China's expanding renewable energy capacity, rising domestic oil and gas production, and accelerating electrification are strengthening its energy security and improving its ability to withstand disruptions in international fuel markets. These advancements offer valuable blueprints for economies seeking to reduce their dependence on imported energy.

According to China's General Administration of Customs, the country’s crude oil imports declined by 15.3% year-on-year to approximately 358 million tonnes during the first nine months of 2026.

Meanwhile, the National Bureau of Statistics reported that domestic crude oil production increased by 1% to 164.6 million tonnes, while natural gas output rose by 0.9% to 196.7 billion cubic metres, with both reaching record levels for the first three quarters.

The expansion of renewable energy is reinforcing China's energy security. According to the National Energy Administration, installed renewable power capacity reached 2.496 billion kilowatts by the end of August, accounting for 60.8% of the country's total power-generation capacity. Renewable sources generated 2.77 trillion kilowatt-hours during the first eight months of 2026, representing 41.6% of national electricity generation.

Together, these developments highlight China's progress in diversifying its energy mix through domestic production, renewables, and widespread electrification. This multi-pronged approach fortifies energy-system resilience while granting greater flexibility to navigate international market volatility.

Hassan Daud Butt, Senior Advisor at China Energy Engineering Group Co. Ltd and Senior Associate Professor at Bahria University, Islamabad, told Wealth Pakistan that China had steadily diversified its energy mix while expanding renewable technologies and improving energy efficiency.

He said the combination of domestic energy resources, renewables and electrified technologies had strengthened China's ability to withstand periods of international energy-market volatility.

Butt explained that China's leadership in solar manufacturing, electric vehicles and other clean-energy technologies had also contributed to their wider adoption internationally, extending the benefits of its energy transformation beyond its domestic market.

For countries heavily dependent on imported fossil fuels, he said, China's experience demonstrated the importance of reducing reliance on any single energy source while improving efficiency and developing domestically available alternatives.

Dr Omais Abdur Rehman, Senior Associate – Energy Tech at Renewables First, told Wealth Pakistan that the traditional concept of energy security, centred largely on fuel reserves and long-term oil and gas supply arrangements, was increasingly being complemented by renewable electricity, energy storage, and electrification.

He said the growing availability of clean-energy technologies was providing countries with additional options to strengthen energy security and manage exposure to volatile international fuel markets.

For Pakistan, Rehman said, this transition was particularly important because fluctuations in global oil and gas prices could quickly affect the current account, domestic energy costs, and inflation.

Pakistan has already demonstrated substantial demand for Chinese clean-energy technologies. According to Renewables First, Pakistan’s imports of Chinese solar photovoltaic modules reached 17.9 gigawatts in FY2025, compared with approximately 15.8 gigawatts in the previous fiscal year.

Battery storage is also expanding alongside solar adoption. Renewables First estimates that Pakistan imported 4.6 gigawatt-hours of lithium-ion battery energy-storage systems during calendar year 2025, representing a year-on-year increase of 220%.

These developments highlight the growing role of Chinese technology in Pakistan's renewable energy transition, particularly as households, businesses, and industries seek alternatives to conventional electricity sources.

Rehman said the next challenge for Pakistan was to convert rising demand for imported clean-energy equipment into domestic technological and industrial capabilities.

He identified technology transfer and joint ventures as potential avenues for developing selective local production of inverters, batteries, electric-vehicle components, and other clean-energy equipment.
Such cooperation could help Pakistan gradually strengthen its manufacturing capabilities while benefiting from China's technological expertise and established renewable energy supply chains.

Rehman also emphasised the importance of improving grid flexibility as the share of renewable electricity increases.

He said transmission limitations and the inability of existing power systems to accommodate variable generation could eventually constrain further renewable energy integration.

Battery storage, smart inverters and demand-response technologies could help address these challenges by improving grid management and allowing a larger share of renewable electricity to be integrated into the power system.

Rehman also identified transport electrification, particularly electric two- and three-wheelers supported by greater local assembly, as an area where Pakistan could gradually reduce petroleum consumption while developing domestic industrial capabilities.

China's experience demonstrates how renewable power, domestic energy production and electrification can complement conventional energy supplies to strengthen national energy security.

For Pakistan and other import-dependent economies, closer cooperation in clean-energy technology, improved grid infrastructure and gradual transport electrification could help reduce exposure to international fuel-price volatility while supporting long-term energy diversification and industrial development.