As automakers worldwide adopt different strategies to advance electric mobility, the electrification approach pursued by Toyota Motor reflects market and infrastructure considerations in Cambodia, where the company continues to promote multiple electrified powertrain options rather than an exclusively battery-electric strategy.

Globally, Chairman Akio Toyoda has advocated a "multi-pathway strategy", which includes hybrid, plug-in hybrid, battery-electric and hydrogen fuel-cell technologies depending on infrastructure availability and market demand.

Toyoda has opposed an EV-only transition, stating that the shift to low-emission mobility must reflect geopolitical and infrastructural conditions. "The enemy is carbon, not internal combustion engines," Toyoda stated. "Carbon neutrality is not about having a single choice, but about keeping options open."

Toyoda has also stated that the 27 million hybrids sold globally by Toyota have reduced carbon emissions by an amount comparable to that of 9 million battery-electric vehicles (BEVs). This comparison is used to illustrate the role of different electrification technologies during the transition period.

Infrastructure conditions in Cambodia illustrate some of the factors affecting EV adoption. A ceremony at a factory operated by Toyota Tsusho Manufacturing Cambodia highlighted assembly operations and the development of a technician workforce.

Approximately 30% of Cambodia's electricity generation comes from hydropower, with additional imports from Laos. Coal-fired plants also contribute to the national grid. Charging infrastructure remains limited outside the capital, Phnom Penh, which constrains the large-scale adoption of battery-electric vehicles.

Under these conditions, hybrid technology is presented as an intermediate electrification option.

A Toyota hybrid system typically uses approximately one kilowatt-hour of battery capacity and can operate in engine-off mode for more than 50% of driving time. In comparison, a battery-electric vehicle designed for long-range driving may require between 70 and 100 kilowatt-hours of battery capacity.

Kensuke Tsuchiya stated that the availability of resources is also considered in electrification strategies. "Resources like lithium are limited," Tsuchiya said. "We provide choices to customers."

The pace of EV adoption is influenced by factors including grid capacity, charging infrastructure density and consumer travel patterns. In regions where long-distance travel is common and charging stations remain limited, electrified powertrains that do not rely entirely on charging networks provide an alternative.

Import statistics in Cambodia also reflect the structure of the market. More than 65% of used vehicle imports are Toyota models, while Lexus accounts for a share of premium vehicles. Hybrid technology has therefore been present in the market prior to wider EV adoption.

Electrification forms part of a broader operational structure for Toyota in Cambodia.

Toyota Tsusho has expanded activities beyond the automotive sector into areas including renewable energy, recycling, agriculture and pharmaceuticals. The expansion has been supported by mergers and acquisitions, including the integration of trading companies in Japan and Europe. This structure focuses on multiple value chains rather than a single business segment.

In Cambodia, this structure is reflected in the development of the automotive ecosystem.

Vehicle exports are typically followed by investments in distribution networks. Distribution networks expand into dealer systems supported by finance operations. Toyota operates an in-house automotive finance company in Cambodia. Assembly facilities are followed by used-vehicle platforms and parts operations within the supply chain.

Chinese automotive brands represent a source of competition in the Cambodian market. Some buyers are attracted by lower prices, large digital displays and frequent feature updates. Tsuchiya acknowledged these market dynamics.

"We need to improve connectivity and digitalisation," he said. "We must compete."

Toyota's operations in the market include product distribution, service networks and financial services. Authorised workshops provide after-sales service, certified used-vehicle programmes support the secondary market and finance operations support vehicle purchases. Assembly operations are also part of the local automotive industry structure.

The strategy extends beyond vehicle production and sales.

The planned Toyota Academy aims to expand technician training capacity. Approximately 250 students per year are expected to enrol initially, with internship pathways leading to employment in dealerships and manufacturing facilities.

"In the future, we want Cambodian people to think at the country level," Tsuchiya said.

This approach reflects the objectives of Kiichiro Toyoda, who sought to establish a domestic automotive industry in Japan during the post-war period, when foreign brands dominated the market.

In Cambodia, similar initiatives are associated with the development of the local automotive industry. Assembly plants generate employment, training programmes develop technical skills and certified pre-owned programmes introduce greater structure to the used-vehicle market.

The Cambodian new-vehicle market has recently exceeded used-vehicle imports for the first time. Tsuchiya stated that the share of new vehicles could reach approximately 60% within three years, although price competition from Chinese brands may influence this trend.

Cambodia's transition to electrified mobility is expected to differ from that of markets such as China and several European markets due to differences in infrastructure capacity, income levels and consumer usage patterns.

Battery-electric vehicles are expected to gain wider adoption over time as battery technology develops and charging infrastructure expands. The broader automotive ecosystem, including distribution systems, service networks, financing structures and technical training, remains relevant to the deployment of EVs and other electrified vehicle technologies.