Solar Energy Revolution Sparks Battery Boom in Pakistan

After installing over 50 GW of solar panels as of early 2026, Pakistanis are now adding batteries at a rapid pace. The country has imported nearly 7.6 GWh of batteries, with nearly 60% of that total arriving during 2025 alone. Pakistanis are now installing batteries at a rate exceeding 5 GWh annually, according to a recent report by Renewable First. Batteries enable consumers to store excess solar electricity generated during daylight hours for use at night and to smooth out demand on the grid. Batteries also contribute to national grid stability, reducing costs and improving overall energy security for energy-import-dependent Pakistan.  

Pakistan's Battery Boom. Source: Renewable First

By FY25, 7.3 million households in Pakistan had solar installed on their rooftops; out of a total 40 million households in the country, that makes nearly 1 in 5 of all Pakistani homes, the report says. With the battery boom gaining pace, around 282,000 solarized households, roughly 4%, now have BESS storage installed at home. That's 1 in every 26 solarized households, a share that is rising fast as storage costs continue to fall. 

Lithium-Ion Battery Price Declines. Source: Renewable First


Battery prices have declined about 75% over the past decade, from over $460 per kWh in 2015 to approx. $110 per kWh in 2024, with forecast of further declines through 2027.  The introduction of sodium-ion technology is likely to further accelerate widespread adoption of battery storage.  Sodium-ion batteries are expected to replace lithium-ion (specifically low-cost LFP) batteries in most stationary (non-ev) applications by reducing prices by 30% to 50%. 


Battery Technology Comparison. Source: BoltEarth

A big chunk of Pakistan's import bill goes to pay for energy imports. Last fiscal year, which ended in June, 2026, Pakistan imported oil and gas worth $17 billion, exacerbating the current account deficit. By one estimate, Pakistan avoided over $12 billion in oil and gas import costs between 2021 and February 2026 because of its consumer-led solar revolution. A further ~$6.3 billion hydrocarbon import savings are projected by the end of 2026. Energy imports are the most volatile part of Pakistan's imports because of oil shocks such as the one created by the US-Iran war and the resulting closure of the Strait of Hormuz. 
Batteries Can Smooth Out Electricity Demand Duck Curve in Pakistan....

The ongoing solar revolution and battery boom in Pakistan will help reduce energy costs, improve energy security and help deal with the impact of climate change. Pakistan government policies should fully support this consumer-led movement toward the country's energy independence. 

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Comment by Riaz Haq on Tuesday

Power generation costs in Pakistan surged by 38% in July from a year earlier as the country paid the highest spot LNG prices in four years amid the supply disruption from the Middle East.

https://oilprice.com/Latest-Energy-News/World-News/Pakistans-Power-...


The costs to generate electricity last month soared due to the higher power output in July and the higher price of spot LNG which Pakistan was forced to procure in the absence of regular shipments from its long-standing term supplier Qatar.

The high cost of power generation “is driven by a higher RLNG and furnace oil mix, including reliance on spot RLNG cargoes, while elevated oil prices further increased generation costs,” local brokerage and research firm Arif Habib Limited was quoted as saying in an analysis on Tuesday.

Total electricity generation also rose in July to further push up costs. Power output increased by 7% in July from a year, to hit the “second-highest for any July month, amid the highest-ever hydel [hydroelectric], local coal and imported coal generation,” Arif Habib Limited (AHL) said in its note.

This summer, Pakistan has been paying top dollar for LNG supply as the renewed closure of the Strait of Hormuz and the stranding of cargoes from its term supplier Qatar have forced the South Asian country to seek liquefied natural gas on the spot market.

Pakistan has issued several tenders for July and August delivery and is apparently willing to pay up to secure supply.

In the middle of July, state-controlled importer Pakistan LNG Limited accepted an offer from TotalEnergies Gas & Power Limited for a spot cargo for delivery on July 27-28, at a price of as much as $21.88 per million British thermal units (MMBtu)—the highest Pakistan has paid for an LNG cargo since the Iran war began in February and upended global LNG flows.

The last time Pakistan has paid such sums for an LNG cargo was in 2022, when spot prices in Asia spiked to record highs after the Russian invasion of Ukraine and the slashed pipeline gas supply from Russia to Europe.

Comment by Riaz Haq on Tuesday

Pakistan's hydroelectric (hydel) output hit a record high of 6,019 GWh in July 2026, increasing 6% year-on-year and helping drive a 7% overall rise in national power generation. This surge in hydropower effectively helped offset expensive thermal and constrained LNG supplies during peak summer demand.To see how major infrastructure projects are expanding Pakistan's long-term clean energy capacity, watch this overview:

Key Highlights of Pakistan's Hydel OutputJuly 2026 Record: Hydropower production reached 6,019 gigawatt-hours, accounting for roughly 39.8% of the country's entire electricity generation mix.Seasonal Rebound: Increased water reservoir releases and seasonal availability enabled generation to rebound significantly from earlier spring slumps.Grid Stability: The high output mitigated severe power shortfalls and reduced immediate reliance on costly spot-market imported fossil fuels.

Comment by Riaz Haq 13 hours ago

Din Textile solar capacity hits 12.6MW after expansion - Profit by Pakistan Today

https://profit.pakistantoday.com.pk/2026/08/21/din-textile-mills-so...

Din Textile Mills Limited has started its planned solar expansion, increasing total operational solar capacity to 12.6MW, according to a PSX notice. The company says it

Din Textile Mills Limited (DINT) has brought its planned solar expansion into operation, lifting the company’s total operational solar capacity to 12.6 megawatts (MW).

The development was disclosed by the company in a notice to the Pakistan Stock Exchange (PSX) on Friday.

According to the notice, the expanded solar capacity is expected to support DINT’s focus on sustainability and energy efficiency.

“With the completion of this expansion, the Company’s total operational solar capacity now stands at 12.6 MW,” the company said in its notice.

The move adds to DINT’s renewable energy infrastructure as the company continues to incorporate solar power into its operations.

Established in Pakistan in 1988, Din Textile Mills Limited is engaged in the manufacturing and sale of yarn and fabric.

Comment by Riaz Haq 10 hours ago


Pakistan says power challenge has shifted from generation to energy storage

https://www.arabnews.com/node/2653325/pakistan

Minister says rapid rooftop solar expansion has left country with surplus electricity during daytime
Government preparing battery storage, local manufacturing policies to balance increasingly renewable grid


ISLAMABAD: Pakistan no longer faces a shortage of electricity generation but must now invest in energy storage and a more flexible power grid to manage the rapid growth of rooftop solar, Power Minister Awais Leghari said on Tuesday, describing the country’s energy transition as one driven largely by consumers rather than government policy.

Pakistan has witnessed a sharp rise in rooftop solar installations in recent years as households, farmers and businesses turned to cheaper renewable energy to offset high electricity prices and frequent increases in utility tariffs. While the shift has reduced daytime demand on the national grid, it has also created new operational challenges because electricity demand remains high after sunset, when solar generation falls sharply.


The government says battery storage and grid modernization will now be critical to integrating renewable energy into Pakistan’s electricity system while reducing dependence on imported fossil fuels, which have left the country vulnerable to global energy price shocks and supply disruptions.

“Pakistan does not have a generation problem anymore. In many hours of the day, we have a surplus. What we have is a flexibility problem,” Leghari said while addressing an international conference on battery energy storage systems.

“The inability to move abundant midday solar energy into the evening peak.”

The minister said Pakistan already generated about 55 percent of its electricity from what he described as clean energy sources, including hydropower, nuclear, wind and solar power.

“Our target under this government is to take this figure to 90 percent clean energy by 2035,” he said.

Leghari said battery storage would play a central role in achieving that target by allowing excess solar electricity generated during the day to be used during evening peak demand.

“When we talk of battery energy storage systems today, we are not simply talking about a grid balancing technology. We are talking about insulating Pakistan’s economy from a volatile world,” he said.

Referring to recent tensions in the Middle East, Leghari said volatility in international energy markets had reinforced the need for Pakistan to reduce its dependence on imported fuels.

“Every unit of electricity that we generate from an indigenous source is a unit that no foreign conflict, no shipping lane or no currency shock can take away from us,” he said.

The minister also announced that the government was preparing a local battery manufacturing policy aimed at encouraging domestic production rather than relying on imported battery systems.

“The Ministry of Industries is in the process of formulating the battery local manufacturing policy which will soon be finalized and will incentivize the local production,” he said.

Leghari said the government had established a national steering committee on battery energy storage systems, supported by technical and regulatory working groups developing commercial frameworks, pilot projects and national standards to encourage investment in the sector.

He said Pakistan wanted local companies to move beyond importing battery technology and instead assemble battery packs, develop battery management software, manufacture components and build domestic engineering expertise to support the country’s long-term energy transition.

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