Ali Nawaz Rahimoo
Pakistan faces a persistent energy crisis, driven by rapid population growth, urbanization, and industrial expansion. The country’s energy infrastructure remains heavily reliant on fossil fuels coal, oil, and natural gas which are costly to import and harmful to the environment. Power shortages, load shedding, and rising electricity costs continue to affect both economic performance and the daily lives of citizens. With its rapidly growing population and industrialization, the country’s energy demands have sharply increased. However, the limited capacity and environmental impact of conventional energy sources such as coal, oil, and natural gas have brought the focus to renewable energy as a promising and sustainable alternative. This shift is not only driven by necessity but also by the global transition toward cleaner, greener energy systems.
The government’s decision to prepare a policy framework to encourage the local manufacture of solar panels and related equipment, with the aim of expediting the shift to solar energy, is consistent with Pakistan’s clean energy commitments. The policy, which is expected to be formulated this month, will also help the government move towards the goal of boosting the share of renewable sources in the energy mix to 30pc by 2030, decrease its reliance on expensive imported fuels for generation, and overcome the growing power shortages. When compared to its regional competitors, Pakistan is lagging behind in terms of deployment of renewable energy sources wind, solar and biofuels for power generation, despite an increased emphasis on this in recent years. India and China, for example, have significantly augmented the share of renewable fuels in their electricity supplies over the last decade. It is not just global warming concerns that are pushing nations towards the adoption of renewable energy sources; the growing burden on developing countries’ external sector and weakening balance-of-payment positions, too, are proving to be a major incentive in the shift to solar and wind energy and biofuels. If there is one lesson that Pakistan should learn from the ongoing turmoil in the international energy markets, it is to look for cheaper and reliable substitutes to the expensive import-based fuels so that it can tackle power sector challenges, ranging from shortages to affordability and accessibility. Like other regional nations, Pakistan should also plan to boost its generation from renewable sources to at least 50pc over the next 10 years in order to decrease its reliance on fossil fuels and lighten the burden of expensive oil and gas imports on its fragile external balance-of-payments position. Thus, the policy to push local production of solar equipment is the right step but it is not enough. The proposed plan should also incorporate strict quality control parameters for manufacturers, pass on the price benefit of local production to consumers and make cheaper financing available for rooftop solar systems.
The Energy Challenge in Pakistan
Pakistan’s energy infrastructure is largely dependent on fossil fuels, which are expensive to import and environmentally damaging. Power shortages, load shedding, and high electricity costs are common, affecting both economic growth and the quality of life. Moreover, fluctuating global oil prices and declining local gas reserves have made the situation more precarious. These challenges, combined with Pakistan’s vulnerability to climate change, underscore the urgency of diversifying energy sources with a strong focus on renewables. Pakistan is geographically blessed with abundant renewable resources: Solar Energy: With over 300 sunny days a year, most regions in Pakistan receive 5.3 kWh/m²/day of solar irradiance. The provinces of Balochistan, Sindh, and Punjab are particularly ideal for solar power generation. Wind Energy Coastal areas, especially in Sindh and Balochistan, have wind corridors such as the Gharo–Jhimpir corridor with potential wind speeds suitable for energy generation. Biomass As an agricultural economy, Pakistan produces significant amounts of agricultural waste, livestock manure, and municipal waste, which can be converted into bioenergy. Hydropower: Though not new, small and micro-hydro projects in northern mountainous regions can still be expanded significantly.
Geothermal Energy Though under-researched, geothermal potential exists in certain tectonically active zones, especially in Balochistan. The being environmentally friendly, the major renewable energy sources especially solar and wind suffer from low energy density and intermittency. Their performance fluctuates with weather and daylight conditions, leading to instability and unpredictable power supply. This creates a major bottleneck in their ability to provide reliable, round-the-clock energy especially in regions that already suffer from poor grid infrastructure. Hybrid Renewable Energy Systems (HRES): The Way Forward To overcome the limitations of individual renewable systems, the integration of multiple energy sources into a Hybrid Renewable Energy System (HRES) is emerging as a viable solution. HRES combine two or more power generation technologies to optimize the benefits of each and provide a stable energy output. Solar PV + Wind + Battery Backup Ensures power during night and low wind periods. Solar + Biomass Provides flexibility, fuel diversity, and improved load management. Wind + Diesel Generator (for remote areas) Offers energy reliability while reducing fuel costs and emissions. These systems can work off-grid (standalone) or be connected to the national grid, depending on the local energy requirements. Reliability: Ensures continuous energy supply, especially in rural and off-grid areas. Efficiency Maximizes power generation by compensating for the weaknesses of individual systems.
Flexibility Can be customized for domestic, industrial, agricultural, or remote area usage. Environmental Benefits Drastically reduces carbon emissions and pollution. Economic Development Promotes local manufacturing, job creation, and entrepreneurship. Barriers to Adoption Despite the potential, the widespread adoption of HRES in Pakistan faces several challenges High Initial Cost: Though cost-effective in the long term, the upfront investment is high. Lack of Technical Expertise There’s a need for trained engineers and technicians for system design, installation, and maintenance. Policy and Regulatory Gaps Inconsistent renewable energy policies and bureaucratic delays hinder project development. Grid Compatibility and Infrastructure Aging power grid and poor rural electrification hinder the integration of HRES. Awareness and Public Perception Many communities remain unaware of the benefits and viability of hybrid systems. Policy and Development Efforts: The Pakistani government has initiated several policies to promote renewable energy, including the Alternative & Renewable Energy Policy 2019, which aims to achieve 30% renewable energy share in the power mix by 2030. Additionally, the Net Metering System, solar incentive programs, and public-private partnerships are helping accelerate deployment. However, the true success of these initiatives depends on strong governance, simplified procedures, fiscal incentives, and investment in research and development.
A Path to Energy Security and Sustainability Pakistan stands at a crucial juncture. The integration of hybrid renewable energy systems offers a transformative solution to the country’s deep-rooted energy challenges. Not only can HRES reduce dependence on fossil fuels, but they can also stimulate economic growth, create jobs, and ensure energy access in underserved regions. For Pakistan to truly benefit, there must be a coordinated effort between government, private sector, academia, and civil society. With strategic investment, technical development, and supportive policies, renewable energy, especially in hybrid form, can drive Pakistan toward a cleaner, greener, and more resilient energy future.
