NEW DELHI — At the sprawling Yashobhoomi exhibition center in New Delhi, the focus of the Bharat Electricity Summit 2026 shifted significantly toward the African horizon this week. Engineer Felchesmi Mramba, the Permanent Secretary in Tanzania’s Ministry of Energy, stood before an international audience of policymakers and investors, articulating a vision that moves beyond mere domestic sufficiency. For Tanzania, the era of energy scarcity is officially over the new priority is securing a dominant position as a regional energy exporter for East Africa.

This shift in posture is not rhetorical. Backed by the completed 2,115-megawatt Julius Nyerere Hydropower Project (JNHPP) and the active commissioning of the first phase of the Kishapu solar plant, Dar es Salaam is actively reshaping the energy architecture of the entire continent. As Tanzania pivots toward a model of interconnected grid stability, the implications for neighbors like Kenya and the broader East African Power Pool are profound, signaling an era where power trade becomes as vital as traditional commodity exchange.

The Two Pillars of a Modernized Grid

The core of Tanzania’s energy resurgence lies in the dual integration of large-scale hydro and flexible solar generation. The completion of the JNHPP on the Rufiji River, which delivers a staggering 2,115 megawatts to the national grid, has essentially doubled the country’s generation capacity. This project alone has moved Tanzania from a deficit state to one that can comfortably absorb significant industrial demand.

However, the strategy presented by Mramba in New Delhi emphasizes that hydro-dependence is a vulnerability. The Kishapu solar project, now generating its first 50 megawatts, represents the critical hedge against climate-induced drought. The project, which targets a total capacity of 150 megawatts, is designed to balance the grid, providing clean energy when water levels are low. The dual approach solves two problems: it ensures baseload stability through hydro and enhances peak-time resilience through solar.

• Julius Nyerere Hydropower Project (JNHPP): 2,115 MW total installed capacity, fully operational.
• Kishapu Solar Plant: 50 MW currently online (Phase 1), with 100 MW expansion pending.
• Grid Modernization: Adoption of smart grid technologies to reduce transmission losses and integrate renewables.
• Regional Interconnection: Synchronization with the Eastern Africa Power Pool (EAPP) via the 400kV Kenya-Tanzania transmission line.

The Regional Energy Bridge

For a reader in Nairobi or Kampala, Tanzania’s presentation at the Bharat Summit is more than an update on foreign infrastructure it is a preview of the regional electricity market. The successful energization of the 400kV high-voltage alternating current (HVAC) transmission line between Tanzania and Kenya is the physical manifestation of this regional integration. This connection allows for the seamless flow of power, enabling surplus generation in Tanzania to stabilize Kenyan industries during seasonal dips in geothermal or hydro availability.

This is the essence of the Eastern Africa Power Pool’s strategic objective: creating a unified electricity market. By linking grid operations across borders, Tanzania is ensuring that its massive investments in generation are bankable. If the power cannot be consumed domestically, it can be traded. This creates a safety net for private investors and state utilities alike, turning the grid into a continuous revenue stream that transcends national borders.

South-South Cooperation in Energy Tech

The choice of the Bharat Electricity Summit as the venue for this announcement reflects a deliberate pivot in diplomatic and technological partnerships. While much of African infrastructure development has historically been dominated by Western or Chinese financing, Tanzania is signaling a deeper engagement with the Indian energy sector—an economy that has rapidly scaled its own renewable capacity to 500 gigawatts. The emphasis on smart grids and operational capacity building suggests that Tanzania is looking for partners who can help navigate the technical complexities of grid stability as it integrates more intermittent solar power.

Economists at the Central Bank of Kenya have previously noted that stable, cross-border energy costs are a major determinant of manufacturing competitiveness in the region. Tanzania’s push for "grid modernization" is essentially a push for lower unit costs of electricity, which, if successful, will force a recalibration of industrial strategy across the East African Community. The government’s willingness to collaborate with the private sector, as emphasized by Mramba, suggests that future phases of these projects will likely seek private capital to accelerate infrastructure expansion.

The Path to 2030

The ambitious rhetoric from the Ministry of Energy carries the weight of tangible infrastructure. With the JNHPP completed and the Kishapu solar farm scaling up, Tanzania is no longer fighting to keep the lights on it is planning how to keep the factories running across two economic blocs. The challenge now is not generation, but transmission efficiency—ensuring that the power generated in the Rufiji Basin and the sunshine harnessed in Shinyanga can travel thousands of kilometers with minimal loss.

As the Bharat Summit concludes, the message from the Tanzanian delegation is clear: the energy transition is not just about environmental targets, but about seizing the economic initiative. If the vision of a fully integrated East African power market holds, the electricity flowing through these new lines may well become the most valuable commodity in the region, turning Tanzania into the powerhouse that fuels the next decade of East African industrialization.