The Geothermal Anchor: Baseload for Industrialization

In 2026, Kenya stands among the leading renewable energy economies globally, with approximately 90 percent of grid electricity generated from green sources, including geothermal, hydro, wind, and solar. Geothermal energy remains the structural backbone of the national grid, providing stable baseload capacity that operates independently of seasonal rainfall or wind variability. This reliability underpins industrial expansion, digital infrastructure growth, and electrified transport systems.

Under the National Energy Compact 2025–2030, Kenya has accelerated its geothermal expansion roadmap, targeting an increase in installed geothermal capacity from approximately 940 MW to 1,824 MW by 2030. This scale-up strengthens long-term energy security while positioning geothermal as the anchor resource for industrial transformation.

Strategic geothermal milestones shaping early 2026 include:

• Suswa Geothermal Field Development

In February 2026, the Geothermal Development Company (GDC) mobilized drilling rigs to the Suswa geothermal prospect, marking the commencement of active exploration. The Suswa field carries a projected generation potential of up to 300 MW, structured for phased development. Once operational, Suswa will serve as GDC’s third major geothermal field, expanding Kenya’s geothermal footprint beyond Olkaria and Menengai.

• OrPower 22 Commercial Operations in Menengai

The 35 MW OrPower 22 plant in Menengai is scheduled to enter commercial operation by March 2026. The addition of this capacity strengthens grid stability in the Rift Valley region and supports the development of the Menengai industrial cluster, where reliable renewable energy serves as a competitive advantage for manufacturers.

• Olkaria VII Expansion Project

Cabinet approval granted in late 2025 cleared the development of Olkaria VII, projected to contribute 80.3 MW to the national grid by June 2027. The plant will utilize steam from 19 production wells, enhancing generation efficiency within the Olkaria geothermal complex. The added capacity supports rising electricity demand from manufacturing facilities, electric vehicle assembly operations, and data infrastructure expansion.

• Geothermal Direct Use and Green Fertilizer Production

Construction commenced in late 2025 on a geothermal powered green fertilizer facility utilizing direct steam applications. This project produces carbon-neutral fertilizer, reducing dependence on imported inputs and lowering production costs for farmers. The integration of geothermal direct use strengthens industrial diversification while aligning with agricultural productivity objectives.

Through sustained geothermal expansion, Kenya is securing affordable and stable power for Special Economic Zones (SEZs), County Aggregation and Industrial Parks (CAIPs), and emerging electric mobility ecosystems. Indigenous geothermal energy insulates the economy from fossil fuel price volatility, strengthens energy sovereignty, and reinforces environmental sustainability.

In 2026, geothermal remains the foundational energy asset enabling Kenya’s industrialization, digital growth, and agricultural transformation within a resilient and climate-aligned power framework.

Universal Access: Last Mile Connectivity Project Phase III

To advance inclusive growth and close persistent energy gaps, the Government has accelerated implementation of the Last Mile Connectivity Project (LMCP) Phase III in 2026. The program is a central pillar of the national objective to achieve universal electricity access by 2030, with targeted interventions focused on low income households, rural communities, and micro enterprises located within proximity of existing distribution transformers.

Performance indicators for the first quarter of 2026 reflect measurable expansion across access, infrastructure, and social integration:

• National Access Benchmarks and Rural Prioritization

As of February 2026, Kenya’s national electricity access rate stands at approximately 76.2 percent. Urban electrification has reached near universal levels, approaching 100 percent coverage, while rural access is currently estimated at 65 percent. The 2026–2030 strategy prioritizes accelerated rural penetration to lift national coverage toward the 90 to 95 percent range by 2030, strengthening energy equity across counties.

• Phase III Expansion Targets and Financing Framework

Phase III is supported by a EUR 101 million facility, equivalent to approximately KSh 14 billion, from the African Development Bank. The program targets 150,001 new electricity connections, including approximately 139,480 households, extending reliable power to more than 540,000 Kenyans across 45 counties. This structured expansion reflects coordinated planning between Kenya Power and development partners to close connectivity gaps efficiently.

• Grid Reinforcement and System Stabilization

Beyond household connections, LMCP Phase III incorporates substantial system strengthening works. Ongoing implementation includes the construction and refurbishment of 13 substations rated at 33/11 kV and the installation of approximately 6,798 kilometres of low voltage distribution lines. These upgrades enhance grid resilience, stabilize voltage levels, and ensure capacity adequacy as new consumers are integrated into the national network.

• Integration of Social Infrastructure and MSMEs

The 2026 rollout prioritizes electrification of 10,521 social facilities and small enterprises, strengthening service delivery and economic activity. This includes grid connection for 23 educational institutions, 15 healthcare facilities, and 8 water supply installations, reinforcing essential services within rural and peri urban communities. Reliable electricity access supports cold storage, digital services, agro processing, and small scale manufacturing activities.

• Subsidized Connection Framework to Lower Entry Barriers

To remove affordability constraints, the standardized connection fee remains subsidized at KSh 15,000. For qualifying low income households, the fee is structured as a recoverable advance, amortized through monthly electricity billing. This financing model ensures that upfront capital costs do not impede participation in the national electrification program.

Through targeted grid expansion, infrastructure reinforcement, and affordability safeguards, LMCP Phase III extends Kenya’s green energy surplus to underserved populations. The program strengthens the enabling environment for digital inclusion, supports the growth of Micro, Small, and Medium Enterprises, and reinforces decentralized economic activity.

By reaching the last mile, the electrification strategy ensures that renewable energy generation translates into tangible household and enterprise level impact, reinforcing inclusive development and long term economic resilience.

The Emerging Green Hydrogen Frontier and the National Hydrogen Roadmap

As of February 2026, Kenya has moved beyond strategy formulation and entered active pilot implementation of its Green Hydrogen Strategy and Roadmap, developed with support from the European Union’s Global Gateway initiative. The program leverages Kenya’s geothermal, wind, and solar resources to produce zero-carbon hydrogen through electrolysis. The objective is to reduce reliance on carbon-intensive imports, strengthen industrial competitiveness, and position Kenya as a future exporter of green energy derivatives.

The roadmap integrates domestic industrial application, fertilizer production, export development, and digital infrastructure alignment within a phased execution framework.

Strategic milestones shaping early 2026 include:

• Progress Toward 100 MW Electrolyser Capacity

Under Phase I of the roadmap covering 2023–2027, the national target stands at 100 MW of installed electrolyser capacity. Feasibility assessments for the first large-scale electrolyser units are concluding, with integration planned at the Olkaria Geothermal Complex. This configuration utilizes surplus off-peak geothermal generation, ensuring hydrogen production is anchored in stable baseload renewable power while optimizing grid efficiency.

• KenGen 5 MW Green Hydrogen Pilot at Olkaria

A 5 MW demonstration plant at Olkaria has reached advanced commissioning stages. The facility serves as a proof-of-concept for domestic green hydrogen production and downstream conversion into green ammonia. The pilot strengthens Kenya’s technical capacity in hydrogen handling, storage, and industrial conversion while validating operational viability under geothermal-powered systems.

• Nitrogen Fertilizer Import Substitution Strategy

The roadmap outlines a target of substituting 20 percent of nitrogen fertilizer imports within the current planning cycle, translating into domestic production capacity of approximately 100,000 tonnes annually. Green hydrogen conversion into ammonia supports local fertilizer manufacturing, reduces exposure to international price volatility, and lowers input costs for farmers. This alignment reinforces agricultural productivity and strengthens food security outcomes.

• Mombasa Green Hydrogen Export Hub Development

Plans are advancing for a large-scale green hydrogen and derivatives facility near the Port of Mombasa. The coastal configuration enables seawater desalination to supply purified water for electrolysis while providing direct maritime access for the export of green ammonia and methanol. The strategic siting positions Kenya within emerging global hydrogen trade corridors.

• Hybrid Integration with High-Capacity Data Centres

The development framework incorporates co-location of large-scale data centres exceeding 100 MW capacity alongside hydrogen production facilities. This dual-use model ensures renewable energy assets serve both industrial hydrogen generation and high-demand digital infrastructure. The integrated design enhances renewable utilization rates and strengthens capital efficiency across energy and ICT investments.

Kenya’s green hydrogen initiative represents a structural expansion of its renewable energy leadership. The roadmap strengthens domestic industrial resilience, reduces import dependency, and establishes a high-value export pathway within the global energy transition.

The 2026 implementation phase demonstrates alignment between renewable baseload power, industrial diversification, agricultural input security, and digital infrastructure growth, positioning green hydrogen as a strategic pillar within Kenya’s long-term economic transformation agenda.

Diversifying the Energy Mix: Wind, Solar, and Battery Storage

While geothermal energy anchors Kenya’s baseload supply, the sustained expansion of wind and solar generation is central to meeting peak demand growth, strengthening grid resilience, and advancing universal access. In early 2026, the national energy strategy intensified deployment of Battery Energy Storage Systems (BESS) to manage intermittency risks and stabilize voltage fluctuations as renewable penetration deepens across the grid.

The diversified energy framework integrates utility-scale generation, distributed commercial systems, storage mandates, and smart grid modernization.

Strategic developments shaping early 2026 include:

• Utility-Scale Solar Capacity Expansion

In February 2026, KenGen commissioned the 42.5 MW Seven Forks Solar Project, co-located within the Seven Forks hydropower complex. The co-location model optimizes land use, leverages existing transmission infrastructure, and reduces capital deployment costs. This addition builds upon approximately 210 MW of grid-connected solar capacity, which now accounts for roughly 6.5 percent of national installed generation capacity. The hybrid hydro-solar configuration enhances daytime peak supply reliability.

• Battery Energy Storage Policy Integration

During the Intersolar Africa 2026 conference in Nairobi, the Energy and Petroleum Regulatory Authority (EPRA) confirmed that energy storage is now a mandatory requirement for new variable renewable energy projects. A dedicated regulatory framework for BESS is under development to operationalize the 250 MW storage target outlined in the Least Cost Power Development Plan. This policy shift institutionalizes storage as a core grid stability instrument rather than an auxiliary solution.

• Commercial and Industrial Solar Growth

Beyond centralized generation, decentralized “captive” solar installations across commercial and industrial facilities have surpassed 200 MW of installed capacity. Many installations integrate hybrid solar-battery configurations to ensure round-the-clock reliability, reduce peak demand charges, and enhance operational continuity. This distributed generation model eases pressure on the national grid while improving energy cost predictability for enterprises.

• Wind Energy Stability and Regional Integration

Wind power continues to contribute approximately 13 to 14 percent of national electricity generation, anchored by the Lake Turkana Wind Power facility. Additional medium-scale wind projects in the Rift Valley are undergoing grid synchronization and load balancing tests to support regional industrial development corridors. Wind diversification strengthens geographic dispersion of renewable assets.

• Electric Mobility and Smart Grid Adaptation

Rapid expansion of the electric vehicle ecosystem in Nairobi has led to a substantial increase in charging demand, with electricity consumption for EV charging tripling within the past year. The 2026 grid modernization program incorporates installation of advanced smart grid sensors and load management systems to regulate high-capacity EV charging stations and optimize demand response dynamics.

Through diversified renewable deployment, mandatory storage integration, and grid intelligence upgrades, Kenya is reinforcing a stable and climate-aligned power system. The multi-source strategy supports projected annual electricity demand growth of approximately 6 percent while preserving one of the cleanest national generation profiles globally.

This energy diversification framework complements parallel investments in transport modernization, water security infrastructure, digital connectivity expansion, and industrial transformation. Together, these pillars reinforce a coordinated pathway toward a resilient, inclusive, and green economic future.