As Ethiopia cuts electricity to Bitcoin miners, Africa faces a bigger question about how scarce resources should be allocated to build productive economies.
For more than a decade, Ethiopia wrestled with one enormous development question: How do we produce enough electricity to power our economic ambitions? The answer was audacious decision to build one of the largest hydroelectric projects in the world.
Construction of the Grand Ethiopian Renaissance Dam began in 2011 and fourteen years later, in September 2025, Ethiopia formally inaugurated a 5,150-megawatt hydroelectric facility powered by 13 turbines. The project fundamentally altered the scale of the country’s electricity system.
The promise of GERD was never merely more light in Ethiopian homes. It was power for factories, industrial parks, digital infrastructure and for growing cities. It was to produce power that could be exported to neighbouring economies.
It created the possibility that Ethiopia could turn one of its great natural endowments, the waters that feed its hydropower system into an engine of industrialisation and regional economic integration.
And much of that promise is beginning to materialise. Ethiopian Electric Power says GERD generated approximately 52% of Ethiopia’s electricity during the latest fiscal year. Ethiopia now exports electricity to Kenya, Djibouti, Sudan and Tanzania, and GERD has become a major contributor to those export earnings.
But success has produced a more sophisticated problem. Having built the power, Ethiopia must increasingly decide who should get it. That question became impossible to ignore this week.
Ethiopia has sharply curtailed electricity supplied to Bitcoin-mining companies after water inflows into its hydroelectric reservoirs fell about 20%. Ethiopian Electric Power says miners, which had contracted for highly reliable supply, are now receiving only around 23% of their contracted electricity, as the utility prioritises households and manufacturing.
The decision is particularly striking because Bitcoin miners have become some of Ethiopia’s most valuable electricity customers. They consumed almost a third of national electricity production and generated about 35% of Ethiopian Electric Power’s revenue in the past financial year. The utility has agreements with 39 mining companies, 31 of which are operational.
This is therefore not simply a story about Bitcoin. It is not even primarily a story about electricity. It is a story about what happens after a country succeeds in building productive infrastructure.
GERD helped Ethiopia confront the first great developmental question: How do we create the resource? But Bitcoin has now exposed the allocation question that inevitably follows and exposed perhaps the most important question of all: What are we trying to build with what we have?
GERD and the Promise of Productive Abundance
To understand Ethiopia’s present dilemma, we need to understand the problem GERD was intended to change. Electricity is not simply a household utility. It is productive infrastructure. Factories, cold chains, agro-processing, telecommunications networks, hotels, hospitals, railways, data centres, mines and industrial parks all require electricity.
A country can therefore possess entrepreneurs, workers, natural resources and markets and still struggle to industrialise if it cannot provide sufficient, reliable and competitively priced energy.
GERD dramatically changed the scale at which Ethiopia could think about that constraint. By April 2026, Ethiopia’s total installed electricity-generation capacity had reached about 9,760 MW, with GERD accounting for 5,150 MW. Hydropower remained overwhelmingly dominant in the national generation mix.
That expansion created new possibilities. More domestic consumption became possible. Industrialisation became possible and also new electricity-intensive industries became possible.
When a country creates a large new productive resource, entrepreneurs and investors begin searching for ways to use it. One of the industries that saw an opportunity was Bitcoin mining.
How Bitcoin Became Part of Ethiopia’s Electricity Story
Bitcoin mining is essentially an electricity-intensive computing business. Large numbers of specialised computers operate continuously, competing to validate transactions on the Bitcoin network. Electricity is therefore one of the industry’s most important operating costs.
Where electricity is abundant and comparatively inexpensive, mining becomes more attractive and Ethiopia increasingly offered precisely that combination. The country possessed growing quantities of predominantly renewable hydropower, relatively low electricity costs and periods when available generation could not immediately be absorbed by the wider domestic economy.
When Bitcoin miners arrived, from Ethiopia’s perspective, there was economic logic to the arrangement. A Bitcoin-mining operation can absorb large quantities of electricity relatively quickly. It does not require Ethiopia first to create millions of new household connections or build an entire manufacturing supply chain before becoming a substantial electricity customer.
The miners could also provide foreign-currency revenue. In effect, Ethiopia had found a way of monetising electricity while its wider economy was still developing the capacity to consume that electricity productively at scale. And it worked remarkably well financially.
The sector grew until Bitcoin mining companies were consuming almost a third of national electricity production while providing roughly 35% of EEP’s revenue. This money was needed to finance infrastructure projects, maintain the dam, expand transmission networks and distribution systems. It helped to establish a financially healthy electricity utility.
Therefore, Bitcoin mining should not be dismissed as an economically useless consumer stealing electricity from factories. That interpretation would prevent us from seeing the much more interesting development question Ethiopia has exposed.
When Abundance Becomes Scarcity
Hydropower carries an obvious weakness; it depends on water. Ethiopia’s current difficulties followed lower-than-expected inflows into its hydroelectric reservoirs. According to EEP’s chief executive, inflows fell about 20%, putting pressure on generation as the dry season approached.
The utility responded progressively. Bitcoin miners were initially reduced to 75% of their contracted electricity, then 50%, and eventually to about 23%. EEP says it will reassess conditions in October and could reduce supply further, and potentially restrict regional exports, if hydrological conditions do not improve.
GERD has not failed. Indeed, recent EEP figures show just how consequential the dam has become: it supplied roughly half of Ethiopia’s electricity in the latest fiscal year. Nor has Ethiopia suddenly abandoned Bitcoin mining. The current restrictions are a response to constrained hydrological conditions. But scarcity has exposed the choices that abundance can temporarily hide.
When there appears to be enough electricity for everyone, allocation attracts little attention, but when electricity becomes constrained, priorities become visible. And Ethiopia has effectively been forced to ask who should get the megawatts when supply is low due to unforeseen challenges.
A Megawatt Is an Economic Choice
Consider one megawatt of electricity produced in Ethiopia. It can power Bitcoin-mining computers. It can also power a textile factory, support an agro-processing enterprise, supply households, power a data centre, enable thousands of small businesses, or be sold to Kenya, Djibouti, Sudan or Tanzania.
The megawatt itself is neutral, but once allocated, it becomes an economic choice and every allocation carries an opportunity cost. Electricity consumed by one activity cannot simultaneously be consumed by another. Therefore, the next question is: What should Ethiopia do with the electricity it has fought so hard to create?
Revenue Is Not the Same as Productive Capability
It would be tempting to answer that question by saying electricity should simply go to factories rather than Bitcoin miners, but that would also be too simplistic. Bitcoin miners generate economic value. They pay for electricity. They provide foreign exchange. Their purchases strengthen the finances of the electricity utility.
And because mining operations can be established relatively quickly, they can provide an immediate market for generation capacity that might otherwise be underutilised.
A factory, meanwhile, does not automatically create development simply because it manufactures something. A protected, inefficient factory consuming subsidised electricity can destroy economic value just as easily as a competitive manufacturer can create it.
The choice is therefore not that Bitcoin bad and manufacturing is good. The real question is much more demanding: Which allocation creates the strongest combination of economic return today and productive capability tomorrow?
Revenue tells us what an activity earns, but productive capability tells us what an economy becomes. The two can reinforce each other, but unfortunately, they are not necessarily the same thing.
Imagine two enterprises competing for scarce electricity. One consumes enormous amounts of power and generates substantial foreign-currency revenue but employs relatively few people and creates limited domestic supplier networks.
Another generates less immediate revenue but employs hundreds of workers, develops engineers and technicians, purchases from domestic suppliers, manufactures products previously imported and eventually becomes an exporter.
Which should receive the electricity? Unfortunately, there is no universal answer.
The first may generate foreign currency urgently required by the economy. Its payments may help finance the electricity system that eventually powers the second.
The second may create deeper domestic capabilities but take years to become competitive.
This is why productive allocation requires more sophisticated thinking than simply directing resources towards whichever activity sounds most developmental.
But neither can development policy assume that the customer capable of paying the highest immediate price necessarily represents the highest long-term economic use of the resource.
The real question is what remains after the resource has been consumed?
The Productive Allocation Gap
The Productive Allocation Gap is the gap between possessing a scarce economic resource and allocating that resource towards activities capable of generating durable productive capability.
This is a useful concept for thinking about the kind of problem that Ethiopia is facing because the problem is not unique to Ethiopia, but it is distributed across much of Africa.
Africa has historically concentrated heavily on the first part of the value chain. We celebrate finding resources be it an oil discovery, a new lithium deposit, a new gas field, a new dam, or a new port. These achievements matter and GERD itself demonstrates why they matter. But we must learn that having the resource of the infrastructure is not the destination. It creates possibilities and development occurs through what societies subsequently do with those possibilities.
This means that after asking whether an economic activity creates revenue, we must increasingly ask whether it creates employment, skills, technology, domestic enterprises, supplier networks, export capabilities and new productive possibilities.
This is not to say every activity must maximise all of them, but we must at least ensure that every major allocation of a scarce developmental resource should force us to understand the trade-off, because the most important question to answer every time an allocation is made is, what can this economy do tomorrow that it could not do before this resource was allocated? When we answer that question honestly, we begin the process of building capability.
What Remains After the Electricity Has Been Consumed?
This question provides a useful way of thinking about the Bitcoin debate. When the electricity has been consumed, what remains in Ethiopia? Perhaps foreign exchange, revenue for EEP, taxes, digital infrastructure, technical knowledge or employment. Some of those benefits may be significant.
Now we need to equally ask the same question of a manufacturing enterprise, if that allocation has been made towards that in place of a Bitcoin miner. What remains? Perhaps machinery, industrial skills, supplier businesses, engineering capabilities, management experience, export relationships, technical standards, workforce capable of producing increasingly sophisticated products and all the other benefits that we previously attributed to Bitcoin mining.
Again, I am not saying any of these outcomes is automatic, but the comparison changes how we must think about electricity. The developmental value of a megawatt cannot always be measured only by the tariff paid for it. Its value may also lie in the economic capabilities created around its consumption.
This is why Ethiopia’s decision is more interesting than a simple Bitcoin-versus-factory debate. Bitcoin mining may have been a rational use of genuinely surplus electricity, but when there is no surplus and the resource becomes scarce, the opportunity cost changes. And when the opportunity cost changes, the developmental calculation should change with it.
GERD Also Makes This a Regional Question
There is another reason this story matters beyond Ethiopia. GERD is increasingly becoming shared regional infrastructure. Ethiopia currently exports electricity to Kenya, Djibouti, Sudan and Tanzania. EEP said on 14 September that GERD accounted for 52% of the country’s electricity-export revenue, while cross-border electricity trade is increasingly being integrated through the Eastern Africa Power Pool.
The Ethiopia-Kenya-Tanzania transmission architecture also points toward something bigger: electricity generated in one African economy increasingly being able to support productive activity elsewhere in the region.
That creates another allocation choice. A megawatt from GERD could power an Ethiopian factory or it could power an Ethiopian Bitcoin miner, or it could be sold across a border and potentially power a Kenyan or Tanzanian enterprise. Which is the better use?
Again, there is no universal answer, but there is an important continental principle. Africa should not necessarily seek national self-sufficiency in every productive input. Regional integration should allow countries with advantages in electricity, ports, minerals, agriculture, logistics or specialised skills to support productive systems across borders, that will then support the Ethiopian economy.
Seen this way, GERD is not simply a 5,150 MW Ethiopian dam. It could become part of the productive infrastructure of an increasingly integrated East African economy.
This Is Bigger Than Electricity
The Productive Allocation Gap appears throughout Africa. Consider minerals. An African can country discover lithium and the discovery creates an asset. But what happens next? The mineral can either be extracted and exported, or an economy can progressively attempt to build capabilities around processing, materials, components and eventually manufacturing. The resource is the same, but the productive consequences are different.
The developmental question is not simply how much commodity revenue these products generate. It is how much productive architecture African entrepreneurs can construct between the raw commodity and the final consumer. Processing, manufacturing, packaging, logistics, distribution, brands, intellectual property etc.
Different allocations create different economies. The resource may change, but the question remains the same: What are we building with what we have?
Africa’s Problem Is Not Only Resource Scarcity
This leads to a more uncomfortable continental conclusion. Africa unquestionably has some resource shortages. We need more electricity, entrepreneurs need more capital, industries need better infrastructure, businesses need skills and countries need foreign exchange. But African economies also have other resources in abundance minerals, agricultural land, a very young population.
It is possible that we can simultaneously suffer from resource scarcity and poor resource allocation. These are different problems.
Building GERD addressed electricity scarcity, but I believe determining how GERD’s electricity contributes to economic transformation addresses the productive allocation gap.
Mobilising capital addresses financial scarcity but connecting appropriate capital to productive enterprises addresses productive allocation.
Training engineers addresses skills scarcity but building enterprises sophisticated enough to employ and continuously develop those engineers addresses productive allocation.
Building a railway addresses infrastructure scarcity but creating competitive enterprises capable of using that railway to move African products into African and global markets addresses productive allocation.
Development therefore requires two capabilities resource mobilisation and productive allocation.
Ethiopia has demonstrated extraordinary ambition in the first. GERD stands as evidence that an African country can mobilise resources over many years and build infrastructure at extraordinary scale. The next challenge is how to convert that infrastructure into widespread productive capability.
The Entrepreneur Sits Between the Resource and the Transformation
This is where the argument goes directly back to entrepreneurship. The conversion of that infrastructure into productive capacity is the reason Africa needs more entrepreneurs because entrepreneurs are among the economy’s great conversion mechanisms.
Entrepreneurs convert resources into solutions, infrastructure into businesses, technology into products, minerals into manufactured goods, knowledge into commercial capability and opportunities into enterprises. And when enough capable enterprises begin interacting, we create value chains that build industries and bring economic transformation.
GERD can generate electricity, but it cannot build a factory, create an export company or build an agro-processing enterprise. It creates the possibility and entrepreneurs and enterprises must perform the conversion. However, it is the role of governments and institutions to create the environment in which that conversion becomes possible.
The Coming Battle for Africa’s Megawatts
Ethiopia may be giving us an early glimpse of a much larger debate Africa will face. Electricity is going to become increasingly contested. Manufacturing requires electricity. Mineral processing requires electricity. Electric mobility requires electricity. Data centres and artificial-intelligence infrastructure can require enormous quantities of electricity. Growing cities require electricity. Households require electricity. And globally mobile digital businesses, including cryptocurrency miners will continue searching for locations where power is comparatively inexpensive.
Africa will therefore increasingly face a new type of development problem in trying to decide which investments should consume our scarce productive resources, and what those investments should leave behind.
That does not require hostility toward foreign investment. Quite the opposite. It requires greater sophistication about investment. We must increasingly ask: what resources will this investment consume? What enterprises will it create? What capabilities will it transfer? What skills will remain? What exports will become possible? What will the economy be capable of doing afterward that it could not do before?
This is the difference between simply attracting capital and deliberately accumulating productive capability. Investment is the input and capability is the outcome that must be measured.
Productive Allocation Is Not Centralised Planning
There is, however, an important caution. The argument for productive allocation should not become an argument that governments can perfectly identify winning industries and direct resources towards politically favoured companies. We should resist that alternative. In as much as there some unique circumstances where this can be done to shepherd growing industries, I believe markets matter, prices, competition, private capital and entrepreneurial experimentation matter more, because a factory does not become developmentally valuable simply because a government calls it strategic.
But I also understand that resource allocation ever completely neutral because governments decide which transmission networks are built. They determine electricity-market structures, build industrial parks, establish mining regimes, finance infrastructure, regulate cross-border trade create incentives and shape the environment within which private capital makes decisions.
The serious question is therefore not whether allocation occurs. It is whether African institutions become sophisticated enough to understand the productive consequences of the choices they help shape.
The objective should neither be arbitrary state direction nor blind pursuit of the highest immediate financial return. It should be an economic one in which markets, entrepreneurs, investors and institutions interact to expand the productive capabilities of the economy over time.
Ethiopia Built the Power. Now It Must Build With the Power.
This is what makes the Ethiopian story so important. GERD represents an extraordinary achievement in resource mobilisation and infrastructure development. The dam has transformed Ethiopia’s electricity system. It is supplying roughly half of national generation, supporting domestic demand and strengthening regional electricity trade.
However, Bitcoin mining represents something different. It demonstrates what happens when new economic actors discover a valuable resource and rapidly build businesses around it.
And the current hydrological pressure represents the third stage. It forces the country to decide between competing uses of that resource because the success of GERD should not eventually be measured only in megawatts. Its deepest developmental measure will be what Ethiopia and the wider region become capable of producing because that electricity exists.
How many factories? How many productive enterprises? How many exporters? How many new industries? How much technological capability? How many regional value chains? How many entrepreneurs are now able to build businesses that were previously impossible because the infrastructure did not exist? That is the stage where infrastructure begins to bring economic transformation.
What Are We Building With What We Have?
For more than a decade, Ethiopia’s great electricity question was, how do we build the power? GERD provided an extraordinary answer. Now it is faced with a harder question: Who should get it? Bitcoin miners, manufacturers, households, regional customers, data centres or new industries that have not yet been created?
There will never be one permanent answer. Economic conditions change. Hydrology changes. Technology changes. Prices change. Enterprises change. A resource that is surplus today may become scarce tomorrow.
The objective is therefore not to prescribe one allocation forever. It is to build institutions capable of continuously asking the right question: Which uses of our scarce resources best combine economic value today with productive capability tomorrow?
That question extends far beyond Ethiopia. Every megawatt Africa generates is eventually a choice. Every mineral extracted is a choice. Every dollar invested is a choice. Every hectare developed is a choice. Every pool of institutional capital allocated is a choice. And collectively, those choices determine what kinds of entrepreneurs emerge, what kinds of enterprises grow, what kinds of value chains develop and ultimately what kinds of industries Africa builds.
This is why Africa’s resource conversation must evolve.
We have spent generations asking: What does Africa have? And that question has been answered. We have oil, gas, copper, cobalt, lithium, agricultural land, sunshine, water, young people and a lot of many other resources.
Now we must become equally serious about another question: What are we building with what we have? Because resources do not transform economies by themselves. Electricity does not build factories by itself. Minerals do not create industries by themselves. Capital does not create enterprises by itself. Infrastructure does not create commerce by itself.
Between the resource and transformation stand entrepreneurs, enterprises and institutions capable of converting possibility into productive capability.
GERD demonstrates that Africa can build extraordinary infrastructure. Ethiopia’s Bitcoin dilemma now reveals the challenge that comes next. Building the resource is not enough. We must decide what the resource should build. And ultimately, that may be the harder question because the answer will determine not merely how much Africa earns from what it possesses today.
It will determine what Africa becomes tomorrow, but I bet we will fare much better if we bet on ourselves and our people. We need more entrepreneurs. We need better entrepreneurs. If we bet on them, I believe eventually, we will be better for it!
Dr Luckmore Kudakwashe, is the Founder of The Next Africa Initiative, a pan-African platform committed to developing better entrepreneurs, stronger enterprises and enduring institutions across the continent. Known as The African Entrepreneurship Evangelist, he writes and speaks on entrepreneurship, enterprise building, business leadership and Africa’s economic transformation.
He is the author of THE NEXT AFRICA: A Road Map and Blueprint for a New Generation of African Entrepreneurship, which advances a vision for an Africa transformed through a new generation of purpose-driven entrepreneurs capable of building consequential enterprises and enduring institutions.
