For a decade, the story of Africa’s solar boom has had one supplier: China. Cheap panels, aggressive shipping, and a manufacturing base that now produces roughly 86% of the world’s solar modules have made “solar in Africa” nearly synonymous with “solar from China.”

But somewhere in that narrative, a quieter number slipped past most trade desks: Kenya’s imports of Indian solar PV goods rose by roughly 55 times year-on-year, in the same period that Adani Solar became the first Indian manufacturer to cross 15,000 MW of cumulative module supply, in December 2025. That is not a rounding error.

This article examines the emerging India–Kenya solar trade as a test case for South-South cooperation. It analyses what is driving India’s exports, how Kenya’s off-grid solar market works, who benefits, the financing and regulatory constraints, and what would be required to move from selling Indian solar equipment to building a longer-term development and industrial partnership.

The Challenge

Kenya’s electrification story is often told as a success, access rose from 37% in 2013 to 79% in 2023. What that headline number hides is how that access arrived. A large share of it did not come from the national grid at all. One in five Kenyan households now runs on solar mini-grids or standalone systems, and Kenya alone accounted for nearly three-quarters of all solar home system sales in East Africa in 2023.

In the country’s north and northeast, grid coverage is still below 10%, and poverty rates run as high as 70%, which is precisely why the World Bank-backed Kenya Off-Grid Solar Access Project (KOSAP) exists in the first place, targeting 1.3 million underserved people.

This is the real problem South-South solar trade is trying to solve: not “clean energy” in the abstract, but electrification for households the grid will not reach for years, financed household-by-household through pay-as-you-go models, and built almost entirely on imported hardware, because neither Kenya nor most of East Africa manufactures solar cells at scale. Every panel, every inverter, every battery is a foreign-exchange line item. Who supplies that hardware and on what commercial terms is therefore not a footnote to Kenya’s energy transition. It is the transition’s central bottleneck.

The solution India is offering: manufacturing scale, not aid

India’s answer has been to convert a domestic industrial policy into an export platform. Between FY14 and mid-2025, India’s solar module manufacturing capacity grew from just 2.3 GW to over 118 GW, and cell-manufacturing capacity has followed, reaching roughly 52 GW by Q3 2025. This capacity did not emerge organically it was engineered through a stack of protectionist and demand-side tools: a 40% Basic Customs Duty on imported modules, the Approved List of Models and Manufacturers (ALMM), and Production-Linked Incentives, all layered under the government’s PM Surya Ghar rooftop scheme and PM-KUSUM agricultural solar programme, which guaranteed manufacturers a captive domestic market while they scaled up. Once that scale existed, exporting the surplus became the logical next step and Africa, along with Latin America and the Middle East, was explicitly identified as the frontier where Indian panels face the least tariff resistance, unlike in the United States, where duties as high as 50% now threaten to erase India’s cost advantage.

In other words, this is not a subsidised gift of technology. It is surplus capacity, built for one market, finding a second one the oldest pattern in industrial trade, just running through a South-South route for the first time at this scale.

Where, when, and through whom

The corridor is specific, not diffuse. Geographically, it runs India–Kenya, with Kenya acting as an entry point into a wider East African cluster. Tanzania, Ethiopia, Nigeria, Ghana, and South Africa are cited as the next markets following the same trajectory. Temporally, the surge is recent: Mercom India’s trade data shows Kenya’s share of India’s solar module exports was still negligible (0.2%) as late as Q2 2025, before accelerating sharply through late 2025 and into 2026 a shift widely attributed to Indian exporters redirecting output away from a tariff-hit US market. Institutionally, three layers are doing the work simultaneously:

• Manufacturers ALMM-listed Indian firms such as Adani Solar, Waaree, and Vikram Solar, whose panels qualify for India’s own subsidy schemes and are now scaling into export volumes.
• Distribution and financing companies already embedded in Kenya M-KOPA, d.light, Sun King, and Bboxx, which do not make panels but run the pay-as-you-go financing rails that turn a $150 solar kit into an affordable weekly payment for a rural household. These firms raise capital through a mix of venture equity and receivables-backed debt Standard Bank’s $200 million facility to M-KOPA and Sun King’s $156 million securitisation are two recent examples and it is this financing infrastructure, as much as the panels themselves, that determines whether Indian hardware actually reaches end users.
• Sovereign finance India’s Exim Bank, acting under the International Solar Alliance framework launched with France in 2018, has extended Lines of Credit covering dozens of solar projects across more than 60 countries, with cumulative LOC commitments above $23 billion for financing Indian exports broadly. Kenya has historically received less of this concessional financing than West or Southern Africa, which is itself a telling gap.

For whom this trade is actually built

The end beneficiary is not the Kenyan state or a utility it is the off-grid rural household, disproportionately in counties with under 10% grid access, who is not a bulk power customer but a retail one, paying in small, frequent instalments for a solar home system, a lantern, or increasingly a solar-powered water pump under SunCulture-type models. Kenya’s Draft National Energy Policy 2025–2034 explicitly treats this population as the residual the grid will not reach on any near-term timeline, which makes decentralised, imported, financed solar the de facto rural electrification policy whether or not it is officially labelled as one.

Under what conditions this trade functions at all

Three regulatory conditions make the corridor work. First, Kenya exempts standalone solar cells and modules from import duty and VAT under its Energy Act framework, which keeps landed costs competitive against grid-tariff alternatives. Second, on the Indian side, ALMM and DCR rules do the opposite of what a casual reader might assume: they don’t restrict exports, they underwrite domestic manufacturing scale that then spills into export volume once capacity outpaces the subsidy-linked domestic order book. Third, at present, the emerging corridor appears to be driven partly by trade diversion following reduced competitiveness in the US market, rather than by a fully institutionalised India–Africa solar strategy.

The evidence, and its limits

The strongest data points here are Mercom India’s quarterly trade tracking, IEA’s 2026 Kenya energy policy review, UN Comtrade bilateral trade figures (India-Kenya total trade at $4.31 billion in FY26, per the 10th India-Kenya Joint Trade Committee readout), and sector reports from Energy Tracker Asia and the Africa Solar Industry Association. What’s weaker: granular, product-level customs data specific to India-Kenya solar flows is thin and inconsistently reported across sources the “55 times” growth figure, for instance, traces to a single trade-newsletter source rather than a primary customs release, and deserves to be treated as directionally credible rather than precise. Any editor should flag that as a caveat rather than state it as settled fact.

Limitations and whether they still hold

The obvious limitation is that this is not really “India’s Africa strategy.” It is India’s US-tariff-avoidance strategy, wearing an Africa costume. That’s not a moral failing, but it does mean the trade lacks the institutional depth of China’s approach, where $66 billion in renewable energy investment and construction across Africa between 2010 and 2024 reflects sustained industrial commitment, not a tariff-driven detour. A second limitation is quality and after-sales risk: India’s export push is volume-led, and Kenya’s regulatory capacity to police panel quality and warranty enforcement on imported hardware is far less developed than the ALMM system India runs domestically for its own market. Third, currency and financing risk is real and unresolved nearly all Kenyan solar hardware is dollar-denominated, and the shilling’s volatility directly compresses margins for financiers like M-KOPA and Sun King, a structural weakness no amount of Indian export volume fixes.

Are these limitations still valid, or has a new solution emerged? Only partially resolved. Local-currency debt facilities (the kind Standard Bank and others have begun extending) are a genuine improvement over pure dollar financing from three years ago. But quality assurance and the tariff-dependency problem remain open there is no Kenyan equivalent of ALMM, and no sign that Indian exporters are building long-term African order books independent of what happens in Washington.

If India wants to adapt, not just export

The distinction matters: adopting means replicating India’s own PM Surya Ghar model wholesale in Kenya, which would fail. Kenya’s problem is off-grid rural households, not urban rooftop owners on a metered grid, and its households need financing more than they need subsidy. Adapting means three narrower moves. First, India’s Exim Bank should route a defined share of new Lines of Credit specifically toward Kenya’s PAYGo financiers, not just utility-scale generation projects, since it is retail financing, not panel supply, that is currently the binding constraint. Second, Indian manufacturers exporting into Kenya should extend a version of ALMM-style quality certification for their export SKUs, publicly verifiable by Kenyan regulators, so Indian panels compete on durability rather than just landed price against Chinese alternatives. Third, this should not remain a pure export relationship a joint venture module-assembly line in Kenya, even a modest one, would do more for the “South-South” framing than any volume of finished-goods shipment, because it would transfer some manufacturing capability rather than simply substituting one import source for another.

The honest read is that India’s solar exports to Kenya are real, growing, and mutually useful but they are currently closer to opportunistic trade diversion than to a deliberate development partnership.

Export growth alone does not constitute South-South cooperation; the deeper test is whether trade develops into finance, technology transfer, local capability and durable institutional relationships.