The Iqra Files

Notes On Warhammer Islamicate Solarpunk

The Warhammer Islamicate is a fearsome, confusing wreck, a force that propels and accelerates but is broken at its core and haunted by the possibility of what it should have been, what it could have been. Weighed down by innumerable sins, it still grapples and pursues its path through the chaos of the Interregnum. Innocents sigh under its expansive weight whilst it wages wars of survival, always seemingly on the brink of existential collapse. Hypocrisy, contradiction, and cognitive dissonance, yes but also sheer will, bravery, and ingenuity.

By all rights, this Nuclear Garrison State should not exist, nor should it be a live player, and yet it endures. It is far from the idealistic utopian poetry of Iqbal Lahori; it has failed and wounded many whom it would call brother, and also has come to the aid and defence of others. An imperfect, sinful-horror articulation of what an Ummatic Power should be.

Now it pursues, not through the meticulous and technocratic planning of the CCP, but via the inexhaustible, desperate optimism of its people, a Solarpunk future. Energy is the lifeline of all civilization, and the Warhammer Islamicate has no such dependable line. Its veins have been clogged with the imported blood of oil and gas, a dependency that has bled its treasury dry and left it gasping in the dark, hostage to distant markets and the whims of tanker routes. The circular debt of its power sector — a rolling, cancerous stock of unpaid obligations exceeding around USD 9–10 billion — is a grave fatality, a sin of usury and bad faith that has piled up like a mountain of unpaid prayers.1 For decades, a majority of its energy came from imported fossils, locking it into contracts with Independent Power Producers that demanded tribute whether the lights were on or not.2 The result was a perpetual cycle of load-shedding, tariff hikes, and the streets erupting in protest against bills that, for many households, rose sharply over just a few years, a penance imposed by IMF-linked reforms.3

But perhaps the Sun will deliver? The data points towards a nation ravenous for power, not for conquest, but to realize those long-forgotten idealistic, utopian, prophetic visions that were choked under the bottleneck of hydrocarbon acquisition. Its sons and daughters, priced out of light, have turned their faces upwards. They are not waiting for salvation from the state, that broken, debt-ridden Praetorian Leviathan. They are building it themselves, panel by panel, on the rooftops of their homes, their mosques, their farms.

In a few short years, solar’s share of electricity has surged from a marginal 4% to over 14%, making it the third-largest power source in the land, after hydro and gas.4 By 2024, low-carbon sources whispered of a different possibility, accounting for 47% of generation.5 The statistics of this insurgency are written in trade ledgers: imports of Chinese panels reached roughly 16–17 GW in the fiscal year 2024 alone, a tidal wave more than triple the year before.6 Cumulatively, by mid-2025, a staggering 36–50 GW of panels had flooded in—a volume equivalent to around three-quarters of the nation’s entire installed power capacity.7 But the official grid, that sclerotic artery, registers only a fraction. The truth is in the surveyors’ estimates: roughly 34 GW of solar capacity already installed, with the bulk—some 19 GW—in non-net-metered, behind-the-meter systems, and another 8.31 GW explicitly off-grid.8 This rupture as expressed previously is not the orderly Mandate of Heaven via utility-scale solar parks (a mere 0.53–0.68 GW).9 Instead, in true Hard Country fashion, it is a chaotic, bottom-up bloom. Net-metered rooftops alone exceeded roughly 6 GW, one of the largest single categories of new capacity.10 On some streets in Islamabad, nearly every house became a prosumer within a few years, their monthly bills falling to near zero.11

The Warhammer Islamicate is now on the long torturous road of reclaiming of energy sovereignty, a reduction of the fatal dependence on imported LNG that left the state shivering when cargoes were diverted to higher bidders. The revolution has been so potent it created a surreal, inverted crisis: an LNG glut. Long-term take-or-pay contracts, once strategic lifelines, became economic liabilities, forcing the absorption of expensive gas while cheaper solar energy flooded the midday grid, costing hundreds of millions of dollars annually in oversupply and discounted sales.12 The sun, abundant and free, averaging around 5.3 kWh/m²/day, has become a strategic asset; a rebalancing of power away from external fuel lords and the hypothetical (now not so hypothetical) closure of the Strait of Hormuz, and towards the domestic sky.13 At the household level, it transforms passive consumers into active “prosumers,” communities into cooperatives. The mosque that installs panels to keep its halls cool embodies a new, pragmatic faith; a solarpunk ummah in practice, if not in name.14 In rural Sindh and Punjab, solar water pumps decouple essential irrigation from the erratic grid and diesel’s volatile heart, while initiatives like the Pakistan Distributed Solar Project weave concessional credit lines into the fabric of smallholder survival.15

The state, in its lumbering way, tried to channel this fervor. Its Alternative and Renewable Energy Policy (ARE-2019) set targets—20% renewables by 2025, 30% by 2030—ambitions later upgraded in official discourse to around 60% by 2030, woven into Nationally Determined Contributions pledging a 50% emissions cut relative to business-as-usual.16 The net-metering framework introduced a decade ago was the catalyst, a sacred covenant allowing surplus power to be exported at near-retail rates, shrinking payback periods in some cases to only a few years.17 But this covenant proved too powerful. In fiscal year 2024 alone, grid electricity sales fell significantly as rooftop solar displaced several billion kilowatt-hours of demand, translating into tens of billions of rupees in lost revenue and deepening fears of a utility death spiral.18 The state, panicked by the erosion of its fiscal base, moved to recalibrate the covenant. New policies shifted compensation for solar exports away from full retail tariffs toward a lower “average power purchase price” under a net-billing regime, floated import duties on panels, and tightened technical requirements.19 A necessary reformation for grid stability, or a betrayal of the solar insurgents? The commentariat and watchers warn it may only entrench inequity, pushing the affluent towards off-grid batteries while the poor remain exposed to the rising tariffs of a dying grid.20

For this is the original sin of the transition: the solar boom is classed. It first empowers the affluent who can afford the upfront cost, allowing them to defect. This triggers the spiral as the profitable customers leave, tariffs rise on those who remain, deepening the misery of the middle and the poor who cope by simply consuming less darkness.21 The benefits remain concentrated in private enclaves; an estimated 19 GW of systems operate without net-metering, their surplus light not shared.22 From a solarpunk perspective, this dynamic is a profound heresy. It risks creating glittering eco-enclaves of energy security for the rich, a privatized resilience while the commons of the grid, and those dependent on it, are left to precarity. The revolution from below destabilizes the brittle models above, threatening to shatter the entire edifice. The friction will need debts to be paid and it will, I fear, be in the form of a political struggle over stranded fossil assets, vested interests, and the direction of the soul.23

And yet, in this very messiness, the solarpunk imaginary finds its most potent, grounded expression. Solarpunk is not the sleek green cities of concept art, but the DIY ethic, the prefigurative politics of building the future you need now with the tools at hand.24 Pakistan’s solarisation is this, rendered in the vernacular of concrete rooftops, metal racks over dusty fields, and ad-hoc wiring in dense neighbourhoods. It is the aesthetic of survival, of communities pooling resources to seize control of their light. When flood-affected communities receive solar kits to restore power, it is solarpunk as regenerative, community-centred adaptation.25 This is energy sovereignty made flesh: the capacity of individuals and communities to control their own production and use, reducing dependence on distant, unaccountable actors.26

The Warhammer Islamicate, a climate-vulnerable state that has contributed minimally to historical emissions yet faces catastrophic floods and heatwaves, is asserting its right to define its energy future away from the extractive logic of fossil capital.27 Yet the heavy reliance on imported Chinese panels and debt-financed infrastructure whispers of new dependencies, new chains hidden within the silicon.28 A true solarpunk-aligned sovereignty would demand more: inclusive financing for the poor, community and cooperative ownership models, local manufacturing of panels to capture green jobs, and participatory planning that aligns infrastructure with lived need.29

The (extra)statecraft narrative is adapting. At international fora, officials now brandish the statistics—double-digit gigawatts of off-grid capacity, over 6 GW net-metered, and renewables providing more than half of recent electricity generation—positioning the nation as both a climate frontrunner and a victim deserving of loss-and-damage finance.30 Domestically, provincial schemes offering subsidised solar systems to low-income households and farmers build political constituencies for the sun.31 But the ground continues to rumble with protests over tariffs and reforms. The solar transition is both a symptom of distrust in the state and a new tool of political negotiation.

The Warhammer Islamicate’s pursuit of a Solarpunk future is an attempt to power its prophetic visions with sunlight instead of oil, to exchange the vulnerability of the fuel line for the sovereignty of the sky. It is an act of collective will, born of desperation and hope, building a new energy commons from the bottom up even as the old structures groan and threaten to collapse upon it. The sun delivers not salvation, but power — and with it, the same old struggles over who controls it, who benefits, and who is left behind in the shade. The future is being assembled, panel by contested panel, on the rooftops of a broken, enduring, stubbornly hopeful nation — a solarpunk imaginary forged not in fantasy, but in the daily struggle for light. Into the light, inshallah.

(References organized by local agent running on the Hermes harness - proving to be a valuable and private aide)

And truly God knows best


  1. Circular debt in Pakistan’s power sector has been estimated at around Rs 2.4–2.7 trillion by 2024–2025 (roughly USD 9–10 billion at prevailing exchange rates), according to Power Division data and financial press reporting. See for example: “Pakistan’s power sector circular debt reaches Rs2.66tr as of May” – Mettis Global and “Pakistan nearing $4.4 billion loan to ease power sector debt” – Reuters.

  2. Analyses of Pakistan’s energy system describe a structurally high dependence on imported fossil fuels, with IPP capacity payments and fuel imports central to circular debt. See “The path forward for Pakistan’s energy transition” – Stimson Center and “Pakistan’s energy transition via solar power and batteries” – World Economic Forum.

  3. NEPRA tariff decisions and IMF-linked reform programmes have driven sharp electricity price hikes and protests over unaffordable bills. For context, see Stimson – Pakistan’s energy transition and “Pakistan nearing $4.4 billion loan to ease power sector debt” – Reuters.

  4. Ember’s analysis shows solar’s share of Pakistan’s power mix rising from around 4% in 2021 to the low- to mid-teens by 2024, making it one of the largest single sources. See Ember – Pakistan country profile and “Pakistan’s solar surge lifts it into rarefied 25% club” – Reuters.

  5. Ember reports that low-carbon sources (hydro, nuclear, wind, solar) provided about 47% of Pakistan’s electricity in 2024, with fossil fuels supplying the rest. See Ember – Pakistan.

  6. Reporting indicates that Pakistan imported on the order of 16–17 GW of solar panels from China in fiscal 2024, more than triple the previous year’s volume. See “Shedding light on Pakistan’s distributed solar revolution” – TransitionZero and “Pakistan’s surprise solar surge shocks experts and grid” – DW.

  7. TransitionZero estimates around 50 GW of cumulative solar panel imports by mid‑2025, equivalent to roughly three‑quarters of Pakistan’s total installed generation capacity, with other trackers providing similar ranges. See TransitionZero – Distributed solar revolution and Ember – Solar surge 2024.

  8. TransitionZero’s 2025 study estimates approximately 34 GW of installed solar, including around 19 GW of non‑net‑metered and 8.31 GW explicitly off‑grid capacity. See “Shedding light on Pakistan’s distributed solar revolution”.

  9. Official and secondary sources on generation assets show that utility‑scale solar parks account for only about 0.5–0.7 GW of capacity, compared to tens of GW in distributed systems. See Solar power in Pakistan – Wikipedia and TransitionZero – Distributed solar revolution.

  10. Government briefings and media coverage suggest net‑metered rooftop capacity surpassed 5–6 GW by 2025. See PID press release on rooftop solar.

  11. Reports on Pakistan’s rooftop boom describe neighbourhoods in Islamabad and other cities where most homes have adopted rooftop solar, drastically reducing bills, and note official expectations that rooftop output will exceed grid demand in some hubs. See “Pakistan claims rooftop solar production will exceed grid demand at some hubs in the next few years” – WorldEnergyNews.

  12. Analyses argue that rapid solar deployment has created an LNG “glut effect”, where contracted gas became an economic liability as solar displaced demand. See “Pakistan’s solar boom protects economy from oil and LNG disruptions” – Green Central Banking and “Solar Power Shields Pakistan From the Hormuz Energy Crisis” – Energy Tracker Asia.

  13. Pakistan’s high solar resource (around 5–6 kWh/m²/day in much of the country) is documented in technical atlases and World Bank material. See World Bank – A Solar Developer’s Guide to Pakistan.

  14. Coverage of Pakistan’s rooftop solar boom highlights mosques and other community institutions installing solar panels to cut costs and ensure reliable cooling and lighting. See UN‑Habitat/UN social coverage of Pakistan’s rooftop solar boom and “Pakistan claims rooftop solar production will exceed grid demand at some hubs in the next few years” – WorldEnergyNews.

  15. Programmes like the Sindh Solar Energy Project and the Pakistan Distributed Solar Project target rural households and farmers with concessional finance for solar, including water‑pumping systems. See Sindh Solar Energy Project and Green Climate Fund – Pakistan Distributed Solar Project.

  16. The Alternative and Renewable Energy Policy 2019 sets 20% and 30% non‑hydro renewable targets by 2025 and 2030, and Pakistan’s updated NDC commits to major emissions reductions by 2030. See Pakistan – Renewable Energy (US ITA guide) and Pakistan’s profile on the UNFCCC NDC registry.

  17. Net‑metering regulations and industry case studies show that high retail tariffs and falling panel costs can yield payback periods of just a few years. See WRI – “The Perfect Storm Fueling Pakistan’s Solar Boom” and NPR – “Pakistan taps into solar power at an ‘unprecedented’ rate”.

  18. Commentaries from IEEFA and international media note that distributed solar has displaced several billion kWh of grid demand, reducing utility revenues and raising concerns about a “utility death spiral”. See “Shift to solar comes at a price for Pakistan’s national grid” – Financial Times and IEEFA – “The Future of Net‑Metered Solar Power in Pakistan”.

  19. Recent reforms have moved new rooftop customers from net‑metering toward net‑billing, with lower export compensation, alongside talk of panel import duties and stricter technical rules. See “Pakistan slashes payments for power supplied by rooftop solar users” – Reuters and Arab News – “Pakistan overhauls rooftop solar policy, cuts rates for excess power”.

  20. IEEFA and other analysts warn that poorly calibrated reforms risk slowing on‑grid solar and deepening inequities. See IEEFA – “The Future of Net‑Metered Solar Power in Pakistan” and Global Voices – “China’s green investment in Pakistan: Solar dreams, debt shadows, and the politics of a rapid transition”.

  21. Reporting on Pakistan’s solar revolution emphasises that rooftop adoption has been concentrated among wealthier households with access to capital and credit. See NPR – “Pakistan taps into solar power at an ‘unprecedented’ rate” and Global Voices – China’s green investment in Pakistan.

  22. TransitionZero estimates roughly 19 GW of installed solar in non‑net‑metered, behind‑the‑meter systems that do not export or are not registered with net‑metering. See TransitionZero – Distributed solar revolution.

  23. Analyses of Pakistan’s transition highlight growing risks of stranded coal and gas assets and the political struggles over who bears these costs. See Stimson – Pakistan’s energy transition and Energy Tracker Asia – solar and Hormuz crisis.

  24. Solarpunk is widely described as a DIY, community‑centred, prefigurative movement in both popular and academic writing. See “Solarpunk” – Wikipedia, “What Is Solarpunk? History, Themes, Criticism & Real‑World Examples” – Built In, and “‘This Shining Confluence of Magic and Technology’: Solarpunk, Energy Imaginaries, and the Infrastructures of Solarity” – Open Library of Humanities.

  25. UNDP’s flood recovery programmes in Pakistan document the deployment of solar home systems as part of climate‑resilient reconstruction. See UNDP Pakistan – Flood Recovery Programme and “Integrating Renewable Energy in Flood Recovery” – UNDP Pakistan.

  26. Work on energy justice and sovereignty emphasises community control as central to energy democracy. See Stimson – Pakistan’s energy transition and TransitionZero – Distributed solar revolution.

  27. Pakistan is repeatedly ranked among the countries most affected by climate‑related extreme weather despite low historical emissions. See “Pakistan ranked most vulnerable to climate change in 2022” – Dawn and Global Climate Risk Index 2021 – Germanwatch (PDF).

  28. Analyses of China–Pakistan relations in the energy sector note both heavy reliance on Chinese coal investments and a recent pivot to Chinese‑supplied solar. See TransitionZero – Distributed solar revolution and “Pakistan’s solar growth tied to China’s industrial power” – Now.Solar.

  29. World Bank and IEEFA recommendations stress inclusive finance, community and cooperative models, local manufacturing, and participatory planning for an equitable transition. See World Bank – A Solar Developer’s Guide to Pakistan and IEEFA – Future of Net‑Metered Solar Power in Pakistan.

  30. Government communications and international presentations emphasise rapid growth in rooftop/off‑grid solar and a rising renewable share of generation. See PID – “Pakistan showcased its rapid progress in solar energy…”, “Pakistan targets 60% renewable energy in power mix by 2030” – Energy Update, and Ember – Pakistan.

  31. Provincial programmes such as the Sindh Solar Energy Project and various Punjab/Pakistan solar schemes illustrate the use of subsidised systems as welfare and development tools. See Sindh Solar Energy Project, “Sindh launches Rs 200 billion solar energy project with World Bank support” – Profit, and “Concessions on import, solar panel making welcomed” – Dawn.