Elite Holdings WA https://eliteholdingswa.com Electric and Premium Car Importing Wed, 21 Oct 2020 05:14:39 +0000 en-US hourly 1 https://wordpress.org/?v=5.6.16 https://eliteholdingswa.com/wp-content/uploads/2020/03/cropped-Elite_Holdings_BC_logo-32x32.png Elite Holdings WA https://eliteholdingswa.com 32 32 A Guide to the Kia Soul EV https://eliteholdingswa.com/a-guide-to-the-kia-soul-ev/ https://eliteholdingswa.com/a-guide-to-the-kia-soul-ev/#respond Wed, 21 Oct 2020 05:08:19 +0000 https://eliteholdingswa.com/?p=1103 First released in 2017, the Kia Soul EV is a small hatchback with an SUV-like appearance which has made it a popular choice for city dwellers. Set to become Australia’s cheapest electric car, the Kia Soul EV boast an impressive theoretical range of up to 452 km’s, which means it would be ideal for getting […]

The post A Guide to the Kia Soul EV appeared first on Elite Holdings WA.

]]>
First released in 2017, the Kia Soul EV is a small hatchback with an SUV-like appearance which has made it a popular choice for city dwellers. Set to become Australia’s cheapest electric car, the Kia Soul EV boast an impressive theoretical range of up to 452 km’s, which means it would be ideal for getting around in during the week – likely requiring no more than a single charge to get you through an entire week of car trips and daily errands. The range outpaces similar EV’s like the Nissan Leaf and means the model is considerably good value. A charge at home will take you around 10 hours, whilst you can get it up to 80 percent on a fast charger in a little over an hour. 

The car features a boxy body, but despite its appearance it’s actually very zippy – speeding up to 100 km in only 7.9 seconds.  

Boasting some impressive specs, the Kia Soul EV is definitely worth taking into consideration. Here’s the specs for the Kia Soul at a glance. 

Lithium Ion Battery

57.1 kWh

Theoretical Driving Range

452 km

Battery Efficiency

175 Wh/km

Engine
EngineElectric
Acceleration0 to 100kph approx 7.9 secs
Top Speed167 km/h
Theoretical RangeUp to 452 km’s
Total Power150kW (395 Nm)
Battery & Charging
Battery TypeLithium Ion
Charge Time10 hours
Battery67.1 kWh
Efficiency175 Wh/km
Dimensions
Length4195 mm
Width1800 mm
Height1605 mm
Wheelbase2600 mm
Weight Empty1757 kg

The Kia Soul EV is a joy to drive, surprisingly sporty despite its appearance and able to take tight corners well, it’s great for weaving in and out of traffic in the cities. It features four different driving modes and different levels of braking regeneration so there’s plenty of choice depending on how you like to drive. For long, boring drives you’ll also appreciate the car’s features like it’s infotainment screen and cruise control. When you get it home to charge you’ll find it’s programmable feature which lets you choose when to recharge it is very helpful, this will allow you to take advantage of less expensive night tariffs. 

The Kia Soul EV is funky and unique, with it’s quirky design and bold interiors it stands out from the pack of electric cars and feels very spacious inside. 

The Kia Soul is extremely affordable, you can expect it to cost you around $30K and up in Australia, making it highly competitive when compared to other electric cars. Considering it’s range and power, the Kia Soul offers considerable value for its price tag.  

Want to drive one of your own? Check out our current stock list for currently available imported models, or talk to us about importing a Peugeot e-208 to suit your needs. 

The post A Guide to the Kia Soul EV appeared first on Elite Holdings WA.

]]>
https://eliteholdingswa.com/a-guide-to-the-kia-soul-ev/feed/ 0
A Guide to the Peugeot e-208 https://eliteholdingswa.com/a-guide-to-the-peugeot-e-208/ https://eliteholdingswa.com/a-guide-to-the-peugeot-e-208/#respond Wed, 07 Oct 2020 09:00:00 +0000 https://eliteholdingswa.com/?p=1109 Released in 2019, the Peugeot e-208 is the European’s brand’s first foray into fully electric cars and it’s a good one! The e-208 impresses with a range of 340km’s and a quick charge time. The Peugeot e-208 is the first of a number of planned electric cars for the brand which has said that it […]

The post A Guide to the Peugeot e-208 appeared first on Elite Holdings WA.

]]>
Released in 2019, the Peugeot e-208 is the European’s brand’s first foray into fully electric cars and it’s a good one! The e-208 impresses with a range of 340km’s and a quick charge time. The Peugeot e-208 is the first of a number of planned electric cars for the brand which has said that it has new models in the pipeline. The Peugeot e-208 features a sleek design and interior that’s practical for the day-to-day, it will feel very zippy when driving and is extremely economic to charge up – taking just 30 minutes to reach 80% when using a fast charger. Better yet, it can be charged by the brand’s app, allowing you to turn it on and off according to your tariff’s, even when you’re not home. It’s very compact inside but still comfortable and includes all the gadgets you’d expect from Peugeot like a 7-inch touchscreen, Apple Carplay and 3D digital dials. 

The Peugeot e-208 has some great specs and is an extremely comfortable choice for getting around. Take a look at the specs for the Peugeot e-208 at a glance. 

Lithium Ion Battery

50.0 kWh

Theoretical Driving Range

340 km

Battery Efficiency

164 Wh/km

Engine
EngineElectric
Acceleration0 to 100kph approx 8.1 secs
Top Speed150 km/h
Theoretical RangeUp to 340 kms
Total Power100kW (260 Nm)
Battery & Charging
Battery TypeLithium Ion
Charge Time5 hours
Battery50.0 kWh
Efficiency164 Wh/km
Dimensions
Length4055 mm
Width1745 mm
Height1430mm
Wheelbase2540 mm
Weight Empty1530 kg

 The Peugeot e-208 is undoubtedly a good pick when it comes to the latest electric cars on the market. It is very comfortable and features a decent sized boot and plenty of space for adults to comfortably ride in the front and the back thanks to the clever use of space – the lithium ion battery has been stored under the rear seats to stop it from eating into cabin space. 

For longer trips the car features a range of smart features including cruise control which will make getting around on faster motorways much less stressful. You’ll also discover that it has a trip planner and full-park assist. Inside you’ll find classy interiors and black trim which feel higher end, especially the two-tier concave dash. This feels like a very upmarket car and you definitely get good bang for your buck when it comes to aesthetics. 

With it’s more than reasonable drive range of 340 km’s – on the higher end for electric cars in it’s price range, you’ll have no trouble getting around the city or two and from work during the week on a single charge. For longer distances you won’t be waiting long, it can be charged up in just 5 hours. 

In Australia you can expect the Peugeot e-208 to run you around $45K, which is a very reasonable price when you consider all it’s features and should definitely be put towards the top of your list for electric cars to consider. 

Want to drive one of your own? Check out our current stock list for currently available imported models, or talk to us about importing a Peugeot e-208 to suit your needs. 

The post A Guide to the Peugeot e-208 appeared first on Elite Holdings WA.

]]>
https://eliteholdingswa.com/a-guide-to-the-peugeot-e-208/feed/ 0
Common myths about owning an EV https://eliteholdingswa.com/common-myths-about-owning-an-ev/ https://eliteholdingswa.com/common-myths-about-owning-an-ev/#respond Mon, 17 Aug 2020 05:19:29 +0000 https://eliteholdingswa.com/?p=1041 The post Common myths about owning an EV appeared first on Elite Holdings WA.

]]>

Unfortunately, misinformation about electric vehicles (EVs) and the reality of owning one is abundant. Since the moment EVs first arrived on the scene there has been a proliferation of myths, half-truths, outdated beliefs and straight up lies amongst consumers which has turned many would-be EV car owners off the idea of purchasing one. It’s a shame that misleading information is turning potential buyers away and contributing to a slower uptake of the eco-conscious technology, so we’re here to help right that wrong!

If you’re yet to become educated on EVs and what it’s like to own one, then consider this your crash course. We’re busting common myths and misconceptions about owning an electric car in Australia and setting some of the facts straight. Read on to find out the truth about owning an EV.

Myth: They create as much pollution as conventional vehicles

Fact: This is one of the most harmful myths about EVs that people sometimes believe. It has been proven to be untrue, they not only emit zero direct emissions from their tailpipes but studies have also shown that they’re responsible for significantly less indirect carbon dioxide pollution during their lifecycle than conventional cars, even when taking into consideration their production and the generation of the electricity required to charge them.

Here in Australia several states rely primarily on coal for the production of their power and so it’s often believed that EVs are less green in those states, but this ignores the efficiency of EVs. Even in states where coal is used and internal combustion engine cars might otherwise have the edge in overall C02 emissions, EVS still produce approximately 40% less emissions. This is because whilst conventional cars don’t have very efficient engines – very little of the energy in their tanks is actually converted into the motion in the wheels, in fact, most of it goes towards wasted heat. Electric cars on the other hand are highly efficient, using most of their battery power to operate the vehicle.

What this means in reality is that if you were to convert petrol to energy you would find one litre is equal to about 10kwH, newer EV models can travel up to 400km on just 50kwH batteries – imagine trying to travel that far on 5 litres of petrol! For this reason, EVs produce far less C02 overall. It’s also worth it to take a future-focused approach, the uptake of EVs may help to encourage the introduction of greener energy solutions such as wind and solar, reducing Australia’s reliance on coal and improving the environmental benefits of EVs.

There’s also the added benefit of EVs being a far cleaner choice. Because they produce no tailpipe emission, EVs are a much better choice for improving air quality and a single car can save our roads from several tonnes of emissions each year.

Myth: EVs can’t travel very far

Fact: The idea that electric cars can’t travel very far is a huge concern in Australia because of our many open spaces and long stretches of road. It’s not uncommon for people to travel great distances here, in rural areas ‘the next town over’ can be hundreds of kilometres away! But the truth is, EVs have come a very, very long way when it comes to their technology and range and now they can travel a very long way! Many of the newer models can now travel over 400 km’s, whilst popular models like the Nissan Leaf will average up to 200 km’s on a single charge. EVs are more than capable of handling everyday drives around town, to and from work and the supermarket – you could conceivably get through an entire week on a single charge. With the increase in the availability of fast charging stations throughout the country it’s also much easier to take them long distances – they can be charged in under 30 minutes in many cases! Range is far less of a concern now and for many people electric cars will be much less hassle then regular stops at the fuel station.

Learn more about real world electric car ranges.

Myth: EVs are expensive

Fact: Whilst many electric cars carry a premium price tag, especially in Australia where import costs can add up, there are a number of affordable options such as the Nissan Leaf, the Hyundai Ioniq and Renault Zoe and there are yet more exciting and affordable options to come. They may attract a higher up-front cost but they are an investment for now and in the future and can represent significant cost savings over the course of their life. Brand new electric cars available in Australia start at around $47,000 but pre-owned EVs in good condition can be a very inexpensive option, especially when drivers take into account the lowered running costs associated with them.

In Australia where the cost of fuel is high, vehicles run on electricity can save you considerable sums of money. For example, if you page around 25 cents per kwH for your electricity this would mean you’d spend around $3.75-$5 per kilometre, the equivalent of spending just 50 cents a litre on fuel! You can expect your charging costs to be around 60-90% cheaper than fuel costs.

Additionally EVs attract lower registration costs and discounts in Australia and maintenance costs are much lower because EVs have less parts that require servicing and replacement. Think about it, there’s far fewer moving parts so much less need to regularly replace parts. The primary areas that will require servicing in your EV are; brakes and tyres, windscreens, wipers and fluid and battery repair or replacement (often covered under warranty and rarely required).

Myth: EVs are slow

Fact: This is a myth that is quickly being dispensed with now that people are becoming more aware of Tesla’s and other electric cars, but many people stills believe that EVs have less oomph then internal combustion cars – it’s actually the opposite in many cases. EVs are in general actually quicker than most conventional vehicles and will accelerate almost instantly if you put your foot down, this is because they general more torque then conventional vehicles. They still can’t quite reach the same speeds as many internal combustion vehicles, but unless you’re a race car driver it shouldn’t be an issue! EVs will more quickly reach high speeds and easily travel on high speed highways.So there you have it! Some of the most common myths about EVs debunked, still got questions? Get in contact with us today, we specialise in electric and hybrid vehicle imports.

The post Common myths about owning an EV appeared first on Elite Holdings WA.

]]>
https://eliteholdingswa.com/common-myths-about-owning-an-ev/feed/ 0
The Cost of Owning a Used Nissan Leaf https://eliteholdingswa.com/cost-of-owning-a-nissan-leaf/ https://eliteholdingswa.com/cost-of-owning-a-nissan-leaf/#respond Tue, 11 Aug 2020 05:35:00 +0000 https://eliteholdingswa.com/?p=1047 Australia has been slow to jump on the bandwagon when it comes to electric cars; however they’re becoming increasingly popular with the addition of new infrastructure on Australian roads and the advancements in technology in the field. Although electric cars are known for attracting a premium price there are now a number of affordable options […]

The post The Cost of Owning a Used Nissan Leaf appeared first on Elite Holdings WA.

]]>
Australia has been slow to jump on the bandwagon when it comes to electric cars; however they’re becoming increasingly popular with the addition of new infrastructure on Australian roads and the advancements in technology in the field. Although electric cars are known for attracting a premium price there are now a number of affordable options available on the market, including the Nissan Leaf! With even more options to come and the decreasing costs of components such as lithium-ion batteries, electric cars are set to become even more inexpensive in the future.

For those wanting to get in on the more ecologically-conscious electric car trend right now, used cars can be a huge cost saver. Let’s take a look at some of the costs involved in purchasing and owning a used Nissan Leaf in Australia and some of the reasons to consider buying a used Nissan Leaf.

Buying a used Nissan Leaf

There are many great reasons to consider buying a used electric car, especially the Nissan Leaf. One of the top reasons that many people look to buy one if because of the environment benefits, although there has been some debate (add link to mythbuster article once it’s live) in recent years, electric cars do in fact have a far smaller carbon footprint then conventional internal combustion engine vehicles and are a far more environmentally conscious choice. In addition to zero emissions, the Nissan Leaf has an interior that incorporates recycled materials such as water bottles, plastic bags, old car parts and recycled home appliances.

Another reason that many people consider purchasing a used electric car is that they involved much lower running and maintenance costs and they are far more efficient. The cost to charge an electric car is substantially lower than the cost of purchasing petrol. Maintenance costs are much more affordable because there a far less components in an electric car that require regular servicing. There are also cost savings available when it comes to registration.

Take a look at our breakdown of some of the costs involved in owning a used Nissan Leaf below:

Purchase price

One of the greatest advantage of purchasing a used electric car is that you can save a considerable amount of money, often even on models in very good condition. The cost of purchasing a new Nissan Leaf in Australia is around $49,990, whilst a used Nissan Leaf will usually run you around $38,000.

Combined with a lower upfront cost and low running costs, it’s easy to see why a used Nissan Leaf would be an attractive option for many buyers.

Registration costs

The cost to register electric cars is much lower in Australia then registering a vehicle that relies on fossil fuels, for instance based on a comparison by the Queensland government, you could expect to pay around $1,080 in vehicle registration duty for a conventional car whereas you would pay approximately $900 for an electric car like the Nissan Leaf. Additionally registration costs would be about $328.60 for an average car whilst you would only pay around $258.40 for an electric car.

In Australia a number of states offer discounts on the cost of registration for driving an electric car. In Victoria you can get a $100 discount on your registration for driving a hybrid or electric vehicle, New South Wale’s drivers can expect concessions on their motor vehicle tax for driving an electric car, whilst hybrid and electric cars in Queensland also attract lower registration costs than conventional cars and drivers in the Australian Capital Territory can get a 20% discount on their registration costs.

Insurance costs

Insurance costs can sometimes be higher for electric car drivers, but this is mostly due to the higher value of new electric vehicles and the skills gap, as they’re quite new to the Australian market. With so many Nissan servicing centres capable of servicing the Nissan Leaf and the lower cost of buying used, you can expect your insurance quote to be very reasonable. Premiums might be higher right now for electric car drivers, but that’s set to change very quickly. As the number of electric vehicle drivers rise and the number of skilled workers and infrastructure increases costs will fall.

It’s also worth noting that some insurers will provide discounts on their premiums for lower fuel emissions, such as RAC in WA.

Servicing and tyre costs

For the Nissan Leaf the servicing schedule usually requires a service every 12 months or 20,000 km’s. One of the great advantages in buying a Nissan Lead used is that the cost to service is very affordable averaging around $250-$287.

Charging costs

One of the greatest cost savings involved with driving a Nissan Leaf is the charging cost when compared to paying for fuel. For example, a Nissan Leaf consumes an average of 10kWh/100km, in WA you can expect to pay around 29 cents per kWh on Synergy’s Home Plan, which means it would cost you $2.90 to travel 100 km. With a used Nissan Leaf you could expect to get around a 200km range with a full charge which means you’ll pay around $5.80 per charge.

Compare that to the average vehicle in Australia which uses 13.4 litres of fuel per 100km – the average cost of fuel per litre in Australia is $1.20 which equals around $16.08 per 100 km’s, or $32.16 per 200 km’s.

Annual cost

Australia has been slow to jump on the bandwagon when it comes to electric cars; however they’re becoming increasingly popular with the addition of new infrastructure on Australian roads and the advancements in technology in the field. Although electric cars are known for attracting a premium price there are now a number of affordable options available on the market, including the Nissan Leaf! With even more options to come and the decreasing costs of components such as lithium-ion batteries, electric cars are set to become even more inexpensive in the future.

For those wanting to get in on the more ecologically-conscious electric car trend right now, used cars can be a huge cost saver. Let’s take a look at some of the costs involved in purchasing and owning a used Nissan Leaf in Australia and some of the reasons to consider buying a used Nissan Leaf.

Buying a used Nissan Leaf

There are many great reasons to consider buying a used electric car, especially the Nissan Leaf. One of the top reasons that many people look to buy one if because of the environment benefits, although there has been some debate (add link to mythbuster article once it’s live) in recent years, electric cars do in fact have a far smaller carbon footprint then conventional internal combustion engine vehicles and are a far more environmentally conscious choice. In addition to zero emissions, the Nissan Leaf has an interior that incorporates recycled materials such as water bottles, plastic bags, old car parts and recycled home appliances.

Another reason that many people consider purchasing a used electric car is that they involved much lower running and maintenance costs and they are far more efficient. The cost to charge an electric car is substantially lower than the cost of purchasing petrol. Maintenance costs are much more affordable because there a far less components in an electric car that require regular servicing. There are also cost savings available when it comes to registration.

Take a look at our breakdown of some of the costs involved in owning a used Nissan Leaf below:

Purchase price

One of the greatest advantage of purchasing a used electric car is that you can save a considerable amount of money, often even on models in very good condition. The cost of purchasing a new Nissan Leaf in Australia is around $49,990, whilst a used Nissan Leaf will usually run you around $38,000.

Combined with a lower upfront cost and low running costs, it’s easy to see why a used Nissan Leaf would be an attractive option for many buyers.

Registration costs

The cost to register electric cars is much lower in Australia then registering a vehicle that relies on fossil fuels, for instance based on a comparison by the Queensland government, you could expect to pay around $1,080 in vehicle registration duty for a conventional car whereas you would pay approximately $900 for an electric car like the Nissan Leaf. Additionally registration costs would be about $328.60 for an average car whilst you would only pay around $258.40 for an electric car.

In Australia a number of states offer discounts on the cost of registration for driving an electric car. In Victoria you can get a $100 discount on your registration for driving a hybrid or electric vehicle, New South Wale’s drivers can expect concessions on their motor vehicle tax for driving an electric car, whilst hybrid and electric cars in Queensland also attract lower registration costs than conventional cars and drivers in the Australian Capital Territory can get a 20% discount on their registration costs.

Insurance costs

Insurance costs can sometimes be higher for electric car drivers, but this is mostly due to the higher value of new electric vehicles and the skills gap, as they’re quite new to the Australian market. With so many Nissan servicing centres capable of servicing the Nissan Leaf and the lower cost of buying used, you can expect your insurance quote to be very reasonable. Premiums might be higher right now for electric car drivers, but that’s set to change very quickly. As the number of electric vehicle drivers rise and the number of skilled workers and infrastructure increases costs will fall.

It’s also worth noting that some insurers will provide discounts on their premiums for lower fuel emissions, such as RAC in WA.

Servicing and tyre costs

For the Nissan Leaf the servicing schedule usually requires a service every 12 months or 20,000 km’s. One of the great advantages in buying a Nissan Lead used is that the cost to service is very affordable averaging around $250-$287.

Charging costs

One of the greatest cost savings involved with driving a Nissan Leaf is the charging cost when compared to paying for fuel. For example, a Nissan Leaf consumes an average of 10kWh/100km, in WA you can expect to pay around 29 cents per kWh on Synergy’s Home Plan, which means it would cost you $2.90 to travel 100 km. With a used Nissan Leaf you could expect to get around a 200km range with a full charge which means you’ll pay around $5.80 per charge.

Compare that to the average vehicle in Australia which uses 13.4 litres of fuel per 100km – the average cost of fuel per litre in Australia is $1.20 which equals around $16.08 per 100 km’s, or $32.16 per 200 km’s.

Annual cost

So what does this all break down to annually? Well, on average Australian’s travel around 13,000 km’s a year, so factoring in servicing and registration costs, you could expect to spend around $1800 on your Nissan Leaf annually, although insurances, loans and other associated costs would raise that figure. An internal combustion vehicle will set you back around $3680 by comparison. You annual fuel savings over 13,000 km’s would be around $1713.40, a substantial saving that would mean you would quickly recoup the higher upfront cost of an electric vehicle.Read to find your own used Nissan Leaf? Check out our stocklist or get in touch with us today to find out how we could help you import a high quality Nissan Leaf!

So what does this all break down to annually? Well, on average Australian’s travel around 13,000 km’s a year, so factoring in servicing and registration costs, you could expect to spend around $1800 on your Nissan Leaf annually, although insurances, loans and other associated costs would raise that figure. An internal combustion vehicle will set you back around $3680 by comparison. You annual fuel savings over 13,000 km’s would be around $1713.40, a substantial saving that would mean you would quickly recoup the higher upfront cost of an electric vehicle.Read to find your own used Nissan Leaf? Check out our stocklist or get in touch with us today to find out how we could help you import a high quality Nissan Leaf!

The post The Cost of Owning a Used Nissan Leaf appeared first on Elite Holdings WA.

]]>
https://eliteholdingswa.com/cost-of-owning-a-nissan-leaf/feed/ 0
Does fast charging damage electric car batteries? https://eliteholdingswa.com/does-fast-charging-damage-ev-batteries/ https://eliteholdingswa.com/does-fast-charging-damage-ev-batteries/#respond Mon, 06 Jul 2020 05:56:00 +0000 https://eliteholdingswa.com/?p=1045 For electric car drivers on the go, fast-charging stations can be a lifesaver especially when driving over a long distance, however recent studies have found that regular use of fast charging stations can cause damage to EV batteries and decrease their overall lifespan – but it’s not all bad news! Read on to find out […]

The post Does fast charging damage electric car batteries? appeared first on Elite Holdings WA.

]]>
For electric car drivers on the go, fast-charging stations can be a lifesaver especially when driving over a long distance, however recent studies have found that regular use of fast charging stations can cause damage to EV batteries and decrease their overall lifespan – but it’s not all bad news!

Read on to find out how fast charging works and how researchers are working on evolving the technology.

How fast charging works

Many electric car models are equipped for DC charging, although not all are. Direct current (DC) fast charging stations are designed to bring the battery of your EV up to 80 percent in around 30 minutes, although charging time varies depending on the model of your car and other factors, like weather conditions – charging can take longer in colder weather. Whilst many electric car owners will charge their cars at home, fast charging stations can be ultra-convenient, especially in countries like Australia where drivers may cover long distances. They can dramatically reduce charging time, allowing drivers to get around more easily and get on with their day.

Electrics cars come with a variety of different connectors configurations for fast charging stations, but the standard in Australia is the CHAdeMo connector. Whilst home charger use alternate current charging, fast charging stations feed straight direct current power to the car. When charging begins the battery is warmed up and the vehicle will begin to charge until it reaches about 80 percent, and then charging slows – this is known as the charging curve; however engineers from the University of California have found that this method of charging can potentially cause damage to your electric car.

Damaged batteries

Recently researchers have performed tests which reveal that fast-charging stations can cause battery cells to crack and leak, this is because batteries are exposed to high temperatures and resistance when fast charging.

The researchers performed tests by charging lithium-ion battery cells using the same technique as fast-charging stations, they also tested a new algorithm-protocol which monitors and accounts for the batteries internal resistance.

They discovered that high internal resistance in electric car batteries can cause major issues when charging and can cause the battery to become permanently damaged.

Reduced battery life

Researchers also discovered that the current fast charging process could kill the batteries after just 25 charging cycles when batteries were charged from zero to 100% – this is because electric car batteries are considered depleted when they can hold less than 80% of their original capacity.

The researchers found that batteries charged using their internal resistance charging method lasted up to 36 cycles.

Even worse for current commercial fast charging methods, after 60 charging cycles it was shown that battery cells would begin to crack exposing electrodes and electrolytes to the air – a potential fire hazard and exposure risk. The potential for explosion was accelerated by high battery temperatures above 60 degrees Celsius. The researcher’s new internal resistance charging method produced much lower temperatures and eliminated damage. The method could be used to improve the life of electric car batteries and would greatly improve their safety.

Whilst they’re working on a patent for the new algorithm, it’s a while away from being licensed and implemented, so what can you do in the meantime?

Protecting your EV battery

To protect your battery the researchers recommended keeping your use of commercial fast charging station to a minimum, recharging before your battery reaches zero and avoiding overcharging.

In reality, drivers have very little worry about, most people will not be visiting fast charging stations if their battery is at zero and many people won’t wait around to charge their EV battery until it’s completely full. In general the 80% rule is a good rule to live by if you want to protect your battery. Follow the charging curve and unplug your electric car when it reaches about 80% and charging slows down. After you reach 80% charging will slow down dramatically at fast charging stations and you’ll find that charging the final 20% can take as long as charging the first 80% of your battery! Unplugging once charging slows is more efficient and other EV drivers will appreciate it.

Even better charging methods are just around the corner but for now limiting your use of fast charging stations and being conscious of the way you use them will help to protect your battery and will ensure that it lasts much longer.Want to know more about EVs? Get in touch with the experts at Elite Holdings WA, we can answer all your questions or help you find a high quality electric car of your very own!

The post Does fast charging damage electric car batteries? appeared first on Elite Holdings WA.

]]>
https://eliteholdingswa.com/does-fast-charging-damage-ev-batteries/feed/ 0
A Guide to the Nissan Note e-Power https://eliteholdingswa.com/guide-nissan-note-epower/ Mon, 25 May 2020 15:24:00 +0000 https://eliteholdingswa.com/?p=786 The post A Guide to the Nissan Note e-Power appeared first on Elite Holdings WA.

]]>

A Guide to the Nissan Note e-Power

The Nissan Note has been around since 2004 and since the beginning it has cleverly walked the line between the compactness of a super-mini, and the functionality of a much larger car. 

However, it’s undoubtedly the new generation e-Power range that will get car enthusiasts excited. 

Available on six model variants, the 4WD, Autech, C-Gear, Medalist, X and Nismo, e-Power is Nissan’s unique take on a hybrid system, and a great compromise for Australian’s wishing to own an electric vehicle.

The e-Power system marries together an internal combustion system and similar electric technology to that found in the Nissan Leaf. The dual function engine only engages on startup and when the car speeds up or requires more power to climb, at the same time it regenerates the batteries. When the car begins to slow down it switches to full battery power. 

This clever car is a great choice for those who suffer range anxiety, as it has a theoretical range of around 1300km’s, making it incredibly fuel efficient, achieving as little as 2.9L/100 km’s on its 41 litre fuel tank. 

The Nissan Note

An incredibly affordable and accessible vehicle, the Nissan Note e-Power impresses most with its economical specs and fuel efficiency, but there’s also plenty to like when it comes to its compact design and inclusions.

Here’s the sporty 2017 Nismo model at a glance (currently in stock):

40 kwh 1300 km   2.9/100 KM

Lithium-Ion Battery Theoretical driving range* Fuel Consumption

 

Engine

Fuel Type

Electric & Fuel

Engine 

1.2 L Three-Cylinder Petrol

Fuel Tank

41 L

Acceleration 0-100 km/h

8 sec

Top Speed

158 km/h

Theoretical Range

1300 km

Total Power

80 kW (109 PS)

Total Torque

254 nM

 

Battery & Charging

Battery Type

Lithium Ion

Battery Capacity

40.0 KwH

 

Dimensions

Length

4100 mm

Width

1695 mm

Height

1520 mm

Wheelbase 

2600 mm

Weight Empty

1300 kg

 

The Nissan Note e-Power is surprisingly zippy, especially if you get the Nismo version.

It feels and drives like any electric car because of the way the e-Power system operates. They make for a smooth and comfortable ride, especially around the cities where Nissan’s e-pedal technology gets its chance to shine. 

The e-Power models come with three modes, ‘normal’, ‘S’ and ‘Eco’. In the ‘normal’ mode the car’s regenerative brakes operate with almost the same feel as a traditional car, but in the ‘S’ and ‘Eco’ mode they engage at three times the braking G’s force. 

There’s no charging port on the car to worry about as the battery is replenished by the engine.

It’s worth noting that there’s no direct connection between the engine and the wheels like on most parallel hybrid models, instead the Nissan Note e-Power’s are classified as Series Hybrids. 

You’ll certainly hear the car rev when you push down on the throttle though as it engages to supply more power to the battery.

Most of the time however you can expect to hear absolutely nothing from the battery, which is located under the seats to preserve cargo space.

Inside the car feels spacious, despite being a mini. The boot is cleverly designed for maximum space and there’s plenty of legroom in the front and the back of this 5-seater vehicle. 

The car’s impressive potential for long range driving makes it a great choice for Australian’s, it’s both fuel efficient and capable of covering even the longest drives around the country. 

The Nissan Note e-Power Nismo is a Japan-only model, so if you’re looking to drive your own in Australia, then browse our stock list for currently available imported models, or talk to us about importing a Nissan Note to fit your needs.

Call

(08) 9303 9117

Email

info@eliteholdingswa.com

Location

11 Action Pl, Wangara WA 6065

DL Number

21189

Raws Number

10789

The post A Guide to the Nissan Note e-Power appeared first on Elite Holdings WA.

]]>
A Guide to the Nissan Leaf https://eliteholdingswa.com/a-guide-to-the-nissan-leaf/ Mon, 18 May 2020 15:19:00 +0000 https://eliteholdingswa.com/?p=780 The post A Guide to the Nissan Leaf appeared first on Elite Holdings WA.

]]>

A Guide to the Nissan Leaf

 

Since its initial release in 2010, the groundbreaking Nissan Leaf has taken home the world title of car of the year twice and become the world’s best-selling electric vehicle*, with more than 400,000 units sold globally. 

It’s no surprise then that it has become a favourite for Australian car enthusiasts and a popular car import. 

An early entrant onto the Specialist and Enthusiast Vehicles Scheme (SEVs) registrar for vehicles eligible to be imported into Australia, the Nissan Leaf has long been a top choice for those looking for a robust and capable electric vehicle and its set to become even more popular with the rise in infrastructure to support EVs in the country. 

If you’re considering importing a Nissan Leaf then check out our breakdown of everything you need to know about it.  

The Nissan Leaf

One of the most affordable electric vehicles on the market, the Nissan Leaf is a powerhouse with some impressive specs that make it more than up to the task of navigating both open roads and inner-city streets. 

Here’s the 2016-2017 model at a glance (currently in stock):

30 kwh 172 km   28 min

Lithium-Ion Battery Driving range* Fast charge (17>136 km)

 

Engine

Fuel Type

Electric

Drive Train

2WD

Acceleration 0-100 km/h

11.5 sec

Top Speed

144 km/h

Electric Range

170 km

Total Power

80 kW (109 PS)

Total Torque

254 nM

 

Battery & Charging

Battery Type

Lithium Ion

Battery Capacity

30.0 KwH

Charge Port

Type 1 and CHAdeMO type fast charger

Charge Time

0>170 km – 10 hrs, fast charge 17>136 km 28 mins

 

Dimensions

Length

4445 mm

Width

1770 mm

Height

1550 mm

Wheelbase 

2700 mm

Weight Empty

1538 kg

Cargo Volume

370 L

Cargo Volume Max

680 L

*EPA estimate

The Nissan Leaf has continued to improve on its design since it first came to market, with the 2016 models and beyond presenting buyers with an enhanced and more user-friendly experience. This particular model represents an increase of 25% on battery capacity for the previous model (a trend which has been carried forward into the latest models). 

The vehicle offers a number of charging options, including front body type 1 charge port, which means it can be plugged into any standard electrical socket and charged within 10 hours – perfect for plugging in at home to charge overnight, ready to begin the week with a full 172 km driving range.

It also comes with a CHAdeMo fast charger, which can achieve an 80% charge in under 30 minutes and on G models, a solar panel spoiler for 12 v charging.

The plethora of charging options and improved availability of public charging points make the Nissan Leaf a more attractive option than ever before. Electric cars are quickly becoming just as, if not more convenient than traditional combustion engine vehicles, and far more cost effective.

You’ll discover that there are significant cost savings involved with charging a car, versus filling it up due to the lower cost of electricity when compared to fuel.

Additionally, the purchase cost of electric cars is less of an obstacle than ever – a fact that applies to the Nissan Leaf more so than many other models.

Since its first release it has been praised for its incredible affordability, it is one of the most accessibly priced electric cars on the market. 

Driving ranges have also improved since the 2010 release, and the Nissan Leaf is now more than capable of handling longer drives – an important factor to consider for Australian drivers who face long distances.

They’re certainly more than sufficient for managing most daily commutes, with the average driver likely only requiring a recharge once or twice a week. 

Designed for optimal weight distribution, the Nissan Leaf features an elegant and well-thought out design which allows for easy handling and comfortable five-passenger seating. 

You can expect features like the NissanConnect Mobile Apps system and the Bluetooth Hands-free system for easy music streaming and hand-free texting, as well as voice recognition for an enjoyable driver experience. 

There’s little doubt that the Nissan Leaf is one of the best electric cars on the market, so if you’re looking to find one for yourself, then check out our stock list for currently available models, or talk to us about importing a high quality Nissan Leaf to fit your exact specifications.

Call

(08) 9303 9117

Email

info@eliteholdingswa.com

Location

11 Action Pl, Wangara WA 6065

DL Number

21189

Raws Number

10789

The post A Guide to the Nissan Leaf appeared first on Elite Holdings WA.

]]>
What’s the difference between a hybrid and an electric car? https://eliteholdingswa.com/hybrid-vs-electric-cars/ Mon, 11 May 2020 09:20:00 +0000 https://eliteholdingswa.com/?p=770 The post What’s the difference between a hybrid and an electric car? appeared first on Elite Holdings WA.

]]>

What’s the difference between a hybrid and an electric car?

 

The car industry is embracing a greener future with the development of greener technologies and solutions. Hybrid and electric cars have become a popular choice for car enthusiasts looking to reduce their emissions, and maximise fuel efficiency – but how do they differ exactly? 

This simple answer is that hybrid’s, as their name suggest, are a combination of traditional combustion engine technology, and modern day electric battery technology. Electric vehicles or EVs are powered entirely by an electric battery. There are advantages and disadvantages to both types of vehicle, the type you should choose will depend on your lifestyle and needs. 

Hybrid and electric cars can be broken down into three main categories, depending on their power source. Take a closer look below:

Battery Electric Vehicles (BEV)

Battery electric vehicles (BEV) are commonly known simply as electric cars. These cars use a rechargeable battery in place of a traditional combustion engine and use electricity instead of fuel. The battery can be charged using an external source and charger through the charging ports located on the car. There are several classifications for EV chargers, based on the speed of charging. 

Level 1:

Level 1 charging systems use standard household outlets. With this type of charger most EV’s can be charged in about 8-10 hours. 

Level 2:

Level 2 chargers allow EVs to be charged from AC chargers which are often found at workplaces or in public spaces. These systems can charge EVs up to three times faster than level 1 charging. 

Level 3:

Level 3 charging or direct current (DC) fast charging is the fastest option for charging an EV. DC charging stations are usually only available in select public locations or for commercial use. DC chargers are capable of charging an EV in as little as 15 minutes. 

Hybrid Electric Vehicles

Hybrid electric vehicles (HEVs) are cars that are equipped with both an electric battery and an internal combustion engine. HEVs are designed without a charging plug and instead they rely on regenerative braking to recharge their batteries. The battery is designed to support the engine in some way, although this differs between models.

There are a few different variants of HEVs – they can be classified as mild hybrid or full hybrid. Mild hybrids rely primarily on the internal combustion engine to power the car, whilst batteries may support the engine or allow it to shut off completely for brief periods to improve fuel economy. Full hybrids are designed with much larger batteries which can power the engine alone over short distances – the internal combustion engine may kick in at higher speeds or over greater distances to improve the performance of the car. 

Hybrid cars can also be classified by the mode of cooperation between the internal combustion engine and the electric engine. In parallel hybrids, both engines are connected to the vehicle and work together simultaneously. In series hybrids only the electric motor is connected to the vehicle which is used to operate it, whilst the internal combustion engine supports or powers the electric engine but is not directly connected to the wheels of the car. 

 Plug-in Hybrid Electric Vehicles (PHEV)

Plug-in hybrid electric vehicles or PHEVs, come with two modes of charging. Like normal electric cars they can be plugged into a power source, however like other hybrid vehicles they include regenerative braking which replenishes the battery during driving. Plug-in hybrid vehicles have much greater fuel efficiency than traditional cars and are capable of achieving great driving ranges. 

So is a hybrid or an electric car right for you? Here are a few things to consider:

CO2 Emissions

Electric cars rely entirely on electricity and produce zero direct emissions on the road; they are a much greener alternative than traditional combustion engines. Hybrid vehicles still rely on fuel and emit some greenhouse gases, however their emissions are much lower than traditional vehicles, sometimes by up to 60%. 

Noise

Both hybrid and electric vehicles are much quieter than fuel-run cars. Depending on how a hybrid is designed however it may make some noise or audible rev’s when the internal combustion engine engages to support the electric engine. For some car enthusiasts the lack of noise is a positive, however others enjoy motor sounds. In some models, car manufacturers have actually included artificial sounds for drivers and to help alert pedestrians. 

Range

When it comes to driving range, hybrids are undoubtedly the winner; they can achieve impressive theoretical driving ranges that often outpace traditional vehicles. They’re an ideal option for car owners who need to drive long distances – regenerative braking technology and a built-in back up plan means that there is no need to suffer from range anxiety in a hybrid car. That being said, electric vehicles are also achieving impressive ranges. They certainly won’t go as far as a hybrid, but many newer EV models will easily handle a week of daily work commutes and grocery store trips on a single charge. With more fast charging infrastructure available, EVs are now a perfectly viable option for Australian drivers. 

Speed

The speed of an electric car will depend entirely on the size and strength of its battery – most are capable of reaching incredible top speeds now. The speed capabilities of hybrid cars will also depend on their design and the size of their engines or batteries.

Fuel Efficiency

Electric cars do not require any fuel and so are extremely cost-effective in the long run, thanks to the lower cost of electricity. Hybrid cars are less fuel-efficient than EVs, however are incredibly fuel efficient when compared to traditional cars, most often requiring about 20-30% less fuel although this can be much greater depending on the model. 

Weather

Electric cars usually include lithium-ion batteries, which perform best when operated in mild conditions of around 25 degrees Celsius. Hotter or colder weather can reduce the life of the battery, causing them to wear out faster and require replacement soon. Hybrids use the same batteries, but because they are less reliant on the battery they often last longer. 

Charging Facilities

Hybrid vehicles come out ahead in terms of convenience for car owners in Australia as they can easily be topped up at fuel stations. If they have a charging port then they can be charged at home or at publicly available charging stations. Electric cars are totally reliant on charging, and whilst Australia is making some strides towards better EV infrastructure it can still be difficult for EV owners to access fast-charging stations, especially outside of cities. Most owners can easily keep their cars topped up at home with a general outlet however and some may consider this to be more convenient than regular stops at the fuel station. 

 

Considering purchasing a hybrid or electric car? Find models currently available on our stock list, or talk to us about importing the car of your dreams. 

Call

(08) 9303 9117

Email

info@eliteholdingswa.com

Location

11 Action Pl, Wangara WA 6065

DL Number

21189

Raws Number

10789

The post What’s the difference between a hybrid and an electric car? appeared first on Elite Holdings WA.

]]>
Electric Car Ranges in the Real World https://eliteholdingswa.com/electric-car-ranges-in-the-real-world/ Tue, 14 Apr 2020 11:40:10 +0000 https://eliteholdingswa.com/?p=538 The post Electric Car Ranges in the Real World appeared first on Elite Holdings WA.

]]>

Electric Car Ranges in the Real World

The range estimates of electric vehicles (EVs) are often different (sometimes vastly so) then the range that drivers can expect to get from their vehicle in the real world. In many cases, the actual range of your car is unlikely to match its rating – it’s not unusual to find that certain models achieve much more or less mileage than estimates would have you believe.

The range figures often quoted by manufacturers are usually derived from three testing standards:

  • NEDC (New European Driving Cycle)
  • WLTP (Worldwide Harmonised Light Vehicle Test Procedure)
  • EPA (Environmental Protection Agency)

With the US sharing similar conditions and driving patterns to Australia, many Australian drivers and car dealers look to EPA quoted range figures for their vehicles when researching and figuring out what ranges are achievable here. NEDC ranges are often regarded as being approximately 30% too high for real-world driving conditions in Australia, whilst the general advice is to subtract around 10%.

The Test Procedure

So how are range numbers formulated in the first place?

When looking at EPA ranges, cars are tested by being charged and left indoors overnight. The following day they are placed on a dynamometer and run through a series of simulations of city and highway driving. Once the car’s battery is depleted, they are fully recharged with the time to recharge and the amount of electricity required being carefully measured to find out how efficient the car is.

Unsurprisingly, laboratory conditions rarely match real life driving conditions and so ranges are not often an accurate reflection of what you can expect from your car. Factors like climate, accessory use and high speed driving can lower the range you can expect from a vehicle significantly when driving it in the real world.

Real-World Matters

Whilst there’s no doubt range estimates can vary wildly when compared to reality, Australian’s have less reason to suffer from range anxiety than ever before. Battery technology and charging infrastructure has rapidly improved and EVs are now a viable replacement in Australia for traditional combustion engine cars. Research on Australian driving habits suggest that most people commute on average around 40km each day and with most EV models easily achieving ranges of more than 200 km’s between charges its feasible that drivers might get through an entire working week without needing a recharge.

That being said, in a country of huge distances driving ranges are still a valid concern, especially since uptake on infrastructure has been much slower than in other countries. Nobody wants to run out of battery on a long drive.

To help demonstrate how range estimates and real-world performance differs, we’ve summarised the comparison of the range of estimate of a number of popular EVs with their actual ranges when they were test driven. It’s interesting to note that some models exceed estimates, whilst others fall short and although results will always be different depending on real-world conditions, it’s useful to see the range of variation for some of the popular EV models on the market.

Car

Range Estimate

Real-World Range

Hyundai Kona Electric

415 km (EPA)

417 km

Jaguar i-Pace

377 km (EPA)

407 km

Kia Niro EV

385 km (EPA)

407 km

Tesla Model 3 Performance

481 km (EPA)

385 km

Tesla Model X P100D

375 km (EPA)

465 km

Nissan LEAF e+

364 km (EPA)

349 km

Mercedes-Benz EQC,

416 km (WLTP)

335 km

Tesla Model S 75kWh

417 km (EPA)

328 km

Audi e-Tron

328 km (EPA)

315 km

Renault ZOE R135

383 km (WLTP)

309 km

Tesla Model 3 Standard Range Plus

402 km (EPA)

291 km

BMW i3 120Ah

246 km

266 km

(Source: Autocar)

Considering purchasing an electric car? See our stocklist for currently available EVs or get in touch with us today to talk to us about importing your preferred model. 

Call

(08) 9303 9117

Email

info@eliteholdingswa.com

Location

11 Action Pl, Wangara WA 6065

DL Number

21189

Raws Number

10789

The post Electric Car Ranges in the Real World appeared first on Elite Holdings WA.

]]>
Approved Car Models Under SEV Arrangements https://eliteholdingswa.com/approved-models-sev/ Tue, 14 Apr 2020 11:25:59 +0000 https://eliteholdingswa.com/?p=530 The post Approved Car Models Under SEV Arrangements appeared first on Elite Holdings WA.

]]>

Approved Car Models Under SEV Arrangements

Specialist & Enthusiast Vehicle Scheme (SEVS) – Approved Models

The Specialist & Enthusiast Vehicle Scheme (SEVs) is intended to make vehicles available in Australia that cater to the interests of specialists and enthusiasts. Eligible vehicles for the scheme are generally high performance, environmentally high performing or include unique design features and are not available or sold locally by manufacturers in the Australian market.

There are a number of vehicle models already approved under the SEVs scheme and considered eligible for import. Approvals have a 3 year expiry date after which time a new application will need to be made – this is to keep the list of approved models current and relevant for enthusiasts.

If a vehicle is not listed, an application for inclusion on the register can be made to the Department of Infrastructure, Transport, Regional Development and Communications.

Registered Automotive Workshop (RAW) are able to apply to import vehicles listed on the register. All SEVs vehicles must comply with the Australian Design Rules before they can be registered and used on the road and compliance must be completed by a Registered Automotive Workshop.

Compliance requirements vary between vehicles and are dependent on a range of factors, including the age and model of the vehicles, requirements might include items such as child restraint points, new tyres and noise and emissions testing.

It’s important to note that inclusion on the eligibility list is only the first step; before a vehicle can be imported a RAWs workshop must collect evidence for compliance, then import and comply a test vehicle before the model can be entered on their compliance schedule.

Here is the list of vehicles currently assessed as eligible under SEVs interim arrangements:

Make Model Model code Variant details Start of build End of build

Mercedes

Benz

S‐Class 222 series

S 400 Hybrid sedans,

SWB and LWB

05/2013 05/2017
Suzuki Swift AZ Hybrid variants 01/2017 Current
Toyota Estima AHR10W, AHR20W Hybrid variants 06/2001 Current
Nissan X‐Trail T32 Hybrid variants, FWD and AWD 05/2015 Current
Toyota Prius ZVW35, ZVW52 PHEV variants 01/2012 Current

Mercedes

Benz

E‐Class 212 series E 400 Hybrid sedans 12/2012 12/2016
Mercedes Benz GLC‐Class 253 series GLC 350 e PHEV variants, wagons and coupes 03/2017 12/2019
Volkswagen Golf Mk 7 e‐Golf EV 02/2014 Current
Mazda Axela BY Hybrid variants 11/2013 04/2019
Audi R8 42 All variants 09/2006 09/2007
Honda Accord CL7

Euro R

2L I4 engine, 164 kW

10/2002 12/2007
Toyota C‐HR ZYX10 Hybrid variants 11/2016 09/2019
Honda Vezel RU3, RU4 Hybrid variants, FWD and AWD 11/2013 08/2019
Toyota Supra J29 series

DB22

2L TC I4 engine, 190 kW

05/2019 Current
Mitsubishi Lancer CT9W

Evolution IX wagon,

including MR, automatic and manual

03/2005 03/2007
Toyota Century UWG60 Hybrid variant 06/2018 Current
Subaru Impreza GDBC4FH WRX STi Spec C Limited 206 kW, 1,370 kg 11/2002 08/2003
Honda Civic EK9

Type R

136 kW, 1,090 kg

08/1997 08/2000
Ford Mustang S550 Shelby GT500 07/2019 Current
Land Rover Defender 110 Camel Trophy 01/1995 12/1995
Toyota Kluger MHU28 Hybrid variant 01/2005 01/2007
Ford Mustang S550 Shelby GT350R 04/2016 12/2019
Nissan GT‐R R35 All variants 11/2007 01/2009
BMW 530 X Drive PHEV

G30 530e

xDrive iPerformance

G30 Hybrid/All wheel drive 03/2017 Current
BMW 240 xDrive F22, F23 All wheel drive 07/2016 Current
Toyota Aristo JZS 161

Twin‐turbo 2JZ‐GTE

engine

08/1997 12/2004
Toyota

Altezza

RS200

SXE 10 3S‐GE 2.0 litre  engine 10/1998 09/2005
Honda Civic Type R DBA‐FK2 Type R 4 door hatchback 01/2015 04/2017  
Subaru Forester SG9, Cross Sports, XT Sti 2.5l turbo specification.  Cross Sports and XT 2.0 l turbo, manual and automatic 10/2002 12/2007
Honda Civic Type R ABA‐FD2 Type R 4 door sedan 10/2006 12/2011

 

Access the up to date from the government here – last updated 02/04/2020

Got questions about SEVs and vehicle import regulations in Australia? Get in touch with us today to find out more.   

Call

(08) 9303 9117

Email

info@eliteholdingswa.com

Location

11 Action Pl, Wangara WA 6065

DL Number

21189

Raws Number

10789

The post Approved Car Models Under SEV Arrangements appeared first on Elite Holdings WA.

]]>