not-too-distant future, electric cars currently stand as the most viable alternative. But just how is this shift to a more sustainable form of transport going to translate on British roads?

Some of the most impactful changes we could see include:

 

Widescale electric vehicle (EV) adoption

One of the most common features of a largely electric future will be a steady and continued rise in the number of battery and plug-in powered cars we see on roads. In truth, as our figures have shown, this is something that is happening as we speak.

Charging points

The need to regularly stop and charge a car might seem like a hassle, but, with a higher percentage of EVs on the road, accommodations will be made to ensure there is an ample supply of charging points. Once again, this is something which has seen a rapid rise in recent years. Between just 2016 and June of 2021, numbers have increased from roughly 6,000 to just under 25,000 in the UK.

Synergy with other technology

This continued popularity and growth is sure to open up new avenues of opportunity for tech industries. Driverless cars are perhaps the most intriguing prospect – with this technology relying heavily on the need for electrical automation.

Smart motorways

While this is still something of a pipe dream right now, provisions have been put in place to start thinking about a self-charging smart motorway. This would eliminate the need to constantly stop and recharge a car, with vehicles being constantly topped up as they travel.

 

Sustainability rates of electric cars

Even the most staunch supporter of traditional internal combustion engines (ICE) can’t deny the environmental advantages an electric car offers. In fact, the numbers show that just one electric car can save as much as 1.5 metric tonnes of CO2 across a year when compared to a combustion engine. To put that in perspective, that’s as many as four return flights from London to Barcelona.

But what other environmental benefits does driving an electric car offer?

 

Recycled products

Some (although not all) electric cars have parts and fittings which are made from exclusively recycled materials. This is more commonly the case with their internal features (like seats, trims and dashboards).

Health benefits

With fewer exhaust emissions to the surrounding air that you breath and contribute to climate change, you and those around you are bound to naturally benefit from a cleaner, healthier environment.

Efficiency

An electric car can use as much as 90% of energy generated to become motion energy. By comparison, a combustion engine will average roughly 20-30%. This efficiency means less goes to waste.

Heightened vehicle safety

While it’s often overlooked, the nature of an electric car’s construction means it is inherently safer. They benefit from a number of design features which makes the car less of a risk. Those include:

  • A lower centre of gravity (reducing the chances of rolling over)
  • A much lower risk of fires and explosions
  • A tougher body structure, to make them more durable in a collision

 

Chapter 2.

How far can you go on a single charge?

It used to be that electric vehicles were criticised because of their battery life. In the 2020s, things are very different – with some cars even able to go as far on one charge as an average-sized fuel tank.

But just how far can they go? Use our interactive tool to work out how far each of the electric cars we’ve focused on can travel after just one full charge.

 

The future of electric cars and the road

As you can see, you’ll get quite far on just the one charge these days. But there are ways to ensure you really get the maximum out of your car. Try these handy tips:

 

 

Make sure to keep all of these in mind if you want to go as far as possible on just one charge.

 

Chapter 3.

Planning for a long distance journey

Now that you better appreciate the range of your electric car, it’s time to put that battery to use. Heading away on a road trip is always rewarding – and an increasingly popular option in the age of COVID-19. Let’s explore everything you need to keep in mind when hitting the open road.

 

Charging your electric car

While this is a lot easier to manage than in the past, some consideration still needs to be made when planning out the battery management of your car. Follow this handy advice to ensure you aren’t caught out when you travel:

 

 

Packing essential items

No matter where you’re going, there are a handful of essential items which make any road trip much easier. Whether it’s to keep you on course, or just to provide some home comforts, these are amongst the most important to keep in mind for your trip:

 

 

 

Staying awake and alert

Safety on the road is paramount, whether you’re driving for five minutes or five hours. The key to lowering your chances of causing an accident is to make sure you’re as alert as possible every time you get behind the wheel. Here are some of the most important and effective ways of doing just that:

A good night’s sleep

Nothing beats getting a full night of rest when it comes to feeling awake and alert. Having the chance to refresh and recharge is why we sleep in the first place – so make sure to always get enough by going to bed at a reasonable time the night before a long journey.

Shifts

If you’re lucky enough to be on the journey with another driver, make sure to take it in turns behind the wheel. This will give you both the much-needed time to relax and not have to worry about concentrating on the task at hand.

Take breaks

Whether you’re sharing shifts or not, it’s also wise to take regular breaks. The Highway Code recommends stopping for at least 15 minutes every two hours as a guideline. Your body will know when it’s time to take a little break.

 

Top tips for a long trip with a young family

Keeping little ones entertained can be a challenge at the best of times, let alone on long car trips. Thankfully, you’re not the first to experience this hurdle. Here are some of the most tried-and-tested methods to keep the kids satisfied while you drive:

 

 


 

Source Auto Trader

Climate change agreement may lead to ‘zero emission zones’ in Christchurch

Climate change agreement may lead to ‘zero emission zones’ in Christchurch

Christchurch leaders are considering joining a United Nations-linked climate change initiative that could lead to parts of the city becoming “zero emission zones”, meaning no petrol-guzzling cars, by 2025.

Christchurch City Council staff have recommended signing up to the Race to Zero climate initiative, following an invitation from Auckland mayor Phil Goff. Auckland and Wellington are both part of the initiative, which encompasses more than 730 cities worldwide.

The initiative encourages cities to pledge to reduce carbon emissions, come up with interim and long-term targets, take action on those targets, and produce annual reports showing their progress.

Councillor Sara Templeton backed the initiative, saying cities needed to work together while Cr Aaron Keown said it was just more virtue signalling.

Council staff say joining the initiative would reinforce the council’s commitment to “strong climate action” – but also admit that joining would be a “largely a symbolic move” and it would not require any significant additional council resources.

Keown said the initiative “was another group-think on how we’re going to change the planet without changing the planet”.

“Action leads to action,” he said. “You saying to me ‘I’m going to be an All Black’ – but you aren’t even playing rugby at the moment – isn’t going to get you to be an All Black.”

 

Cr Aaron Keown says joining the Race to Zero climate initiative will be more virtue-signalling. “Action leads to action,” he says. JOE JOHNSON/STUFF

 

Templeton, who chairs the council committee responsible for climate change, said the initiative had the potential for sharing of knowledge between cities.

“The actions are way more important than words on a piece of paper, but joining with others and working together is also really important, and we can’t do it alone,” she said.

“Being able to share resources, having those contacts, and reaffirming our commitment are really important.”

 

Cr Sara Templeton says while actions are more important than words, working with other cities is also really important. CHRIS SKELTON/STUFF

 

Council staff noted the practical benefit of the initiative would be accessing information and lessons from other cities involved.

If councilors decided to join the initiative, they must also select at least one action from a list of 23 to undertake before the end of the year.

Council staff recommended selecting a single action, one that called for the expansion of access to walking, cycling, and other transport methods as well as identifying areas suitable for becoming “zero emission zones” by 2025.

Staff said this action was “a direction the council already supports”, but noted identifying the zero emission zones would be a new piece of work. Identifying potential zones did not necessarily mean they would be implemented.

The council’s head of strategic policy, Emma Davis, said the zones would be areas promoting zero emission transport, such as walking, cycling, public transport or electric vehicles.

Residents and businesses in the zone would benefit from cleaner, healthier air and quieter streets, she said.

“The size and location of any potential future zero emission zones have not yet been identified”. Davis said the staff recommendation presently was only to explore the merits of these zones.

Amsterdam, in the Netherlands, has five of these zones already and Auckland intends to make its city centre a zone too.

The Christchurch City Council has set the whole city’s carbon-zero target at 2045, which is five years ahead of both Wellington and Auckland’s city councils.

The council last commissioned an audit of the city’s emissions for the 2018/19 financial year, which found 54 per cent of Christchurch’s emissions came from transport.

In 2019 Canterbury was the second-highest emitting region in New Zealand behind Waikato, accounting for 14.2 per cent of nationwide emissions, according to Stats NZ data.

 


 

Source Stuff

Land Rover investigates hydrogen fuel cell use with Defender prototype

Land Rover investigates hydrogen fuel cell use with Defender prototype

Jaguar Land Rover (JLR) is developing a prototype hydrogen fuel cell vehicle that is expected to be testing later this year.

The development vehicle, based on the new Land Rover Defender, will be used as a test bed to establish how a hydrogen powertrain can be optimised to deliver the necessary performance and capability required by Land Rover customers.

Ralph Clague, head of Hydrogen and Fuel Cells for Jaguar Land Rover, said: “We know hydrogen has a role to play in the future powertrain mix across the whole transport industry, and alongside battery electric vehicles, it offers another zero tailpipe emission solution for the specific capabilities and requirements of Jaguar Land Rover’s world-class line-up of vehicles.”

The engineering project, known as Project Zeus, is part funded by the government-backed Advanced Propulsion Centre. It forms part of JLR’s aim to achieve zero tailpipe emissions by 2036, and net zero carbon emissions across its supply chain, products and operations by 2039, in line with the Reimagine strategy announced last month.

 

Source Fleet News

 

“The work done alongside our partners in Project Zeus will help us on our journey to become a net zero carbon business by 2039, as we prepare for the next generation of zero tailpipe emissions vehicles,” Clague added.

 

JLR believes hydrogen fuel cell vehicles, which generate electricity from hydrogen to power an electric motor, are complimentary to battery electric vehicles (BEVs) on the journey to net zero vehicle emissions.

They provide high energy density and rapid refueling, with minimal loss of range in low temperatures, making the technology ideal for larger, longer-range vehicles, or those operated in hot or cold environments.

Since 2018, the global number of fuel cell vehicles on the road has nearly doubled, while hydrogen refueling stations have increased by more than 20%. By 2030, forecasts predict hydrogen-powered vehicle deployment could top 10 million with 10,000 refueling stations worldwide.

The prototype Defender will begin testing towards the end of 2021 in the UK to verify key attributes such as off-road capability and fuel consumption.

 


 

Source: Fleet News

Electric flying taxis could transform air travel by 2024

Electric flying taxis could transform air travel by 2024

Flying taxis to help you skip a morning traffic jam? Sounds like a thing of the future, but the future might be closer than you think.

With new backing from American Airlines, Virgin Atlantic and Microsoft, UK electric aircraft manufacturer Vertical Aerospace is innovating to make environmentally-friendly, accessible urban air travel a reality.

The startup created a zero-emissions vertical takeoff aircraft called the VA-X4 that can travel over 200 miles per hour and be “near-silent” in flight, the company said, CNN reported. A prototype of the electric Vertical Take-Off and Landing (eVTOL) with a range of over 100 miles is currently in production and has its first test flight planned for later this year.

“The X4 is going to be 100 times quieter than a helicopter, it’s going to be zero-carbon, it’s going to be a fraction of the cost. Most important of all, it’s going to be 100 times safer, so this is going to open up urban air mobility to whole new range of passengers,” founder and CEO Stephen Fitzpatrick said in a statement.

The company’s mission to make air travel personal, on-demand and carbon-free eVTOLs like the X4 has the potential to transform both short, on-demand travel within cities that is currently accomplished via taxis and longer, medium-haul regional travel, Fitzpatrick told Yahoo! Finance. He estimated that a trip from downtown Los Angeles to LAX or from JFK International Airport to Manhattan would last only 12 minutes and cost roughly $40. Partners are already discussing commercial flight potentials out of large airports such as London Heathrow and Gatwick.

Rolls-Royce, the leading supplier of all-electric and hybrid-electric power and propulsion systems for aviation, will provide the electric engines. Honeywell, a leader in avionics and flight control systems, developed customized, state-of-the-art technology in the new flight vehicles.

 

The VA-X4 prototype is electric and aerodynamic, which allows it to use far less energy than an airplane or a helicopter. Vertical Aerospace

 

According to CNN, Fitzpatrick also founded Ovo Group, which owns the UK’s second-biggest energy retailer. The energy transition from fossil fuels to zero-carbon energy supplies is the “biggest challenge facing humanity today,” the energy-tech entrepeneur said in a statement. At scale, the synergy of his two companies may actually help reduce the negative environmental impact of flying, which currently rates as one of the most detrimental activities for air quality and the climate.

“On an individual level, there is no other human activity that emits as much over such a short period of time as aviation, because it is so energy-intensive,” said Stefan Gössling, co-editor of the book Climate Change and Aviation: Issues, Challenges and Solutions.

BBC estimated that aviation is responsible for around 2.4 percent of global carbon emissions and around 5 percent of global warming, due to nitrous oxides, water vapor, particulates and other airplane emissions that also have a warming effect. Other estimates place this figure between five and nine percent.

The relatively “small” aviation industry and an even smaller portion of the world that flies has been accused of having a disproportionately large, negative impact on the climate crisis. Climate justice advocates note that the flying populations are not the ones who will suffer the most from the climate crisis. These are some of the issues that Vertical Aerospace hopes to tackle.

“I love travelling. I love flying to new places. It cannot be that the way we’re going to solve climate change is by asking everybody to do less, to travel less, to turn back time and forgo some of the advantages that technology has brought us,” Fitzpatrick said. “I think that when people start to understand just how much better these vehicles are than what we have today, it’s going to completely change how people think about flying through the skies.”

“If we focus on finding the solutions, this will drive us towards the electrification of flight,” he added. “This is the most exciting time in aviation for almost a century. Electrification will transform flying in the 21st century in the same way the jet engine did 70 years ago,” he told CNN.

Each aircraft is worth as much as $4 billion, and Vertical Aerospace already has pre-orders for up to 1,000 VA-X4s, CNN reported. 250 of those will go to American Airlines, with an option for an additional 100. Virgin Atlantic has a pre-order option for up to 150, and Dublin-based aircraft leasing company Avolon has pre-orders and options for 500 of the new-age taxis.

“Our order with Vertical will… accelerate the inevitable commercial roll-out of zero emissions aircraft,” CEO of Avolon Dómhnal Slattery said in the press release. “Before the end of this decade, we expect zero emission urban air mobility, enabled by eVTOLs, to play an increasingly important role in the global commercial aviation market.”

The United Kingdom is already a global leader in aerospace innovation, Fitzpatrick noted. Unrelated blimp prototypes in the UK are similarly aiming to make air travel more environmentally-friendly and accessible.

“We’re doing more than just developing an aircraft, we’re actually creating an industry together,” Mike Madsen, president and CEO of Honeywell Aerospace said in the statement.

 

 

According to Yahoo! Finance, Vertical Aerospace has secured several key partnerships and plans to list on the New York Stock Exchange after a merger with Broadstone Acquisition Corp, a special purpose acquisition company (SPAC), later this year. The latter was attracted to Vertical’s highly commercial approach and clear route to market, the joint press release noted.

Hugh Osmond, chairman of Broadstone, said, “Transportation is one of the next big sectors of the global economy to be disrupted at scale. Vertical has a clear commercial plan to challenge short-haul air travel, and to create new markets where neither cars nor public transport can cope with demand.”

According to CNN, Vertical believes the X4 will secure the same level of certification from the European Union Aviation Safety Agency as large commercial airliners, allowing production at scale. Commercial operations are slated to begin in 2024.

“This is probably the first commercial aircraft that most people will fly on that will have a zero carbon footprint, Fitzpatrick said. “We’re going to look back at a time when we didn’t have these vehicles flying over our skies. I think in five or six years’ time, we’ll be looking back thinking, ‘I can’t believe we didn’t have this.'”

 


 

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Source Eco Watch