Decentralized defense: Solar, batteries, and the future of Pakistan’s national grid
https://arab.news/8yfkz
The new geopolitical paradigm has created a critical need to continuously analyze and plan for shifting variables. Ongoing conflicts have introduced layers of complexity where hardly any country remains isolated from global shocks. The energy landscape of 2026 is defined by a singular, relentless truth: volatility is the new baseline. As supply chain disruptions send shockwaves through developing economies, a clear lesson has emerged— indigenous and diversified resources are no longer optional; they are essential.
Amid this turbulence, Pakistan faces unique challenges as a nation with a significant dependency on imported fuels and a grid where connectivity for optimal generation is still maturing. However, the country has simultaneously reckoned with its own vast, indigenous renewable potential. Between 2021 and 2025, Pakistan’s distributed solar capacity jumped fivefold. This transition has enabled the country to save massive sums previously spent on imported furnace oil and Re-gassified Liquefied Natural Gas (RLNG) for power generation.
In 2024, Pakistan emerged as the fourth-largest importer of solar panels globally, trailing only the US, India, and Brazil. This grassroots surge has provided a “cushioning effect” against global price spikes. As households and industries “exit” the expensive thermal grid, they decouple from the oil market, relying instead on a fuel that is local, free, and immune to shipping lane blockades.
The future of Pakistan’s energy security rests on a simple equation: clean, stored, and local.
Ayla Majid
While generating clean energy is the first step, the second is active grid mastery. The inherent challenge that comes with solar is the evening peak which has been supported by ramping up expensive, imported RLNG or furnace oil plants. The answer to this problem is to solve the grid dispatch problem by adding Battery Energy Storage Systems (BESS). This BESS will allow time-shifting energy by allowing the grid operators to store surplus solar power at midday and discharge it in the evening, eliminating the need for expensive “peaker” plants. This grid flexibility will integrate utility-scale as well as net metered solar to storage resulting in lowering the overall energy cost.
Another transformative phenomenon is the wide acceptance of Electric Vehicles (EVs). Pakistan’s EV revolution isn’t just about luxury sedans; it is driven by the two and three wheeler segments. Under the National Electric Vehicle Policy 2025–30, the country aims for 30 percent of all new vehicle sales to be electric by 2030.
Despite the high demand for cheaper renewable energy, ensuring its consistent availability across the country remains a formidable challenge. This bottleneck highlights the current grid’s inability to “offtake” and distribute cleaner electrons efficiently from where they are generated to where they are needed most. The solution lies in aggressive investment to modernize the infrastructure, allowing the system to absorb high renewable penetration while minimizing technical losses. Specifically, the new Transmission System Expansion Plan (TSEP) is designed to bridge the “North-South” generation gap— a structural imbalance that leaves major load centers vulnerable. By addressing these transmission constraints and reducing system losses, the TSEP will ensure that the transition to green energy translates into a more stable, blackout-free experience for the everyday consumer.
The future of Pakistan’s energy security rests on a simple equation: clean, stored, and local. By 2030, if we remain committed to this roadmap, a price hike in the Gulf or a supply disruption in the Strait of Hormuz will no longer mean a blackout in export hubs like Faisalabad or Sialkot. Instead, it will simply mean our batteries and grid will have to work a little harder. Our energy future is no longer written in global shipping lanes, instead forged in our own factories and harvested from our own skies.
- Founder & CEO of Planetive, with financial advisory and governance experience across energy and infrastructure sectors. Sits on many local and global boards. Sustainability advocate. Serving on the Global Future Council on Energy Transition of the World Economic Forum. Young Global Leader - WEF. Eisenhower Fellow. Tweet @AylaMajid
