Chinese Electric Carmakers Challenge Toyota's Hold on Hong Kong Taxis

A 1,000 vehicle order signals a shift

A 1,000 vehicle order for Geely's Farizon electric taxis and a Chery linked plan to introduce 5,000 electric cabs are challenging a market that Toyota has dominated for decades. As of November 2, 2025, fewer than 1 percent of Hong Kong's roughly 18,100 taxis are electric. Chinese manufacturers and their local partners are trying to turn that small foothold into a regular presence on the streets.

Hong Kong's fleet consists of red urban taxis, green New Territories taxis and blue Lantau taxis. For years, its familiar vehicles have been durable Toyota sedans running on liquefied petroleum gas, or LPG. Their quick refueling, dependable maintenance and extensive service network helped owners keep downtime short and fares predictable.

Farizon's order from local operator Big Bee taxi brings a spacious electric van into that competition. A Shanghai startup is pursuing another route with battery swapping for MG taxis, promising an energy refill in under three minutes. A local distributor working with a Chery subsidiary is combining its planned rollout with financing, charging services and support after purchase.

Owners must decide whether lower energy and maintenance bills justify higher purchase prices and uncertainty about charging, battery condition and resale value. Drivers need vehicles that can complete long shifts without costly interruptions. Passengers stand to gain more cabin and luggage space, while policymakers face a visible test of climate goals in a city with little spare land.

The proposed Farizon order alone equals about 5.5 percent of the current taxi fleet, calculated from 1,000 vehicles out of 18,100. Its effect depends on deliveries and entry into service. The next two years will test whether these projects can become dependable daily transport.

How Toyota earned the industry's trust

Toyota's Crown Comfort and later taxi sedans became fixtures because they were tough, easy to repair and supported by plentiful workshops and spare parts. Owners could assess maintenance expenses and resale values with confidence, even after vehicles accumulated very high mileages.

Hong Kong's move toward LPG in the early 2000s strengthened that position. Taxis rapidly switched away from diesel, and LPG refueling took only minutes. That suited the demanding schedule in which one driver finishes a shift lasting 12 hours and hands the vehicle to another driver, fueled and ready to work.

Fuel stations, repair businesses and parts suppliers developed around those vehicles. Production of the older taxi sedans ended in Japan years ago, yet operators continued to keep many of them running through careful maintenance. Their willingness to retain aging cars reflected both habit and confidence in a familiar operating system.

Early electric alternatives faced a difficult comparison. Purchase costs were high, charging took too long for intensive commercial use, and owners feared losing earning time. Chinese companies are now addressing that combination of problems through different vehicle designs, fleet partnerships, financing and new ways to replenish energy.

BYD's early experiment exposed the challenge

BYD put its e6 electric taxis on Hong Kong roads in 2013. The compact vehicle, with a crossover style body, showed that taxis without tailpipe emissions could operate in the city. Expensive vehicles, weak private sales and a charging network poorly matched to fleets traveling long distances limited the early experiment.

Wang Chuanfu, BYD's founder, built the company from a battery maker into a global automaker. In 2013, he described the potential emissions benefit of replacing taxis and diesel buses with electric vehicles:

Wang Chuanfu, founder of BYD, said in 2013 that replacing all of Hong Kong's 18,000 taxis and 12,000 diesel buses with electric vehicles would reduce emissions by 50 percent, the same as taking 800,000 private cars off the road.

Wang's argument continues to serve as a reference point for policymakers interested in commercial fleets as a route to visible emissions reductions. The present push builds on that early experience, with manufacturers working alongside local taxi associations and financiers to address purchase costs and the practical demands of keeping vehicles available for work.

Farizon combines range with a larger cabin

Geely's commercial brand Farizon has developed a seven seat electric van for taxi service and shown it in Hong Kong with the steering wheel on the right. Big Bee taxi has ordered 1,000 units. Once delivered, that order would give the brand a visible presence on routes from Kowloon to the airport and increase the electric share of the fleet.

Farizon gives a driving range of up to about 370 kilometers on a full battery. Its stated charging time from 20 percent to 80 percent is around 30 minutes using a charger delivering high power. That is a partial refill rather than a complete charge, potentially fitting into a meal break or a pause during a shift.

The van uses a platform with cell to pack battery technology. In simple terms, this arranges battery cells within the pack in a way intended to improve the use of space and the rigidity of the vehicle body. The battery sits beneath the floor, leaving room for a tall passenger cabin.

Farizon's approach changes the shape of the taxi as well as its power source. Three rows of seats, a power sliding side door, a wide opening and a low step are designed to make boarding easier. A hidden B pillar design, referring to the support between the front and rear door areas, creates a broad passage when the doors are open.

The cabin is around 1.34 meters high, allowing most passengers to sit down without crouching. Each row has USB Type C ports for charging phones. At the back, double doors open wide onto a cargo area of 630 liters that can hold up to six large suitcases.

MG's battery swap aims to save working time

A small station in an industrial district near Hong Kong's container port demonstrates a different approach for MG electric taxis. A driver moves onto a platform, the depleted battery pack is lowered out of the vehicle and a charged pack takes its place. The taxi leaves the kiosk in under three minutes.

The Shanghai startup behind the system plans a handful of sites in the near term and more than 200 stations once the model proves itself. For taxis operating across two long shifts, the appeal is avoiding an extended stop at a charger. The battery is replenished away from the vehicle while the driver continues working with another pack.

Hong Kong's expensive land and lengthy site approvals complicate expansion. The network also needs enough participating drivers to make the business work. A quick exchange at one demonstration station must be followed by convenient locations across the routes taxis actually serve.

The Chery linked plan adds financing and services

A local distributor working with a Chery subsidiary is planning to introduce 5,000 electric taxis over time. The initiative is branded locally and organized with partners, with vehicles packaged alongside charging services and support after purchase.

The Hong Kong Mortgage Corporation has launched a loan scheme to help taxi owners finance electric vehicles. This government backed financing is one of the supports for the distributor's proposal, allowing owners to spread purchase costs rather than meet the full expense at once.

A related program focuses on transport for elderly people and people with disabilities. It points toward vehicles adapted for social service journeys as well as ordinary urban trips and airport runs. The projects described have no stated delivery timetable for the complete Farizon order, the 5,000 taxi rollout or the proposed network of more than 200 swapping stations.

The Chery linked target is equivalent to about 27.6 percent of today's fleet, using 5,000 divided by 18,100. That gives a sense of the proposed scale, while the current electric share remains below 1 percent.

How the transition has developed

Hong Kong's current experiments follow two earlier changes: the move away from diesel taxis and the first attempt to put electric cabs into regular service. The sequence explains why today's proposals focus as much on energy access and ownership costs as on the vehicles themselves.

• Early 2000s: Hong Kong backed a shift to LPG, and taxis rapidly moved away from diesel.
• 2013: BYD introduced e6 electric taxis, while Wang Chuanfu argued for replacing the city's taxis and diesel buses with electric vehicles.
• By November 2, 2025: Electric vehicles account for fewer than 1 percent of roughly 18,100 taxis. Farizon has secured a 1,000 vehicle order, MG battery swapping is being demonstrated, and a Chery linked distributor is pursuing a rollout of 5,000 taxis.
• Next two years: Deliveries, charging and swapping expansion, financing and service support will test whether the new projects become routine parts of taxi operations.

Toyota's established support network remains the standard against which these projects will be judged. Each new entrant is offering a different answer to the same commercial need: keeping a taxi available to carry paying passengers through long working hours.

Charging access keeps adoption low

Hong Kong has roughly 11,000 public charging points, but only about 2,000 are fast chargers. Using those figures, fast chargers represent around 18 percent of the public total. The majority therefore provide a slower refill than a taxi working long hours can easily accommodate.

Drivers need to know both where a suitable charger is and whether it will be available. A busy or broken charger can disrupt an entire shift. Time spent queuing is time without a fare, and many taxi ranks and roadside stopping places have no charging equipment at all.

New installations must navigate building approvals, limits on grid connections and competition for scarce space. The grid connection is the electricity supply serving a site; its capacity helps determine how much charging power that site can provide. Installing a charger requires enough electrical capacity as well as somewhere to park.

Ownership arrangements add another complication. Investors often own taxis and lease them to drivers by the day or shift. Drivers may benefit from lower energy and maintenance expenses, while owners face the purchase price, battery warranty and uncertainty about the vehicle's value when sold. A change that looks attractive to one party may need different contract terms to appeal to the other.

Two ways to keep an electric taxi moving

Fast charging can provide a useful refill in roughly 20 to 40 minutes. Drivers could plan one or two such stops during a shift, with Farizon's claimed half hour refill from 20 percent to 80 percent illustrating how charging might coincide with a meal break.

Vehicles intended for repeated charging at high power need careful thermal management, meaning systems that control battery temperature. A taxi designed around that duty can combine its battery with the tall roof and luggage space passengers need. Predictable access still determines whether the planned stop works.

Electricity pricing also affects the calculation. Peak tariffs and demand charges, which can reflect the level of power drawn at a site, may make daytime charging more expensive than charging outside busy periods. Cheaper hours may not match the periods when taxi demand is greatest.

Battery swapping instead relies on a standardized pack and a dense station network. Starting with one model and a cluster of operators helps ensure that the vehicles and replacement batteries fit the same system. Locations near airports, tunnels and busy districts would reduce detours that otherwise consume the time saved during a three minute exchange.

A viable swapping subscription needs to cost less than the value of the energy and time savings it provides. Coverage gaps can weaken that calculation. Fast charging and swapping therefore compete on convenience, reliability and total expense, with each depending on infrastructure beyond the vehicle itself.

Who pays, who saves and who carries the risk

Electric taxis offer cheaper energy and motors with fewer moving parts than petrol or LPG engines. Studies of taxi duty cycles suggest fuel savings of more than 70 percent for comparable mileage. Regenerative braking, which recovers energy as a vehicle slows, reduces brake wear, and electric powertrains remove the need for engine oil changes.

A taxi covering long distances can consequently save thousands of Hong Kong dollars a year in energy and maintenance. Those savings could support lower lease rates for drivers or better returns for owners. Higher purchase costs still make financing central to the decision.

Manufacturers and distributors are pairing financing with warranties covering battery health over long mileages. Owners will compare those terms with the reliability and resale value of their Toyota sedans. Battery condition matters because it affects how far a vehicle can travel before it needs more energy.

Swapping changes the financial arrangement. The car is bought without its battery, and the operator pays a subscription for access to the exchange network. This can lower the initial capital cost and transfer some battery risk to the network operator, while creating a monthly fee and dependence on that company's service.

Fleet contracts can make the transition easier to organize. Companies ordering hundreds of vehicles can negotiate charging access, service terms and spare parts support, then centralize maintenance to keep vehicles working. That helps explain why organized fleets are placing early orders. Smaller owners may follow if those fleets demonstrate dependable availability and driver acceptance.

Passengers gain space and easier access

Families, visitors and business travelers are among those likely to benefit from larger electric taxis. Farizon's seven seat layout can accommodate group journeys that might otherwise require two vehicles. Its luggage capacity is particularly useful for airport travelers carrying large suitcases.

The sliding door, low step and wide passage address the practical task of entering and leaving a taxi. Programs connected with social services point toward possible future versions with wheelchair accommodation or specialized seating. Those adaptations would broaden the uses of the fleet beyond conventional passenger journeys.

Geely also has experience building London's taxi through its LEVC brand, where vehicle design accounts for accessibility and turning circle requirements. Hong Kong has different needs, but cabins designed specifically for taxi work can improve service and help drivers earn more on busy airport and cross harbor routes.

Hong Kong is both a market and a showcase

Hong Kong offers Chinese automakers a dense international city, roads with traffic driving on the left, heavy airport activity and global media attention. Its taxis can serve as moving displays for visitors and potential regional buyers, including those from Southeast Asia.

A commitment to 1,000 vehicles or a plan for a citywide swapping network attracts attention from investors as well as passengers. The city's mix of languages and visitors can also provide feedback on cabin design, comfort and software features for export programs.

Chinese brands have gained share in Hong Kong's private car market during 2025. BYD has expanded rapidly overseas and developed a reputation for affordable, reliable electric vehicles. Taxi purchases move more slowly because the working schedule is tougher and ownership economics are more complicated, yet intensive use means a successful replacement program can become visible quickly.

Toyota retains goodwill among drivers and workshops and has hybrid and electric strategies across Asia. LPG sedans are expected to remain in service for years, alongside new vans and compact crossovers operating where charging or swapping is convenient.

The next phase depends on three practical results: Farizon deliveries entering service smoothly, reliable energy access near taxi stands and depots, and financing, warranties and service agreements that reduce owners' uncertainty. Successful projects would bring quieter journeys, different vehicle shapes, more luggage room and cleaner air, while giving Hong Kong experience relevant to electrifying vans, buses and light trucks.

Key Points

• As of November 2, 2025, fewer than 1 percent of Hong Kong's roughly 18,100 taxis are electric.
• Toyota's LPG taxis retain strong support through quick refueling, dependable repairs and established resale values.
• Big Bee taxi has ordered 1,000 Farizon electric taxis with seven seats, a stated range of up to about 370 kilometers and substantial luggage space.
• An MG battery swapping project promises exchanges in under three minutes and plans to expand beyond its initial sites.
• A Chery linked distributor aims to introduce 5,000 electric taxis, supported by financing and bundled services.
• Only about 2,000 of roughly 11,000 public charging points are fast chargers.
• Purchase costs, station coverage, reliable service and agreements between owners and drivers will determine the pace of adoption.