Category: EREV

  • EREV vs Pure Electric: Which Is the Smarter Choice for African Roads in 2026?

    EREV vs Pure Electric: Which Is the Smarter Choice for African Roads in 2026?

    If you’ve been researching Chinese vehicles recently, you’ve probably come across the term “EREV” and wondered how it differs from a regular electric car. The distinction matters — especially in Africa — and understanding it could be the key to making the right vehicle decision for your lifestyle and location.

    EV charging station
    Understanding the difference between EREVs and pure EVs starts with understanding how they’re charged and powered

    What Is a Pure Electric Vehicle (BEV)?

    A Battery Electric Vehicle runs entirely on electricity stored in a large battery pack. There is no petrol engine anywhere in the car. You charge it from a wall socket, home charger, or public charging station, and the motor draws power from the battery to drive the wheels.

    The advantages are significant: zero tailpipe emissions, very low running costs, fewer moving parts so lower maintenance, and a smooth, quiet driving experience with instant torque.

    The limitation is simple: when the battery is empty, the car stops. And in Africa, where public charging infrastructure is still developing and grid reliability varies widely, that limitation is more than a minor inconvenience — it can be a genuine daily risk.

    Popular BEV options from China: BYD Atto 3, BYD Seal, BYD Dolphin, Nio ES9, Xpeng GX, Chery Fulwin X3, Zeekr 001.

    What Is a Range-Extender Electric Vehicle (EREV)?

    An EREV is primarily electric — the wheels are always driven by electric motors, just like a BEV. The key difference is that it also carries a small petrol engine onboard. But this engine never directly drives the wheels. Its only job is to act as a generator: when the battery level drops, the petrol engine turns on and generates electricity to keep the motors running and partially recharge the battery.

    The result is a vehicle that drives, feels, and performs like an electric car — smooth, quiet, with instant torque — but can travel essentially unlimited distances as long as you have petrol available.

    Popular EREV options from China: IM LS6 (up to 1,502km combined range), Avatr 06/07/12, Chery Fulwin X3L, Li Auto L6/L7/L9, Voyah Free.

    Chinese EREV SUV on the road
    EREV models like the IM LS6 and Avatr series offer 1,000km+ combined range — perfect for African inter-city travel

    How the Technology Differs Under the Hood

    In a conventional petrol-hybrid car, the engine can drive the wheels directly. In an EREV, the engine is completely decoupled from the drivetrain — it only charges the battery. This means the engine can run at a fixed, optimal RPM for maximum efficiency, rather than constantly revving up and down with road speed.

    Think of it like a diesel-electric train — the diesel engine generates electricity, and electric motors do the actual moving. It’s a well-proven concept applied to passenger vehicles.

    Real-World Range Comparison

    • BYD Atto 3 (BEV): ~430km on a full charge. Fast charging adds ~200km in 20–30 minutes.
    • BYD Seal AWD (BEV): ~580km on a full charge.
    • IM LS6 66 Max EREV: 450km pure electric + 1,052km additional on petrol = 1,502km total.
    • Avatr 07 EREV: ~230km pure electric + 800km+ on petrol = 1,000km+ combined.
    • Li Auto L9 EREV: ~215km pure electric + 900km on petrol = 1,100km+ combined.

    The African Context: Why EREV Has a Structural Advantage

    For buyers in cities like Lagos, Nairobi, Accra, or Abuja who primarily drive within the city and can charge at home or work, a BEV may be entirely sufficient. But Africa also has realities that don’t exist in the same way in Europe or China:

    • Unreliable grid power: If you can’t guarantee overnight charging, a BEV’s range shrinks unpredictably. An EREV always has petrol as backup.
    • Sparse public charging infrastructure: Outside major cities, fast chargers are rare or non-existent. An EREV lets you refuel at any petrol station.
    • Long inter-city distances: Lagos to Abuja is 530km. Lagos to Accra is over 600km. These trips require either multiple charging stops in a BEV or a single petrol fill-up in an EREV.
    Long roads across African cities
    Inter-city travel across Africa makes the EREV’s unlimited range a major practical advantage

    Which Should You Choose?

    Choose a BEV if: You drive mostly within one city, have reliable home charging, and your daily round trip is consistently under 200km.

    Choose an EREV if: You experience frequent power cuts, regularly travel between cities, or want an EV driving experience without any range anxiety whatsoever.

    For most African buyers today, the EREV offers the best balance of electric efficiency and real-world practicality. As Africa’s charging network grows over the next 5–10 years, BEVs will become increasingly practical for a wider range of buyers. But in 2026, for anyone who drives beyond city limits, an EREV is hard to argue against.

    Autoimport Africa carries both BEVs and EREVs from leading Chinese brands — with full specs, transparent pricing, and direct import from source.

  • EREV vs Pure EV: What’s the Difference and Which Is Right for African Driving Conditions?

    You’ve probably seen the term “EREV” popping up more frequently in Chinese car news recently — attached to models like the SAIC IM LS6, Avatr 07, and the Chery Fulwin X3L, all of which boast combined ranges exceeding 1,400 km. But what exactly is an EREV, how is it different from a fully electric car, and which is actually better suited to African driving conditions in 2026?

    This is the most important powertrain conversation happening in the automotive world right now — and for African buyers, the answer matters a great deal.

    What Is an EREV?

    An EREV — Extended Range Electric Vehicle — is primarily an electric car. Its wheels are driven entirely by electric motors, fed by a battery pack. However, it also carries a small petrol engine that functions purely as a generator. When the battery charge drops below a set threshold, the petrol engine starts and generates electricity to recharge the battery and sustain driving range.

    The critical distinction: the petrol engine in an EREV never directly drives the wheels. It only produces electricity. This means the driving feel, efficiency, and performance are all electric — the engine is invisible to the driver in normal operation.

    How Does This Compare to a Pure EV (BEV)?

    A Battery Electric Vehicle (BEV) has only an electric motor and battery. There is no petrol engine at all. You must charge it externally — at home, at work, or at a public charging station — to replenish its range.

    The key differences:

    Range: A modern BEV typically offers 400–750 km on a full charge. An EREV offers 400–500 km on pure electric, then continues with petrol-generated electricity for a combined total of 1,200–1,500 km before needing a petrol fill.

    Charging dependency: A BEV must be charged. If you cannot charge it, you cannot drive it. An EREV can be driven indefinitely as long as petrol is available — like a conventional car — while still giving you primarily electric driving on most trips.

    Running costs: Both are cheaper than a petrol car to run. A BEV that charges reliably will be cheaper than an EREV because it never buys petrol. An EREV that mostly drives on electricity is still dramatically cheaper than a full petrol vehicle.

    Weight and complexity: EREVs carry an extra engine and generator, making them slightly heavier and mechanically more complex than a BEV. However, because the engine is small (typically a 1.5T unit) and rarely under load, reliability concerns are minimal in practice.

    Real-World EREV Performance: The Numbers

    To understand why EREVs are causing excitement, consider the SAIC IM LS6 EREV, one of the most advanced examples currently available:

    • Pure electric range: 450 km (66 kWh battery version)
    • Combined CLTC range: 1,502 km
    • Acceleration (0–100 km/h): 6.4 seconds
    • Powertrain: 1.5T petrol generator + 230 kW rear electric motor
    • Fast charging: 310 km of range in 15 minutes

    Or the Avatr 07 EREV: 220–230 km pure electric range currently, scaling to 52 kWh battery with further range in its upgraded form, combined with Huawei Qiankun ADS 4.0 intelligent driving assistance.

    Why EREVs Make Particular Sense for Africa

    Unreliable grid power: In Nigeria, South Africa, Kenya, and across much of the continent, electricity supply is inconsistent. An EREV never strands you due to an empty battery — you always have petrol as a fallback. This is not a theoretical benefit; for millions of African drivers, it is a daily reality.

    Sparse charging infrastructure: Fast-charging networks are growing but remain thin outside major urban centres. An EREV driver does not need a charger for every journey — they charge when it’s convenient and use petrol when it’s not.

    Long-distance travel: Journeys of 400–700 km are common across Africa — Lagos to Abuja, Nairobi to Mombasa, Accra to Kumasi and back. An EREV handles these without any range anxiety or the need to plan around charging stops.

    Fuel savings where it counts: Most daily driving in African cities is under 100 km. An EREV owner with any charging access will complete the vast majority of their trips on electricity alone — spending on petrol only for longer journeys. The fuel savings are real and substantial.

    Who Should Choose a Pure EV vs an EREV?

    Choose a BEV if you:

    • Live or work near reliable charging (home charging or nearby public fast-charger)
    • Mostly drive within a city and rarely travel long distances
    • Want the absolute lowest running costs and zero petrol dependency

    Choose an EREV if you:

    • Need reliability regardless of grid availability
    • Regularly drive 300 km or more in a single trip
    • Want electric driving efficiency for daily use but petrol peace of mind for everything else
    • Live outside a major city or in an area with limited public charging

    For the majority of African drivers in 2026, the EREV sits in the sweet spot — delivering electric efficiency on most journeys while removing the infrastructure dependence that makes full BEV ownership challenging across much of the continent.

    Autoimport Africa stocks both BEV and EREV models sourced with clean titles directly from China. Browse our current listings or speak to our team to find the right fit for your driving conditions.

  • Hybrid vs Full-Electric: Which Powertrain Is Right for African Driving Conditions in 2026?

    Hybrid vs Full-Electric: Which Powertrain Is Right for African Driving Conditions in 2026?

    You’ve decided you want a Chinese vehicle. You’ve browsed the listings and the specs look impressive. But now comes the question that trips up most first-time importers: should I get a full electric vehicle (BEV), a plug-in hybrid (PHEV), or a range-extender (EREV)?

    Each of these technologies has genuine advantages — but in the African context, the right answer depends heavily on where you live, how you drive, and what your power situation looks like. This guide breaks it down simply.

    Electric vehicle charging
    Understanding EV charging is key to choosing the right powertrain for your lifestyle

    Understanding the Three Technologies

    BEV (Battery Electric Vehicle) — Pure electric. No petrol engine at all. You charge it from the grid or a charging station. Range is fixed by battery size. Examples: BYD Atto 3, BYD Seal, Nio ES9, Chery Fulwin X3.

    PHEV (Plug-in Hybrid Electric Vehicle) — Has both an electric motor and a petrol engine. You can charge the battery from a plug for electric-only driving, but the petrol engine kicks in when the battery runs low. Best of both worlds in theory. Examples: BYD Atto 8, BYD Sealion 6, BYD Shark 6.

    EREV (Extended Range Electric Vehicle) — Primarily electric, but has a small petrol engine that acts as a generator to recharge the battery while you drive. The petrol engine never directly drives the wheels — it only makes electricity. This gives you very long combined ranges (often 1,000km+) without needing to stop and charge. Examples: IM LS6, Avatr 06/07/12, Chery Fulwin X3L, Li Auto L series.

    The African Reality Check

    Before comparing vehicles, be honest about three things:

    • Your charging access: Do you have a reliable place to charge at home or work? Or do you depend entirely on public infrastructure?
    • Your grid reliability: How often do you experience power cuts? Hours per day? Days per week?
    • Your driving patterns: Are you mostly city driving with predictable short trips? Or do you do long inter-city routes regularly?
    City traffic and roads
    Urban driving patterns across African cities make the BEV vs PHEV vs EREV choice very personal

    Pure EVs (BEVs): Great If Your Conditions Are Right

    A pure electric vehicle is the cheapest to run over its lifetime — no petrol costs, lower maintenance, fewer moving parts. For city drivers in Lagos, Nairobi, or Accra who can charge overnight at home, a BEV makes a lot of sense.

    The Achilles heel in Africa is infrastructure. Nigeria’s public charging network is still in early stages. If you can’t charge at home and you rely on public chargers, range anxiety becomes a real daily concern. The BYD Atto 3 (new gen) with flash charging helps — 15–20 minutes on a fast charger can add 200km+ of range. But fast chargers need to actually exist near you.

    Best for: City dwellers with home charging, short daily commutes under 150km, buyers who prioritise lowest running costs.

    PHEVs: The Practical African Compromise

    PHEVs are arguably the most practical choice for most African buyers right now. You get 40–100km of pure electric range for your daily city driving (covering most people’s daily mileage in electric mode), and then the petrol engine handles everything beyond that.

    No range anxiety. No dependence on public charging infrastructure. Fill up at any petrol station when you need to. But when power is available, you’re running mostly electric and cutting fuel costs significantly.

    PHEV vehicle ready for road
    PHEVs offer the best of both worlds — electric efficiency in the city with petrol backup for longer trips

    The BYD Shark 6 pickup and Sealion 6 SUV are strong examples — built for African utility and terrain, with petrol backup for long trips or low-grid environments.

    Best for: Buyers in areas with inconsistent electricity, those doing a mix of city and long-distance driving, fleet operators, and anyone who can’t yet guarantee reliable daily charging.

    EREVs: The Best Range in the Game

    EREVs are the dark horse of this comparison. They’re technically electric vehicles — the wheels are powered by electric motors — but they carry a small petrol engine that generates electricity when the battery is depleted. The result is combined ranges of 1,000km to 1,500km.

    The new IM LS6 EREV gets a 1,502km combined range. The Avatr 07 EREV covers over 1,000km combined. These numbers make inter-city travel in countries with sparse charging networks completely stress-free.

    Best for: Long-distance drivers, inter-city travel, buyers in areas with no charging infrastructure, those who want an EV experience without any of the range limitations.

    The Verdict for African Buyers

    Urban buyer with home charging: BEV — lowest cost, best for the environment, practical for city use.

    Mixed urban/rural buyer, uncertain grid: PHEV — flexible, practical, no infrastructure dependency.

    Long-distance driver or rural buyer: EREV — best range in any conditions, electric-smooth, petrol-backed freedom.

    The good news is that Chinese automakers offer all three — at prices significantly more competitive than Japanese or European alternatives. And through Autoimport Africa, you can access all three powertrain types directly from China, with full transparency on specs and pricing before you commit.

  • BYD’s Africa Playbook: 300 Fast-Chargers, New Models, and What It Means for Nigeria and Beyond

    BYD’s Africa Playbook: 300 Fast-Chargers, New Models, and What It Means for Nigeria and Beyond

    BYD is no longer just selling cars in Africa — it’s building infrastructure. And what the Chinese EV giant is doing on the continent right now is a signal of just how seriously it’s taking the African market.

    In late 2025, BYD’s Executive Vice President Stella Li announced that the company plans to build up to 300 fast-charging stations in South Africa alone by the end of 2026. Pair that with a plan to grow its South African dealer network from 13 locations to 30–35 by the same deadline, and it becomes clear: BYD isn’t dipping a toe in Africa. It’s diving in.

    EV fast charging station
    BYD plans 300 fast-charging stations across South Africa by end of 2026

    What BYD Is Currently Doing in Africa

    BYD currently sells seven models in South Africa — five pure electric vehicles and two hybrid models — including the Atto 3, Dolphin, Seal, Sealion 7 (EV), and the Shark 6 and Sealion 6 (both PHEVs). The brand just launched its new seven-seater Atto 8 PHEV SUV in South Africa at R1,059,900, signalling its push into the premium family vehicle segment.

    The company is being deliberate about how it enters African markets. Rather than flooding showrooms with models, it’s building trust gradually — starting with South Africa as a launchpad and using the learnings there to replicate the strategy across other African countries.

    As Stella Li put it: “South Africa is a very important market. Once we start here, you can duplicate the story into other African countries.”

    BYD vehicle in Africa
    BYD’s growing lineup includes models for every African buyer — from city EVs to PHEV SUVs and pickup trucks

    The Charging Infrastructure Play

    One of the biggest objections to electric vehicles in Africa has always been charging infrastructure — or the lack of it. BYD is addressing this head-on. The plan to install up to 300 fast-charging stations in South Africa by end-2026 is significant because it removes the most common barrier to EV adoption.

    This infrastructure investment matters for Nigeria, Kenya, Ghana, and every other African country watching South Africa’s EV rollout. Once the model is proven in South Africa — dealerships, chargers, after-sales support — it becomes a blueprint that rolls out continent-wide.

    The PHEV Strategy: Meeting Africa Where It Is

    What makes BYD’s Africa approach particularly smart is its dual-powertrain strategy. Rather than pushing only pure EVs — which require reliable electricity grids and dense charging networks — BYD is leading with PHEVs (plug-in hybrids) in markets where infrastructure is still developing.

    PHEVs like the Shark 6 pickup and Sealion 6 SUV run on electric power when available and switch seamlessly to petrol when not. For countries like Nigeria, where power reliability is an ongoing challenge, this is not a compromise — it’s the right vehicle for the environment.

    What the BYD Expansion Means for Nigerian and West African Buyers

    Right now, BYD’s direct footprint in Nigeria is still limited, but the trajectory is clear. As the brand matures its African distribution model through South Africa and East Africa, West Africa is the next logical expansion zone. Lagos, Abuja, and Accra are among the high-demand markets being watched.

    City roads with cars
    As African cities grow, the demand for cleaner and more efficient vehicles is accelerating

    For Nigerian buyers importing through platforms like Autoimport Africa, BYD vehicles from China remain highly accessible today — without waiting for local dealerships to arrive. You get access to the full range of BYD models, including those not yet available through official African channels, at prices direct from the source.

    Key BYD Models Worth Watching for Africa

    • BYD Atto 3 (3rd Gen, 2026): Just debuted at the Beijing Auto Show with flash charging and a longer wheelbase. The most popular Chinese EV in South Africa and an excellent fit for urban African roads.
    • BYD Shark 6: A PHEV pickup truck built for tough terrain — mining, agriculture, and off-road use. Combines diesel-like torque with electric efficiency.
    • BYD Atto 8: Seven-seat PHEV SUV just launched in South Africa. Premium family vehicle with 5-year warranty, competitive pricing, and electric range for daily driving.
    • BYD Seal: A sporty pure-electric sedan with impressive range and performance. Ideal for highway driving in markets with growing charging coverage.
    • BYD Dolphin: Compact, affordable city EV. One of the lowest-cost entry points into Chinese electric vehicles.

    The Bigger Picture

    BYD’s Africa strategy isn’t charity — it’s a calculated market play. With Chinese domestic demand softening in 2026 and European markets erecting tariff barriers, Africa represents one of the cleanest growth opportunities for Chinese automakers. A continent of 1.5 billion people, rapidly urbanising, with a growing middle class and an existing appetite for Chinese vehicles.

    The 300 charging stations, the expanded dealer network, the dual-powertrain model lineup — it all points to one thing: BYD is building for the long term in Africa. And the continent is going to be better for it.

  • Hybrid vs Full-Electric: Which Powertrain Is the Smarter Buy for African Roads in 2026?

    Hybrid vs Full-Electric: Which Powertrain Is the Smarter Buy for African Roads in 2026?

    If you’re shopping for an imported vehicle in Africa in 2026, one of the most important decisions you’ll make isn’t about the brand or the colour — it’s about the powertrain. Should you go fully electric? Or is a plug-in hybrid or range-extender vehicle (EREV) a smarter choice for African roads and conditions?

    This guide breaks it down honestly, without hype.

    Understanding the Three Options

    BEV (Battery Electric Vehicle) — runs entirely on electricity. No petrol engine at all. You charge it at home, at work, or at a public charging station. Examples: BYD Seal, BYD Dolphin, Li Auto i8.

    PHEV (Plug-in Hybrid Electric Vehicle) — has both an electric motor and a petrol engine. You can charge it to drive on electricity for short trips (typically 50–100 km), and the petrol engine kicks in when the battery runs low. Examples: BYD Atto 8, BYD Sealion 6, BYD Shark.

    EREV (Extended-Range Electric Vehicle) — primarily electric, but carries a small petrol generator that charges the battery when it runs low. The petrol engine does not directly drive the wheels — it only generates electricity. This gives you 400–500 km of pure electric range and 1,200–1,500 km of combined range. Examples: SAIC IM LS6 EREV, Avatr 07, Chery Fulwin X3L EREV.

    The African Reality Check

    Before choosing, you need to be honest about four things that are specific to driving in Africa:

    1. Power Grid Reliability
    In Nigeria, South Africa, and many other African countries, electricity supply is inconsistent. Load-shedding in South Africa and grid failures in Nigeria mean you cannot always rely on being able to charge overnight. A BEV depends entirely on charging — if the grid is down for 12 hours, you might leave home with less charge than you planned.

    PHEVs and EREVs solve this problem. Their petrol backup means you are never stranded regardless of the grid situation.

    2. Charging Infrastructure
    Public fast-charging networks are growing rapidly — BYD alone is building 300 stations in South Africa by end-2026 — but they are still sparse compared to Europe or China. If you live outside a major city, reliable public charging may not yet exist near you. A petrol-backup vehicle insulates you from this gap entirely.

    3. Long-Distance Travel
    Many African drivers regularly cover 300–600 km in a single trip — Lagos to Abuja, Nairobi to Mombasa, Johannesburg to Durban. A BEV with 500 km of range is workable, but cutting it close on a highway with no charger in sight is stressful. An EREV with 1,400+ km of combined range removes that anxiety completely.

    4. Fuel Costs and Savings
    All three powertrain types save money on fuel compared to a traditional petrol vehicle. But the savings depend on how much you charge versus how much you fill up with petrol. A BEV user who can charge reliably will have near-zero fuel costs. A PHEV user who mostly drives short city trips on electricity will also save significantly. An EREV user benefits from electric efficiency on most trips, with petrol only activating on longer journeys.

    Our Recommendation for African Buyers in 2026

    For most African buyers today, a PHEV or EREV is the smarter choice — not because BEVs are inferior, but because the infrastructure to support BEV ownership reliably does not yet exist across most of the continent.

    The sweet spot is an EREV from a brand like BYD, Chery, SAIC, or Avatr. You get the majority of your daily driving done on clean, cheap electricity, and the petrol range-extender is there when you need it — for long trips, power outages, or simply peace of mind.

    As charging infrastructure improves over the next 3–5 years, the case for going fully electric will strengthen. For now, the EREV is Africa’s most practical new energy vehicle.

    Bottom Line

    • City driver, reliable electricity, short commutes: BEV works well.
    • Mixed driving, moderate charging access: PHEV is ideal.
    • Long-distance travel, unreliable grid, want the best of both worlds: EREV is the best choice in Africa right now.

    Browse Autoimport Africa’s range of BEVs, PHEVs, and EREVs — all sourced with clean titles directly from China — and speak to our team to find the right fit for your driving life.

  • BYD’s Africa Playbook: 300 Fast-Chargers, 7 Models, and What It Means for Nigeria, Kenya and Egypt

    BYD’s Africa Playbook: 300 Fast-Chargers, 7 Models, and What It Means for Nigeria, Kenya and Egypt

    BYD has made no secret of its ambitions in Africa. The world’s largest electric vehicle manufacturer is not just selling cars on the continent — it is building the infrastructure, the dealer networks, and the long-term relationships needed to become the dominant automotive brand across Africa. And it is doing it faster than most people realise.

    Seven Models, Growing Fast

    BYD currently sells seven models in South Africa — five fully electric and two hybrid — ranging from the compact Dolphin to the new Atto 8, a seven-seater PHEV SUV that launched in April 2026 at a starting price of R1,059,900. The lineup is designed to cover as many buyer segments as possible: urban commuters, families, fleet operators, and pick-up truck users.

    The Shark pick-up hybrid, in particular, has resonated strongly with African buyers. Designed for mining, agriculture, and rugged terrains, it delivers the torque of a diesel powertrain with the long-range efficiency of a hybrid electric system — a combination that makes practical sense across large parts of the continent.

    300 Fast-Chargers in South Africa by End of 2026

    The most significant infrastructure announcement BYD has made for Africa is its plan to build up to 300 fast-charging stations in South Africa by the end of 2026. Stella Li, BYD’s Executive Vice President, confirmed this target during an interview with Bloomberg, describing South Africa as the entry point for a model that will then be duplicated across other African countries.

    This matters enormously. One of the most common concerns about buying an EV in Africa is the lack of charging infrastructure. BYD is directly addressing that concern with capital investment, not just promises.

    Tripling the Dealer Network

    Beyond charging, BYD is rapidly expanding its physical retail presence. The company grew its South African dealerships from 13 to 20 by end of 2025, and plans to reach 30 to 35 locations by end of 2026. Each dealership expansion also brings trained technicians, official spare parts inventory, and warranty service — the after-sales ecosystem that African buyers need to feel confident in a new brand.

    What Does This Mean for Nigeria, Kenya, and Egypt?

    South Africa is BYD’s African beachhead, but the strategy is explicitly continental. BYD’s leadership has stated that the South Africa model — charging infrastructure, dealership build-out, local service support — is designed to be replicated country by country.

    For Nigeria, this is particularly timely. With the federal government’s new 40% import tariff on fully built vehicles and EV exemptions from the upcoming green tax, BYD models imported through trusted platforms like Autoimport Africa are now more cost-effective than they have ever been. Models like the BYD Atto 3, Dolphin, and Seal offer competitive pricing, modern features, and the backing of a manufacturer actively investing in the continent.

    In Kenya, local EV distributor MojaEV is already moving toward local assembly in partnership with domestic assemblers — a move that signals growing market confidence and will eventually lower prices further.

    In Egypt, BYD is part of a broader wave of Chinese automakers establishing local assembly operations, reducing import costs and shortening delivery timelines.

    The Long Game

    BYD’s Africa strategy is not opportunistic — it is structural. The company is building the foundations for decade-long dominance: charging networks, dealer presence, local assembly partnerships, and a model range that directly addresses African buyer needs. For anyone considering an EV or PHEV purchase on the continent, BYD’s trajectory is hard to ignore.

    If you want to explore BYD models available for import into your country through Autoimport Africa, browse our current listings or speak to one of our import specialists today.

  • Avatr adds larger CATL batteries to EREV models with Huawei Qiankun ADS 4.0 starting late August

    Avatr adds larger CATL batteries to EREV models with Huawei Qiankun ADS 4.0 starting late August

    Avatr confirmed that its 06, 07, and 12 EREV models will launch versions equipped with larger CATL Freevoy Super Hybrid batteries and Huawei Qiankun ADS 4.0. The first of these models is expected to debut at the Chengdu Auto Show in late August. Existing owners can upgrade to Huawei ADS 4.0 and HarmonyOS 5 via over-the-air updates.

    Avatr EREV SUV with Huawei technology
    The updated Avatr EREV lineup combines CATL’s Freevoy battery with Huawei’s Qiankun ADS 4.0 — one of the most advanced intelligent driving systems available
    • Avatr 06: Will feature a 45 kWh Freevoy Super Hybrid battery.
    • Avatr 07: Will include a 52 kWh battery version, planned for late September.
    • Avatr 12: Will offer a 52 kWh battery with rear lidar, scheduled for mid-October.

    CLTC ranges for the new models have not yet been officially announced.

    Current Model Lineup

    Avatr 06
    A mid-size vehicle priced 209,900–279,900 yuan (approx. 28,800–38,400 USD), available in range-extended and battery-electric versions. The current range-extended model pairs a 1.5T engine (115 kW) with a 231 kW motor and a 31.7 kWh LFP battery, with a CLTC range of 230 km. The BEV version offers single-motor (252 kW) and dual-motor (440 kW) options, all with a 72.88 kWh LFP battery and CLTC ranges of 600 km or 650 km.

    Avatr 07
    A mid-size SUV priced 219,900–289,900 yuan (approx. 30,200–39,800 USD). The current range-extended variant combines a 1.5T engine (115 kW) with either a 231 kW single motor (2WD) or a 131 kW + 231 kW dual-motor setup (4WD), using a 39.05 kWh LFP battery. The BEV version uses an 800V SiC platform with CLTC ranges of 650 km (2WD) and 610 km (4WD).

    EV charging technology
    Avatr’s 800V silicon carbide platform enables ultra-fast charging — keeping downtime to a minimum on long journeys

    Avatr 12 (2025 model)
    Launched May 2025 at 269,900–429,900 yuan (approx. 37,000–59,000 USD). The current range-extended model uses a 1.5T engine (115 kW) and a 231 kW rear motor, delivering a CLTC-rated electric range of 245 km with a 39.05 kWh Freevoy battery pack. The BEV version offers single-motor (237 kW) or dual-motor (402 kW) options, with CLTC ranges of 705 km or 755 km.

    In July 2025, the Avatr 06, 07, and 12 were the brand’s top-selling models, with 2,878, 2,526, and 1,424 units sold, respectively. A new concept car will be unveiled at the Munich Motor Show on September 7, 2025, and a six-seat flagship SUV co-developed with Huawei is planned for 2026.

    City driving with advanced EV
    Avatr’s Huawei Qiankun ADS 4.0 delivers intelligent city and highway driving assistance — making every journey smarter and safer
  • SAIC’s new IM LS6 with CATL’s Freevoy Super Max battery starts pre-sale

    SAIC’s new IM LS6 with CATL’s Freevoy Super Max battery starts pre-sale

    IM Motors’ new LS6 SUV is open for pre-sale, featuring a refreshed exterior and interior, and added EREV variants on top of the previous BEV options. The price range is 209,900 to 279,900 yuan (29,200 to 39,000 USD). The official launch will be on September 10 in China.

    • LS6 Pro BEV: 209,900 yuan (29,200 USD)
    • LS6 52 Pro EREV: 214,900 yuan (29,900 USD)
    • LS6 66 Max EREV: 239,900 yuan (33,400 USD)
    • LS6 Ultra BEV: 279,900 yuan (39,000 USD)

    The EREV is powered by IM Motors’ “Stellar” range-extender system, boasting a maximum CLTC comprehensive range of 1,502 km and a pure electric range of 450 km. Within 30 minutes of the pre-sale opening, orders exceeded 10,000 units.

    SAIC IM LS6 SUV
    The IM LS6 combines a striking fastback design with CATL’s world-leading battery technology — 10,000 pre-orders in 30 minutes speaks for itself

    Exterior

    Both BEV and EREV variants share the same design with a fastback shape, front and rear fenders wider than the body, double five-spoke rims, and red brake calipers. The front adopts Y-shaped “Starlight” headlights, and the roof features a 520-line lidar on high-end trims. The rear carries a through-type taillight strip named “Skyline 2.0.” The EREV variant has body dimensions of 4937/1988/1671 mm (l/w/h) with a 2960 mm wheelbase.

    Powertrain

    Equipped with IM Motors’ Lizard Digital Chassis 2.0 and the Continental MK C2 brake-by-wire system, the new IM LS6 can realize two-way 18° four-wheel steering, enabling a turning radius of 4.79 meters.

    For the EREV, the “Stellar” range-extender system is comprised of a Zephyr 1.5T engine (114 kW), a rear 800V silicon carbide “Hurricane” electric motor (230 kW), and CATL’s Freevoy Super Max battery pack:

    • LS6 52 Pro EREV: 52 kWh battery pack, 370 km pure electric range, 1,400 km comprehensive range
    • LS6 66 Max EREV: 66 kWh battery pack, 450 km pure electric range, 1,502 km comprehensive range

    The BEV is available in RWD (245 kW, 76 kWh, 650 km range) or AWD (500 kW combined, 103 kWh, 750 km range, 0–100 km/h in 3.48 seconds). Under fast charging, it takes 15 minutes to recharge 310 km of range.

    Fast charging capability
    The IM LS6 BEV supports fast charging — 310 km of range recovered in just 15 minutes

    Interior & Technology

    The cockpit features a 27.1-inch 5K display and a 15.6-inch 3K co-pilot entertainment screen, powered by a Qualcomm Snapdragon 8295 chip. Consumers can choose either a full or half steering wheel. The onboard IM AD 3.0 advanced driving assistance system does not rely on high-definition maps and is powered by an Nvidia Drive Thor chip.

    The interior adopts a five-seater layout, with the co-pilot zero-gravity seat supporting a 121° adjustable angle. Rear seats offer ventilation, heating, and massage functions. Additional features include an 11 L refrigerator, 50 W wireless fast charging, 21 speakers, and ambient lighting.

    Premium SUV interior features
    A 27.1-inch 5K display, zero-gravity co-pilot seat, and 21-speaker audio — the IM LS6 sets a new benchmark for interior technology
  • Volkswagen Group and Xpeng expand strategic E/E architecture partnership to gasoline and plug-in hybrid platforms

    Volkswagen Group and Xpeng expand strategic E/E architecture partnership to gasoline and plug-in hybrid platforms

    Volkswagen Group (China) and Xpeng on Friday announced an expansion of their jointly developed regional electronic/electrical architecture, known as CEA. Beginning in 2027, the CEA platform will be applied not only to locally developed battery-electric models but also to gasoline and hybrid vehicles produced in China.

    China automotive technology hub
    Volkswagen and Xpeng are deepening their “for China, in China” strategy — a partnership that will shape the next generation of intelligent vehicles

    CEA centres on a high-performance central compute platform designed to support more advanced and reliable ADAS (advanced driver assistance systems). The architecture integrates an intelligent in-vehicle AI assistant and enables fast, stable full-vehicle OTA (over-the-air) updates. By reducing the number of individual electronic control units (ECUs), CEA aims to simplify system complexity, raise vehicle sustainability and preserve long-term value through a unified software-defined approach.

    Ralf Brandstätter, Member of the Management Board responsible for China and CEO of Volkswagen Group (China), stated that advanced technology should not be limited to a single powertrain. Extending CEA across the group’s fuel-powered models will further consolidate its technological leadership in conventional vehicles — a strategy that helps optimise cost structures and maintain attractive model choices while freeing resources for targeted frontier innovation.

    Xpeng Chairman and CEO He Xiaopeng described the expansion as another milestone following the joint development agreement signed on July 22, 2024, reflecting long-term strategic trust and a shared commitment to continuous innovation in core intelligent electric vehicle technologies.

    Xpeng intelligent vehicle technology
    Xpeng’s ADAS technology — now being integrated into Volkswagen models — represents some of the most advanced intelligent driving systems in production today

    Volkswagen Group’s locally produced MQB-derived fuel models already feature advanced ADAS and intelligent cockpit functions and remain popular with Chinese buyers. In 2024, the Volkswagen brand delivered more than 2 million vehicles to China, with roughly nine in ten being gasoline models. Executives say extending CEA’s scope will amplify scale benefits in China, protect profitable traditional powertrain business, and sharpen the group’s competitive edge on both technology and cost.

    The announcement also marks Volkswagen’s “for China, in China” strategy. The group has established Volkswagen Group (China) Technology Co., Ltd. (VCTC) in Hefei, and aligned Cariad China’s software capabilities closely with VCTC to speed digital service deployment.

    City roads with intelligent vehicles
    By 2027, the CEA platform will power Volkswagen models across all powertrain types — bringing consistent OTA updates and advanced ADAS to every vehicle in the lineup

    Looking ahead, Volkswagen Group (China) plans to accelerate its intelligent connected vehicle push from 2026. By 2027, the group expects to list about 30 electrified models in China, and by 2030 around 30 pure battery electric vehicles across its brands will be available in the market. New Audi and Volkswagen models built on the next-generation intelligent architecture are expected to broaden segment coverage and reach more customers as the group transitions.

    This deepened partnership between two of the world’s most influential automotive players signals that the technology gap between Chinese and Western vehicles is narrowing rapidly — and that the future of the global auto industry will increasingly be shaped by what is developed and manufactured in China.