Category: Energy Transition

  • Impact of NEPRA Prosumer Regulations 2026: A Case Study for Textile Sector

    Pakistan’s rooftop solar sector has reached a critical policy crossroads, where the economics of distributed energy are being reshaped by regulatory choices rather than technology costs. NEPRA’s shift from net-metering to net-billing, which changes how industrial prosumers are compensated for energy exported to the grid, has significant consequences for energy-intensive industries like textile mills that are already navigating cost pressures and international sustainability expectations. The core finding of this study is that settlement design, not panel prices, now determines whether rooftop solar remains a viable investment for industrial consumers at different scales.

    While larger and medium-sized firms have pathways to adapt through storage integration and commercial arrangements, smaller enterprises face real risks of financial marginalisation or outright disconnection from the grid. The study argues that net-billing is not inherently a bad policy, but implemented in isolation, it risks slowing solar adoption, reducing grid visibility, and ultimately shifting costs onto the consumers least able to bear them. A well-sequenced transition that rewards flexibility, recognises storage, and enables aggregation can align private investment with system-wide needs, and the regulatory choices made now will determine whether Pakistan’s distributed energy momentum becomes a managed asset or a missed opportunity.

  • Exploring Competitive Trading Bilateral Contracts Market (CTBCM) through Fingertips’ Model

    Pakistan’s electricity sector is at a historic turning point. After decades under the Single-Buyer Model, which concentrated procurement through CPPA-G and fueled high costs and circular debt, the Competitive Trading Bilateral Contracts Market (CTBCM) was launched on May 31, 2022, allowing bulk consumers of 1 MW or more to buy directly from generators. Today, Pakistan has 46.6 GW of installed capacity, with peak demand projected to reach 29 GW by 2025, circular debt at 2.4 trillion PKR, and FY24 capacity payments totaling 1.9 trillion PKR. This report offers a data-driven analysis of CTBCM’s origins, current operations, future outlook to 2030, and implications for industry and policy, based on verified sources including NEPRA, CPPA-G, NTDC, IEEFA, World Bank, and ADB.

  • Energy Landscape and Emission Analysis of Pakistan’s Leather Industry

    This study covers Pakistan’s leather and leather products value chain, from hides and skins supply through tannery processing to finished goods such as apparel, handbags, and gloves. It focuses on reducing environmental impacts, improving energy efficiency, increasing the use of renewable and cleaner energy in tanneries, and strengthening governance, policy, institutional coordination, and financing to enable an energy and clean-fuel transition.

    It aims to (1) map the sector’s energy demand by process and cluster using secondary data supported by field-validated measurements, (2) estimate emissions-reduction potential from feasible renewable and cleaner-fuel interventions, and (3) identify institutional, regulatory, and technical constraints and propose practical policy, financing, and operational pathways for scalable decarbonization and environmental protection.

    The study’s contribution is a sector-specific assessment that integrates field evidence from major leather clusters with national energy statistics, policy review, and international sustainability benchmarks, linking process-level energy use to implementable recommendations.

  • Roadmap for Rapid Solarization of Pakistan’s Textile Clusters

    (Faisalabad & Multan)

    This roadmap provides a compact, implementable plan to accelerate renewable energy uptake in Pakistan’s key textile clusters Ii). Faisalabad and (ii). Multan. It explains the workable off-grid and on-grid pathways available to textile firms, clarifies wheeling economics by identifying current constraints and proposing tariff options, and presents feasible CTBCM (competitive trading bilateral contract market) scenarios. It is structured for execution, with defined actions, timelines, and responsibility assignments for the textile industry, NEPRA, ISMO, and other relevant market actors.

    The roadmap focuses on three deliverables: enabling rapid private deployment of distributed solar with a clear pathway for SMEs; enabling larger centralized renewable projects that reduce system LCOE and increase avoided CO₂; and implementing CTBCM with transitional safeguards, phased and differentiated wheeling, clear metering and settlement rules, and MRV integration to support CBAM-related compliance requirements.

    Textile production in Faisalabad and Multan is energy-intensive and reliability-constrained, leading mills to rely on a mixed energy stack (grid, gas, diesel backup, and increasing solar). Solarization can reduce unit energy costs, limit outage-related losses, and reduce export compliance exposure, but scale depends on bankable wheeling economics, settlement clarity, and a CTBCM design that is accessible beyond large consumers. Without transitional policy, the benefits of market access and centralized projects will concentrate among larger firms, while SMEs remain excluded by cost and access barriers.

  • Scoping Study of Off-Grid Solar PV and Captive Power Systems in the Textile Sector: Techno-economic and Environmental Analysis

    This study presents a policy- and market-ready pathway for rapidly decarbonizing Pakistan’s textile hubs by scaling off-grid and captive solar PV under the CTBCM framework, while addressing energy reliability gaps, investment barriers, grid constraints, and rising trade pressures such as the EU CBAM. Using field surveys, GIS mapping, stakeholder inputs, and techno-economic modelling across major clusters in Faisalabad and Multan, it shows that hybrid energy use is already widespread and provides a strong foundation for bilateral PPAs and renewable aggregation if wheeling, metering, and settlement rules are clarified. The analysis finds that CTBCM can materially improve project returns and emissions outcomes, though investor viability is highly sensitive to use-of-system charges, financing conditions, and standardized market rules. It concludes that a dual-track strategy—combining large, centralized renewable projects to minimize system costs and emissions with protected, investment-friendly distributed solar to mobilize private capital—supported by predictable tariffs, clean wheeling charges, standardized PPAs, CBAM-aligned MRV, and blended finance, is essential for securing both near-term competitiveness and long-term low-carbon market access for Pakistan’s textile sector.

  • Solarization Trends in Industry

    This research study examines Pakistan’s solar adoption trends by analyzing the role of solar companies in deploying solar systems for energy-intensive industrial sectors, including textiles, sports, food and beverages, and leather. It examines adoption patterns, business models, and regulatory influences, highlighting key barriers and enablers. The objective is to understand market dynamics and recommend measures for accelerating solar integration to enhance energy security, industrial competitiveness, and climate resilience.