The global automotive industry is undergoing a structural transition toward new energy vehicles (NEVs). What was once a niche technology is now rapidly becoming mainstream. According to the International Energy Agency, more than 17 million electric cars were sold worldwide in 2024, accounting for over one in five new cars sold globally. Major markets such as China, Europe and the United States are seeing rapid growth in electrified mobility as battery costs fall, vehicle performance improves and governments push toward cleaner transport systems.

For Pakistan, this global shift arrives at a moment when the country’s own energy landscape is beginning to change in important ways.

Over the past few years Pakistan has witnessed a sharp rise in solar power adoption, particularly through rooftop installations. Much of this expansion has been driven by rising electricity tariffs and recurring power shortages, prompting households and businesses to seek more stable and affordable sources of electricity. According to energy think tank Ember, solar accounted for over 25 percent of Pakistan’s utility-supplied electricity during the first four months of 2025, a remarkable increase compared with just a few years earlier.

Pakistan’s geography supports this trend. The country receives high levels of solar irradiation, with studies by the World Bank showing that most regions receive more than 1,500 kilowatt-hours per square metre of annual solar radiation, making solar energy one of the country’s most promising renewable resources. Combined with falling global solar panel prices, this has made solar installations increasingly accessible to Pakistani consumers.

The expansion of solar energy is quietly reshaping how energy is produced and consumed across the country. Increasingly, households and businesses are generating their own electricity, reducing their exposure to fluctuating grid tariffs and unreliable supply. Rooftop solar systems have begun to change the economics of energy consumption for many consumers.

In this context, the rise of NEVs is not incidental, it is a natural extension of Pakistan’s evolving energy ecosystem. Electrified vehicles operate on electricity rather than petrol or diesel, which means that in a solarising economy, mobility can increasingly be linked to locally generated energy. For households with solar systems, electric mobility offers the possibility of powering transportation using electricity produced at home rather than relying entirely on fossil fuels purchased at petrol stations.

The economic implications of this shift are significant. Pakistan’s economy remains heavily dependent on imported petroleum products. Data from the State Bank of Pakistan consistently shows petroleum products among the country’s largest import categories, costing billions of dollars annually in foreign exchange. These imports place persistent pressure on Pakistan’s balance of payments and contribute to broader economic volatility.

Reducing dependence on imported fuels has therefore long been a strategic priority. Electrified mobility offers one practical avenue toward achieving that objective. As vehicles gradually transition away from petrol and diesel toward electricity, the country’s overall fuel import requirement could decline over time. Pakistan’s National Electric Vehicle Policy has estimated that large-scale adoption of electric vehicles could save more than two billion litres of fuel annually by 2030, translating into substantial foreign exchange savings.

Global energy dynamics further reinforce the case for diversifying away from petroleum-based transport. Energy markets have become increasingly vulnerable to geopolitical tensions and supply disruptions. The Strait of Hormuz, through which roughly a fifth of the world’s oil supply passes, remains one of the most critical chokepoints in global energy trade. For countries heavily dependent on imported fuel, disruptions in these supply chains can quickly translate into economic shocks.

Electrified mobility powered by domestic electricity offers a degree of insulation from such external volatility. While no energy system is entirely immune to global disruptions, reducing reliance on imported fuel improves resilience and strengthens energy security.

Pakistan’s climate vulnerability also adds urgency to the transition toward cleaner energy systems. The country is widely recognised as one of the most climate-vulnerable nations in the world. The catastrophic floods of 2022, which affected more than 30 million people and caused economic damages estimated by the World Bank at around $30 billion, highlighted the scale of the climate risks Pakistan faces.

While Pakistan contributes less than one percent of global greenhouse gas emissions, it experiences disproportionate impacts from climate-related disasters. Expanding renewable energy and promoting cleaner transportation therefore form an important part of the country’s long-term resilience strategy. Electrified mobility can help reduce urban air pollution, lower emissions from the transport sector and complement broader efforts to shift toward cleaner energy sources.

The transition toward NEVs also presents industrial opportunities.

For industry players operating within Pakistan, this transition is not simply about introducing new products. It represents participation in a broader economic shift, one that connects mobility with energy systems, infrastructure development and industrial capability. As an automotive manufacturer in this market, we see our role evolving alongside these wider structural changes.

Electric vehicles rely on new supply chains involving batteries, power electronics, charging infrastructure and advanced manufacturing. Around the world, these industries are becoming important drivers of technological development and investment. Countries that position themselves early within these emerging value chains stand to benefit from new forms of economic activity.

For Pakistan, this transition could help inject new momentum into an automotive sector that has historically been dominated by conventional internal combustion technology. The development of NEV assembly, charging infrastructure and related services could stimulate innovation, encourage technology transfer and support the creation of new skilled jobs.

Pakistan’s economic relationship with China strengthens the potential for such collaboration. China is currently the world’s largest producer of electric vehicles and batteries, and it dominates global solar manufacturing. Pakistan’s growing solar market already relies heavily on Chinese technology and equipment. As NEV adoption expands, deeper cooperation in areas such as vehicle assembly, battery technology and charging infrastructure could further strengthen economic ties between the two countries.

Taken together, these trends point toward a compelling opportunity for Pakistan. The country is experiencing rapid solar expansion, remains economically exposed to imported fossil fuels, faces growing climate risks and sits geographically close to the world’s leading clean technology manufacturing base.

In such circumstances, the shift toward New Energy Vehicles represents more than a technological change within the automotive industry. It offers a pathway toward greater energy independence, improved economic stability and a cleaner transport system for the future.

Policymakers must continue to provide regulatory clarity and long-term direction. Industry must invest in infrastructure, localisation and innovation. And consumers, already leading the shift toward distributed energy, will remain central to this transformation.

The global transition is already underway. The question is no longer whether it will happen, but how effectively and how quickly Pakistan positions itself within it.

Shao JiangqiangThe writer is the CEO of MG Motors Pakistan.

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