Pakistan Powers Up: Nation's Most Advanced Prismatic Battery Megaline Goes Live in Karachi

Pakistan Launches State-of-the-Art Prismatic Lithium-Ion Battery Pack Production Line as Nation Forges Energy Independence

Karachi, Pakistan — June 22, 2026 — In a landmark development for Pakistan's industrial modernization and energy security ambitions, a fully automated prismatic lithium-ion battery pack production line has officially commenced operations at a new high-tech manufacturing facility in Karachi's Korangi Industrial Area. The project represents one of the most comprehensive prismatic battery assembly operations in the country, marking a significant leap forward in Pakistan's push toward domestic battery manufacturing and reduced dependence on imported energy storage systems.

The inauguration ceremony was attended by senior officials from Pakistan's Ministry of Industries and Production, representatives from the Engineering Development Board (EDB), industry stakeholders including the Pakistan Solar Association, and international technology partners. The event underscored Pakistan's commitment to building a domestic battery value chain capable of supporting both the rapidly growing electric vehicle ecosystem and the nation's ambitious renewable energy storage targets.

A Strategic Fit for Pakistan's Energy and Industrial Future

Pakistan has set an ambitious goal of achieving 60 percent renewable energy in its electricity mix by 2030. The country is expected to reach 12 gigawatts of off-grid and over 6 gigawatts of net-metered solar capacity by the end of 2026, with renewable energy already supplying approximately 55 percent of the national grid mix. The government has allocated Rs91 billion for Power Sector Development in the fiscal year 2026-27, with a key focus on developing Battery Energy Storage Systems (BESS) for frequency regulation.

The new prismatic battery production line directly supports this vision. Prismatic lithium-ion cells—flat, rectangular batteries known for their high energy density, superior thermal management, and space efficiency—are increasingly the cell format of choice for electric vehicles, stationary energy storage systems, and commercial and industrial applications. The Karachi facility will produce high-quality prismatic battery packs designed to serve both the domestic electric vehicle market and the burgeoning grid-scale energy storage sector.

Geographic Advantage and Growing Demand

Pakistan's geographic location between 24° and 37° north latitude places it in the global "sunbelt," characterized by high solar insolation. This natural advantage has driven rapid solar adoption across the country, with households and businesses increasingly turning to solar-plus-storage systems to address persistent power shortages and rising electricity costs. Grid electricity tariffs range between Rs40 and Rs50 per unit in many areas, making battery storage an increasingly attractive investment for consumers seeking energy independence.

Pakistan's annual battery demand is estimated at nearly 10 million units, driven by vehicles, solar systems, telecom infrastructure, and backup power requirements. The country's storage capacity has already increased from 4.1 GWh in January 2025 to 7 GWh by mid-year, demonstrating the rapid pace of the energy transition.

Advanced Automation Equipment Powers the Production Line

The production line is equipped with a comprehensive suite of cutting-edge manufacturing and automation technologies designed specifically for high-precision prismatic battery pack assembly. The complete equipment roster includes:

1 OCV Testing, Sorting, and Code Scanning Station — Open Circuit Voltage (OCV) testing measures the voltage of each individual cell to ensure they meet required performance standards before assembly. The integrated sorting function segregates cells by performance characteristics, while code scanning establishes full traceability—creating a digital record for quality control and lifecycle tracking from the very first step of production.
1 Adhesive Coating Workstation — This station applies precise, uniform amounts of structural and thermal interface adhesives for cell stacking and module assembly—a critical process that ensures mechanical integrity and effective heat dissipation within the finished battery pack.
1 Stacking, Pressing, and Bundling Machine — This core assembly equipment performs the essential function of stacking prismatic cells into modules, applying controlled pressure to ensure optimal inter-cell contact, and bundling completed modules for downstream processing.
1 Code Scanning and Binding Device — This station provides additional traceability checkpoints while performing binding operations that secure module components, ensuring that every production step is documented within the manufacturing execution system.
1 Polarity Testing and Addressing Station — This critical safety and quality control station verifies correct cell polarity before final assembly and assigns unique electronic addresses to each battery module—enabling seamless integration with Battery Management Systems (BMS) for real-time monitoring and control.
1 Laser Cleaning Equipment — This precision system uses advanced laser technology to clean contact surfaces on cell terminals and busbars, removing oxides and contaminants to ensure low-resistance, high-reliability electrical connections.
1 Laser Welding Equipment — The final assembly station employs high-precision laser welding to create durable, low-resistance electrical connections between cells and busbars. This is a critical process that directly determines the performance, safety, cycle life, and longevity of the finished battery pack.
1 Liquid Cooling Plate Automatic Lamination Machine — This specialized equipment automatically applies and bonds liquid cooling plates to battery modules, enabling advanced thermal management that is essential for maintaining optimal operating temperatures and extending battery life in high-performance applications.

Driving Localization, Employment, and Industrial Competitiveness

The new facility aligns with Prime Minister Shehbaz Sharif's vision of reducing Pakistan's dependence on imported battery technologies and strengthening domestic production capabilities. The National Lithium-Ion Battery Manufacturing Policy 2026–31, which is currently in the final stages of approval, includes phased localization targets, tariff reforms, and performance-based incentives designed to encourage domestic manufacturing and private sector investment.

The policy proposal includes reductions in import duties on parts required for assembling and manufacturing lithium-ion batteries. Under Pakistan's Special Economic Zone incentive framework, manufacturers are eligible for a 10-year income tax holiday and a one-time exemption from customs duties and taxes on the import of plant and machinery.

The Karachi prismatic battery line is expected to create hundreds of skilled technical jobs in manufacturing, quality control, and engineering—contributing to Pakistan's growing pool of talent in advanced energy storage technologies. The facility will also stimulate the development of local supplier industries, from component manufacturing to maintenance services.

Supporting Pakistan's Electric Vehicle Revolution

Pakistan's electric vehicle market is expanding rapidly under the New Energy Vehicle (NEV) Policy 2025-2030, which seeks to achieve 30 percent of new vehicle sales as NEVs by 2030. The government plans to have 30 percent of vehicles running on electricity over the next five years, which is expected to save approximately $4.5 billion in fuel costs.

The budget for fiscal year 2026-27 maintains a reduced sales tax rate of 1 percent on locally manufactured electric vehicles, providing a strong incentive for domestic EV production. The Karachi battery facility will supply critical battery pack components for both two-wheelers and four-wheel electric vehicles, complementing broader investments in EV and battery infrastructure.

A Milestone for Pakistani Energy Storage

Industry observers note that the prismatic battery production line represents a technological leap for Pakistan's manufacturing sector. The automated assembly process—from OCV testing and sorting to precision stacking, laser cleaning, laser welding, and liquid cooling plate lamination—demonstrates Pakistan's capacity to host sophisticated, high-tech industrial operations that can compete on quality and efficiency with established manufacturing hubs in Asia.

As Pakistan continues to integrate renewable energy sources into its power grid and expand its electric vehicle ecosystem, domestic battery production capacity will be essential for energy security, industrial competitiveness, and sustainable development. The new prismatic battery production line is poised to play a pivotal role in this transformation—delivering "Made in Pakistan" energy storage solutions to markets at home and abroad.