The event, which goes on until June 30, features a mix between new vehicles represented by official distributors, as well as previously-owned cars from leading used car dealers.

New models expected to draw many potential customers include the MG ZS EV (all-electric and priced at Bt1.19 million), Toyota Commuter van boasting upgraded safety levels, and the Honda Accord midsize sedan that is also available in a hybrid version.

Nissan is also promoting its Leaf EV by bringing EV experts and offering short-distance test drives and rides.

Organiser Pattanadesh Asasappakij says that 11 car companies are coming along with 18 used car dealers.

“Visitors are able to compare different models and makes before making a decision,” he said. “This is like a meeting place for buyers and sellers of both new and used vehicles.”

He added that the show helps stimulate car sales and so helps support the country’s economic growth.

Auto companies taking part this year include Audi, Honda, Hyundai, Isuzu, Mazda, MG, Mitsubishi, Nissan, Suzuki, Subaru and Toyota.

The 18 used car dealers are AT Carsale, Unique Autocars, VisarnAutocar, DDS Car Centre, YoRachada, 54 Niwat Car Centre, The One, CarDeeSukeOK, J Motortrade, Amorn Warranty by Benz AmornRachada, Rot Sethi, Best Service, Keng Rama 9, 999 Rot Ban Suwit Took Lae Dee, Rot Ban Khun X by Auto Master, Panda Speed, NBP CAR and SmartCar. MG also has also set up a used car booth.

“This year, customers who place orders for vehicles at the show are entitled to [a chance to win] the Isuzu pick-up truck grand prize. Krungsri Auto is providing special car loan offers and PTT is introducing a new lubricant product,” Pattanadesh said.

Apart from attractive sales promotions for both new and used vehicles, used-car buyers also enjoy a 100-per cent buy-back policy if the vehicles are found to have major deficiencies such as those caused by heavy accidents or floods.

Used car dealers are offering cash discounts as well as interest-free instalment offers, along with other incentives.

For example, a BMW 330e M Sport plug-in hybrid offered from Amorn Warranty by Benz Amorn Rachada, is retailing at Bt3.09 million for a new car and Bt2.58 million for used. Only at the show, the price is further reduced by Bt200,000 to Bt2.38 million, with 0-per cent interest for 48 months and one year of first-class insurance.

Yo Rachada is offering a five-month-old Toyota C-HR with 8,000km on the clock at Bt829,000 with no down-payment required, compared to the Bt979,000 new car price.

Panda Speed, meanwhile, is offering an 84-month instalment plan, while BB Smart Car’s campaign allows customers to make a purchase (inclusive of a one-year engine and transmission warranty) with just a Bt10,000 cash payment. –

The new models are the Honda Accord, Honda BR-V and Honda HR-V with a new interior colour.

The exhibition and sale of new and used cars from leading auto runs Wednesday through Sunday (June 30) at BITEC in Bang Na.

The Accord, a premium sports sedan that fits customers’ different lifestyle needs, offers advanced technologies and is available with two power options.

The Accord Turbo EL at Bt1.475 million comes with a 1.5-litre Di VTEC turbo engine. It is highly responsive with maximum torque of 243 Newton-metres produced by Honda’s advanced Direct Injection, with instant response from the Continuously Variable Transmission (CVT).

The powerful turbo engine offers better performance than the 2.4-litre engine of the previous generation, as well as impressive fuel efficiency of 16.4 kilometres per litre, again better than the previous two-litre engine.

In addition, the turbo engine is environmentally friendly and E85-compatible.

The Accord Hybrid comes with a Sport Hybrid Intelligent Multi- Mode Drive (i-MMD) System with a two-litre Atkinson Cycle DOHC i-VTEC four-cylinder, 16-valve engine with two electric motors, E-CVT, and a lithium-ion battery.

The Hybrid is available as a Hybrid fo Bt1.639 million and a Hybrid Tech for Bt1.799 million.

The firm, which specialises in scientific measurement of real-world emissions, stated in its latest report that with automotive battery capacity currently scarce, expensive and suffering supply problems, the deployment of this limited resource is critical to maximising CO2 reduction.

With tardy consumer adoption of BEVs (battery electric vehicles) and slow infrastructure roll-out compounded by concerns around an economical supply of batteries, it is essential to find the fastest, most efficient way to reduce CO2 now, the report found.

“One of our biggest challenges is fleet turnover, with vehicles staying on the road typically for up to 12 years,” said Nick Molden, CEO of Emissions Analytics. “It means that refreshing the entire fleet is a very slow process. Given reservations about current BEVs, we require an alternative that will have a more immediate impact.

“Due to CO2’s long life in the atmosphere, a small change now is far better than a large change in the future. We need to optimise the use of the industry’s available battery capacity to facilitate a critical early reduction.”

Through extensive real-world testing of electrified vehicles, Emissions Analytics has found that hybrids, whether in gasoline or diesel form, offer the highest CO2 reduction per kWh across all electrified powertrains.

Using mild, full and plug-in hybrid real-world emissions test data from both European and US vehicles, Emissions Analytics compared hybrids with their internal combustion engine equivalents. Using the company’s standardised on-road cycle, it determined the average CO2 reduction from hybridisation was 23 per cent for the EU and 34 per cent for the US, with an average of 30 per cent across all pairings.

It then calculated the distance-specific CO2 reduction per unit of battery size (capacity), in g/km/kWh, for mild, full, plug-in hybrids and BEVs. The results indicated that mild hybrids are the most efficient way to reduce CO2, given limited global battery capacity. With a CO2 reduction of 73.9g/km/kWh, the technology was a clear favourite, with full hybrids coming in second at 50.5g/km/kWh.

Due to their disproportionately large batteries, BEVs were the worst of the available options, with a mere 3.5g/km/kWh reduction. The size of BEV batteries tends to be large to accommodate infrequent, extreme use cases – like high-mileage trips, not often undertaken by average drivers – and do not make the best use of limited supply.

The calculations did not take into account the upstream CO2 in fuel extraction, refining and transportation, or the production and distribution of electricity. Some studies suggest the upstream CO2 of electricity is greater than for gasoline, but the relative efficiency calculations here implicitly assume they are equal.

“Electrification has proved to be a promising path to reducing tailpipe emissions,” said Molden. “The most extreme form of the technology – fully-electric vehicles – are often hailed as the solution. Paradoxically, full BEVs appear to be a highly inefficient way to achieve an urgent and meaningful CO2 reduction. With supply chain issues and consumer acceptance challenges including range and price, there is cause to investigate alternative use of our limited battery capacity.”

He said improving the air quality in cities is another popular reason for those championing BEVs. It is, however, a false assertion that they are needed to fulfil this purpose. Existing technology is more than capable of bringing European cities within compliance, the primary polluters being vehicles with older internal combustion engine technology.

Molden outlined two potential paths that are immediately available. One is a switch from gasoline to diesel, reducing CO2 by 11 per cent, coupled with a mild hybrid system, providing a further 6 per cent reduction. A final swap to full hybrids would deliver an addition 16 per cent reduction for a 34 per cent total. Alternatively, switching directly from gasoline to gasoline mild hybrids provides an 11 per cent reduction, with a further 23 per cent from the move to full hybrid.

The EU’s post-2021 CO2 reduction target for passenger cars is 37.5 per cent by 2030. Emissions Analytics tests clearly shows that, even with current technology, widespread hybridisation would achieve over three-quarters of that target.

Given a decade of further advances and innovations, it is possible that the goal could be met without the need for BEVs at all. Beyond the 37.5 per cent reduction target, more extensive electrification would be required to bring whole fleet emissions down.

“The ideal solution is an immediate transition to petrol and diesel hybrids, with a further decade spent refining the technology, infrastructure and battery supply chain to allow the adoption of BEVs,” said Molden.

“By 2030, the EU and the US would have had another decade to develop expanded, cleaner electricity generation capacity, improving the life cycle emissions of BEVs.

“Alternatively, by 2030 the availability and price of renewable energy may well fall to a level at which hydrogen fuel cells could be economically viable.

“These avoid the environmental and geopolitical issues caused by large-scale battery production and would likely offer even lower life cycle emissions. The overall message is this though: it is paramount that governments and industry take into consideration real-world data when promoting technologies to efficiently reduce CO2.”

BMW plans to be significantly involved in electric vehicle (EV) technology in Thailand in the coming years.

The German automaker recently organised “The Future of Mobility” forum, which saw company executives and industry experts give their perspectives on the era of electromobility.

BMW Group Thailand president Christian Wiedmann underlined the interest last year when he said the company enjoyed as much as 20 per cent growth, with PHEV (plug-in hybrid electric vehicle) model sales jumping by 122 per cent.

“Further PHEV models will be launched to the Thai market in due course,” he said. “As we ceaselessly drive our international standing as a pioneer in the field of sustainability, we have continued to support Thailand’s charging infrastructure with the launch of ChargeNow in 2017.”

Wiedmann said ChargeNow has 121 chargers at 57 locations nationwide.

“BMW Group Manufacturing Thailand has also set its sights on another milestone in Thailand’s journey towards a future of electromobility with local high-voltage battery assembly – which comprises assembly of the battery modules and the battery packs – from 2019 onwards,” he said. “BMW Group Manufacturing Thailand, together with DRAXLMAIER Group, have invested over Bt400 million to establish this new beacon for e-mobility innovations in Thailand and the region.”

A new production facility, in partnership with DRAXLMAIER Group – one of the world’s leading automotive suppliers and a strong systems partner with BMW Group since 1966 – will commence its full operation in this year. Finished batteries will be transported to BMW Group Manufacturing Thailand for the production of the PHEVs in the first phase from 2019.

The model is based on the BMW 5 Series and BMW 7 Series.

BMW has already been granted approval for government-backed incentives from the government’s Board of Investment (BoI) to cover a further investment of over Bt700 million to assure assembly of more BMW PHEV models in the future.

Dr Andreas Aumann, vice president of Product Management BMW i and E-Mobility for BMW Group, said BMW Group on a global scale sold more than 140,000 electrified (battery-electric and plug-in hybrid) vehicles in 2018. In total, 142,617 electrified BMW and MINI vehicles, up 38.4 per cent, were delivered to customers around the world last year.

“Electromobility is an essential pillar of the BMW Group’s Number ONE>NEXT corporate strategy and one of the company’s four key future-focused ACES topics (autonomous, connected, electrified and services/shared),” Aumann said.

“With the launch of the BMW i3, the BMW Group established itself early as a pioneer in the field of electric mobility. By 2021, the BMW Group will have five all-electric models: the BMW i3, the MINI Electric, the BMW iX3, the BMW i4 and the BMW iNEXT.

“By 2025, that number is set to grow to at least 12 models. Including plug-in hybrids, the BMW Group’s electrified product portfolio will then comprise at least 25 models.”

From 2021, the BMW Group will be capable of manufacturing models with all-electric (BEV), plug-in hybrid (PHEV) and conventional (ICE) drivetrains on a single production line. Aumann said the ability to integrate e-mobility in the production network enables the group to respond even more flexibly to the increasing demand for electrified vehicles. By the end of 2019, the group expects to have more than half a million electrified vehicles on the roads.

“In future, we will be able to swiftly decide which models we are going to equip with what mix of all-electric drive, plug-in hybrid drive or exceptionally efficient combustion engines. This will let us partially or fully electrify each model in accordance with market demand, creating the basis for the mass-market introduction of pure battery electric vehicles in the future,” Aumann said.

Meanwhile, BMW Group Thailand has been collaborating with the public sector and business partners to support EV-related development efforts and to provide charging station services in Thailand. In 2016, it signed a memorandum of understanding (MoU) with King Mongkut’s University of Technology Thonburi (KMUTT) to study the prospects of electric vehicles and car sharing programmes in Thailand under the “Electric Vehicle Charging and Car Sharing Zones” or “Charge & Share” initiative.

Yossapong Laoonual, president of the Electric Vehicle Association of Thailand, said: “Charge & Share is an initiative led by the Automotive Research Cluster Working Group at KMUTT. Our goal is to support EV deployment in the university, encourage commuting via car sharing, and conduct research on public transit behaviour in Thailand.

“This is a great starting point and we are pleased to be able to partner with BMW Group Thailand on the Charge & Share initiative,” said Yossapong, who chairs the working group at KMUTT. “Under this initiative, KMUTT has set up charging stations to offer car-sharing services at the university.

“We strongly believe that this project will significantly drive Thailand towards a sustainable future.”

The BMW PHEV vehicle enables KMUTT to record drivers’ behaviour as well as public behaviour in car-sharing and EV car-sharing systems – all of which contribute to the Charge & Share project as well as the analysis of future EV utilisation in Thailand. Additionally, Haupcar – Thailand’s first car sharing service and application – is working with the university to facilitate the vehicle reservation, return, and general service management systems.

Haupcar has a fleet of 200 vehicles for rent, most of which are subcompact, compact and sedan models. The startup has signed up over 60,000 users, most based in Bangkok, and aims to expand service locations for the electric car-sharing service. With the BMW i3 now involved in the pilot phase, the company aims to increase the use of electric vehicles over the coming years.

To further support the infrastructure for EV car sharing, encourage the growth of electric vehicles in Thailand, and contribute to the Energy Policy and Planning Office’s (EPPO) goal of having 1.2 million EVs and PHEVs on Thai streets by 2036, BMW Group Thailand and its ChargeNow partners have been expanding the ChargeNow public charging station network across Thailand following its official launch in August 2017.

There are now 121 ChargeNow and other charging outlets at BMW authorised dealers ready for service in 57 locations nationwide, with the aim of reaching 150 chargers by year’s end.

The ZS EV, imported from China, now comes with a highly attractive price tag of Bt1.19 million, making it one of the cheapest EVs in the market.

Plus, for the first 1,000 customers, MG is giving a free home-charging unit worth Bt45,000, free installation worth Bt20,000 as well as free insurance and unlimited mileage warranty on the battery for eight years.

The ZS EV gets its power from a 44.5kWh water-cooled battery with a rapid charging ability (0 to 80 per cent in 43 minutes). A normal charge from a 7kWh wall unit can take up to 6.5 hours (0 to 100 per cent).

Maximum output is declared at 150 horsepower, while MG claims a range of as much as 428km (down to 335km according to the NEDC standard).

The memorandum of understanding (MoU) commits them to work together to ensure easy access for electric vehicle (EV) customers, along with service manuals for charging systems, technical skills training and public charging stations.

“PEA envision that EV cars will continue to increase in popularity in the coming years,” said PEA governor Sompong Preeprem, so the government enterprise has developed the PEA Volta Platform to support a network of EV charging stations across Thailand.

“We have a master plan to support charging stations nationwide, covering all provinces, as well as offering highly trained and experienced staff who can provide expert advice for home charging installation to power EVs. We will provide full support in readying the power system for EV usage in Thailand.”

PEA ENCOM International Co Ltd, a PEA subsidiary, will be responsible for installing and wiring electrical cables and power supplies from switchboards to industrial sockets to meet the needs of Nissan EV customers, Sompong added.

Ramesh Narasimhan, president of Nissan in Thailand, said the agreement between the companies demonstrated a continuing partnership between the automaker, the government, state enterprises and the public sector to support the country’s electrification road map. It also represents another example of how Nissan is bringing its EV global leadership to Thailand, he said. He also emphasised the importance of building the EV ecosystem for Nissan Leaf customers across the Kingdom.

“We recently started delivering the all-new Nissan Leaf to our valued Thai customers, and 20 per cent of those were upcountry. This reinforces how important this deal with PEA is, to ensure all our customers have access to a robust and trustworthy charging infrastructure,” Narasimhan explained.

Nissan was continuously evolving its electrification strategy and portfolio, with the goal of making it accessible, attractive, and convenient for all driving needs, he said.

“Here in Thailand we are working with local governmental agencies, policymakers and dealers to help drive EV adoption and provide the infrastructure and ecosystem necessary to make that successful.”

The deal with PEA follows a 2018 MoU Nissan signed with the Metropolitan Electricity Authority (MEA) to provide home-charging solutions for Leaf owners in the greater Bangkok area. Last month Nissan also signed an Electro Mobility Operator agreement to appoint Delta Electronic Thailand as the official EV charging provider for Nissan Leaf customers.

Nissan also continues to develop its EV dealership network across the country, with 32 certified Nissan EV showroom and service centres nationwide. Customers in all parts of the nation will be able to access professionally trained service staff and charging facilities tailored specifically for them, he added.

“We are very positive about the EV outlook for Thailand. A recent Nissan-commissioned study by Frost & Sullivan showed that the Thai government plans to strengthen EV use, and is gearing up for the era of EVs. By 2036, the Thai government expects there to be 1.2 million electric vehicles nationwide and we are proud to help support this evolution,” Narasimhan added.

According to a press release from Nissan Motor Thailand, a memorandum of understanding between the two companies underlines their commitment to work together to ensure EV (electric vehicle) customers have easy access to usage and service manuals for charging systems, technical skills training, and public charging stations.

“The PEA utilises digital technology to envision that EV cars will continue to increase in popularity in the coming years. It has developed the PEA VOLTA Platform to support the EV charging-station network across Thailand,” PEA governor Sompong Preeprem said.

“We have a master plan to support charging stations nationwide, covering all provinces, as well as offering highly trained and experienced staff who can provide expert advice for home charging installation to power EVs. We will provide full support in readying the power system for EV usage in Thailand,” he said.

PEA ENCOM International, a PEA subsidiary, will be responsible for the installation of wiring electrical cables and power supplies from switchboards to industrial sockets, for Nissan EV customers, Sompong added.

Ramesh Narasimhan, president of Nissan Motor Thailand, said the agreement with the PEA demonstrated the continued partnerships between Nissan, the government, state enterprise and the private sector to support Thailand’s electrification road map.

It also represents another example of how Nissan is bringing its EV global leadership to Thailand.

He also emphasised the importance of building this EV ecosystem for Nissan LEAF customers across the Kingdom.

“We recently started delivering the all-new Nissan LEAF to our customers in Thailand, and 20 per cent of those were upcountry. This reinforces how important this deal with the PEA is, to ensure all our customers have access to a robust and trustworthy charging infrastructure,” Narasimhan said.

The GLC 220 is ideal for families that enjoy four-door diesel SUVs with an exciting exterior profile and a spacious cabin. The vehicle also boasts of low emission and excellent fuel consumption at 5.91 litres for every 100 kilometres.

The GLC 220 d4Matic goes for Bt3.04 million, and can be checked out at any of the 33 authorised dealers nationwide, said Frank Steinacher, vice president of sales and marketing for Mercedez-Benz (Thailand).