Pakistan’s Solar Boom Mostly Self Funded as Banks Finance Only Small Share
A new report has revealed that Pakistan’s rapidly growing distributed solar sector has been driven largely by self financing, with banks contributing only a very small portion of total investment. The study, titled CORE Finance Mapping, was launched by Renewables First and provides a detailed analysis of financing trends in Pakistan’s distributed solar market. According to the report, formal debt financing accounts for just 3.4 percent of the estimated $14 billion invested in distributed solar systems across Pakistan so far. Researchers found that rising electricity prices and inflation pushed households, farmers, and businesses toward solar energy as a cheaper and more reliable alternative to conventional electricity sources. Pakistan’s Distributed Solar Capacity Reaches 38 GW The report states that Pakistan’s distributed solar capacity reached 38 gigawatts in fiscal year 2025, marking one of the fastest solar adoption rates in the region. Of the total installed capacity, 21.3 GW operates behind the meter, 9.7 GW functions off grid, and 7.3 GW falls under net metering systems. The residential sector emerged as the largest contributor to solar adoption, followed by industrial, agricultural, and commercial consumers. Experts say frequent power tariff increases and rising fuel costs have accelerated the shift toward solar energy across both urban and rural areas. Residential Solar Growth Driven by Personal Savings More than 7.3 million households in Pakistan have adopted solar systems, according to the report. However, financing penetration in the residential sector remains below 1 percent, making it the weakest financed segment in the market. Instead of relying on traditional bank loans, many consumers used personal savings or retailer based installment options to purchase solar systems. The report notes that Buy Now Pay Later providers and retailer credit systems partially filled the financing gap through point of sale financing solutions. Researchers argued that weak financing growth is not linked to lack of demand. Instead, they identified poor financial product design and limited distribution mechanisms as the main obstacles preventing broader formal lending. Solarization of Agriculture Expands Rapidly Pakistan’s agricultural sector also witnessed a major shift toward solar energy in recent years. The report estimates that nearly one million tubewells have been converted to solar power. Solar’s contribution to the tubewell energy mix increased dramatically from almost zero to 61 percent between 2022 and 2025. This transition significantly reduced farmers’ dependence on diesel fuel, which previously represented 15 to 20 percent of overall farming input costs. Agricultural solar financing mainly came from microfinance institutions, government subsidy programs, and priority lending schemes introduced by the State Bank of Pakistan. Despite these initiatives, formal financing penetration in agricultural solar remained only 3.1 percent. The report states that agri solar financing represented less than 0.5 percent of total agricultural lending between fiscal years 2022 and 2025. Small Businesses Struggle to Access Financing The commercial and industrial solar sector showed a highly uneven financing structure. Large industrial companies with strong credit profiles received most of the formal financing support, while small and medium enterprises continued to depend on cash payments or retailer credit. Industrial financing penetration stood at 9.3 percent, while commercial sector financing remained at 4.8 percent. The report highlighted that formal banking participation below top tier industrial clients remained extremely limited. Experts Warn Financing Gap Could Slow Energy Transition Ahtasam Ahmad said distributed solar systems do not align with traditional lending models because of smaller loan sizes, high transaction costs, and collateral based underwriting practices. He stated that most households and businesses capable of self financing had already installed solar systems. According to him, future growth now depends entirely on structured financing solutions. The report estimates that Pakistan’s distributed solar deployment prevented nearly 46 million tonnes of carbon dioxide equivalent emissions during fiscal year 2025. However, researchers warned that the next stage of Pakistan’s clean energy transition could slow down without stronger financing mechanisms. They stressed that coordinated government policies and innovative financial tools would be necessary to make solar energy more accessible for households, farmers, and small businesses.









