A power deal is usually sold on the megawatts it adds. The more telling number is often the losses it removes. Zambia’s debt-for-energy swap is being pitched not only on new generation but on the unglamorous gains downstream: stronger distribution networks, fewer technical losses, the capacity to connect new customers, and better resilience when the rains fail. Those are the bottlenecks that decide whether new power actually reaches an economy.

The op-ed setting out the case, published by Daily Maverick, frames these grid-side benefits as central to the swap’s value. That is the right emphasis. Generation that cannot be delivered is a stranded asset, and a grid that leaks is a tax on every unit produced.

The Losses Nobody Sees: Why Distribution Decides

Technical losses are the power that disappears between the plant and the plug, dissipated in tired lines and overloaded equipment. In a constrained grid they can be substantial, and every percentage point is generation paid for but never sold. Strengthening distribution networks attacks this directly, recovering capacity without building a single new megawatt.

That is why the swap’s distribution benefits matter as much as its generation. Reducing technical losses is among the cheapest ways to add usable power, because the energy already exists; it is simply being wasted. For a system under strain, plugging leaks is faster and often cheaper than pouring new concrete.

The cheapest megawatt is the one you stop losing.

Connecting the Unconnected: Capacity as Inclusion

A grid that cannot take on new customers is a brake on growth. Households waiting for a connection and businesses unable to power expansion are demand the economy cannot serve. The swap’s promise of capacity to connect new customers turns latent demand into actual consumption, and latent enterprise into operating enterprise.

For Zambia, where access remains uneven across provinces and between urban and rural areas, connection capacity is an inclusion question as much as an engineering one. Every new connection is a household or firm brought into the formal, metered economy. The grid stops being a bottleneck and starts being an on-ramp.

A connection is not just a wire. It is entry into the economy.

Drought Resilience Through Diversification

Zambia’s exposure to hydropower has made it hostage to rainfall. When drought lowers reservoir levels, generation falls and load-shedding follows, with the cost landing on every business and household. The swap’s emphasis on diversified generation directly targets this vulnerability, spreading the country’s power base so a dry year does less damage.

Diversification is insurance written in infrastructure. A more varied generation mix means the system is less likely to swing from surplus to crisis with the weather. For operators who have planned around unreliable supply, the prospect of a grid that holds up through a poor rainy season changes the cost of doing business.

A diversified grid turns a drought from a crisis into an inconvenience.

The Operator’s Dividend

For businesses across Zambia, the swap’s grid dividends translate into something concrete: more predictable power. Fewer technical losses and stronger distribution mean steadier supply; new connection capacity means access where there was none; diversification means fewer dark weeks when the rains disappoint. Each reduces the hidden costs that unreliable electricity imposes on production, planning and investment.

The strategic read is that the swap’s value should be judged downstream, not just at the power station. The headline generation figure is the input. The delivered, reliable, inclusive power is the output, and that depends on the grid the op-ed rightly foregrounds.

Zambia’s energy swap will be measured in megawatts. It should be judged on bottlenecks removed. The new power matters. What matters more is whether it arrives, who it reaches, and whether it holds when the sky stays clear.