Is Ecuador's Energy Crisis Really Over? What Every Expat Should Know Before Moving Here

I'll be honest in a way I rarely am in headlines: this is the first in a series about things I've seen firsthand that matter for anyone considering a move to Ecuador. Things the glossy expat articles skip. Things I learned the hard way.

I started Cuenca Expat Hub to help people avoid those lessons. This series kicks off where most welcome guides end — in the dark.

Ecuador runs on water. Roughly 70% of what keeps the lights on comes from hydroelectric dams: Mazar, Paute, Coca Codo Sinclair, and others whose names you'll learn the moment the news announces a dry season. That is a brilliant arrangement when the reservoirs are full and a fragile one when six months pass without enough rainfall.

In late 2023 and through much of 2024, Ecuador experienced that fragility at full force. Drought drained the dams. The government responded with rotating blackouts that hit homes, businesses, hospitals, and schools for hours every day.

For millions of people, daily life collapsed into a frantic rhythm: charging phones before the next cut, rushing laundry, racing to complete remote work before the scheduled shutdown. Refrigerators softened. Medical equipment switched to battery. Small-business owners who could not afford generators simply shut their doors.

The numbers that came out afterward made clear this was not just bad luck. In April 2024, President Daniel Noboa promised to add 939 megawatts of new generation capacity. By December 2025, only 437.5 megawatts had actually been connected to the grid (source: Ecuavisa, December 2025). That is less than half of what was promised.

Four of the eight planned projects remain incomplete. The Salitral plant (100 MW), Quevedo III (50 MW), and Esmeraldas III (91 MW) are all paralyzed in legal and administrative disputes. Each was supposed to have been operational before December 2024 (source: Ecuavisa, "Ecuador perdió cerca de USD 300 millones en contratos fallidos del sector eléctrico"). The rental contract for 260 megawatts at Pascuales had been delayed five separate times in its adjudication process alone. No timeline exists for its completion.

Total figure: approximately $300 million in contracts that were signed, paid for in part, and never delivered usable power.

People in positions of influence used the crisis to enrich themselves. They pulled contracts from the state, and the money moved, but the megawatts never came. As I've said before in this community: it was a den of opportunists in which the intent was not always to generate electricity but to cash in on public panic.

It is quite difficult to make the distinction — one that my own experience in this country has forced me to refine — between government corruption and the influence of organized crime. In Ecuador these two things often become a single phenomenon. Yes, the energy sector contracts that stalled due to bureaucratic delay, legal paralysis, and political maneuvering are government corruption. However, when it becomes a systemic issue, where you can see a pattern or trend that many government contracts end up in a company embezzling the funds, subcontractors getting paid for works they did not provide, it almost seems like that was the plan to begin with.

The infiltration of state structures by criminal networks — seen in other domains like the IESS healthcare system, where probes have revealed coordinated networks operating inside public institutions — is something that can be a total reality. However, proving that is the case is another matter entirely. Both government corruption and criminal structures exist. Both damage the country. But not knowing which one is taking place obscures the solutions.

The electric sector was never the exception to either pattern. The contracting envelope makes it a faster-moving version of the same problem.

The most durable damage was not the dark months themselves, but what the darkness did afterward. The economy has not fully recovered.

Many places in the country that relied on non-stop energy to do small-scale commerce, manufacturing, and food processing stalled the moment power was lost, and they have steadily drifted lower since.

The headline numbers tell one story: Diario Expreso reported in February 2026 that Ecuador's international reserves reached $11.858 billion — the highest figure in the country's history (source: Diario Expreso, "Ecuador acumula el mayor colchón financiero de su historia"). That sounds stabilizing, even encouraging.

But the ground-level picture is different, especially far from Quito and Guayaquil. The tourism sector in Cuenca hit hotel occupancy rates of only 60% during Easter and 40% during the Foundation holidays (source: El Mercurio, via Cámara de Turismo del Azuay). Juan Pablo Vanegas, head of the Chamber, attributed the shortfall directly to a lack of public events and municipal investment.

Cuenca's City Hall allocated just $30,000 toward its own 469th anniversary cultural programming — a fraction of previous budgets, following national legislative reforms that capped municipal event spending (source: El Mercurio / Maggica FM Cuenca). Even the local business leaders, who rarely admit weakness publicly, are now speaking of two back-to-back disappointing holiday seasons.

This collapse didn't happen in a vacuum. Before the energy crisis, Ecuador was already staggering through a cascade of pressures: crime trends from coastal cartel networks shifting southward into the highlands, low tourism recovery, and municipal budget cuts. The energy crash was simply a new layer stacked on all the others.

If the money had been spent properly, Ecuador would be running on a safety net today. It isn't. The grid has slightly more generating capacity now than at the bottom of the 2024 blackouts — roughly 437.5 MW of the 939 MW promised have been connected — but not enough to weather a serious dry season.

CELEC (Corporación Eléctrica del Ecuador, the state utility that runs the country's transmission backbone) has warned in its own planning documents that every future dry season — from September to March — requires at least 430 additional megawatts of firm thermal generation beyond what is connected today (source: Ecuavisa, citing CELEC's internal planning report). The equipment that would fill that gap is precisely the equipment that did not get built.

Consequently, the drought threshold for triggering the next emergency is frighteningly low. You have heard this figure from me directly, and it comes from my own analysis in this city: just six to seven months of below-average rainfall would push the grid into crisis conditions again. That is not a multi-year anomaly — it is one mild seasonal anomaly of the kind Ecuador experiences regularly.

And the prognosis is not speculative. Because the system is still arranged on the same hydro-dependent structure. Nothing has changed.

After watching the 2024 crisis and listening to what actually worked for expats who came through it well, I became convinced of one thing: waiting for the grid to come back is not a plan. A real plan means a backup that engages the moment the lights go out, without you having to do anything.

Three options dominate the conversation here. Each has trade-offs.

This is the option I most often recommend, and it's the one many expats end up choosing. During the day, panels generate electricity and feed storage batteries. When the grid drops — and in Cuenca, the signal from CentroSur's distribution automation system is sometimes the first you know of an outage — the batteries pick up the essential loads automatically: lights, refrigerator, internet router, two or three always-on plug points. Nothing heroic. Not running the clothes dryer or the microwave. But enough to keep working and the food cold through a half-day outage.

A residential setup typically runs 1,500 to 2,500 watts. That is enough to cover the basics for one or two people.

But here is the part most guides skip: how you install it matters as much as whether you install it.

If you are renting, go non-permanent. Bolting panels to the roof or running conduit through the walls might technically raise the property's value — but in Ecuador, it is common for a landlord to request financial compensation for modifications to the home at the end of a lease, even when those modifications left the property objectively better than before. Two specific risks to avoid:

1. Paying to leave a system behind. A landlord can require you to remove equipment you installed. Removal can cost more than the installation did, especially if panels were bolted, wiring was run through walls, or the rooftop was modified.

2. Paying the landlord for modifications the landlord never asked for. Even if the improvement benefits the property, the contract may give the landlord grounds to charge for "restoration" or "improvements received."

A non-permanent setup — portable panels on a balcony rail, a freestanding ground frame, plug-in battery stations that sit inside a closet — sidesteps both risks. You walk out with the equipment when you walk out with your belongings.

For homeowners, none of this applies, and a permanent rooftop install is generally a solid investment. Cuenca sits at roughly 2,550 meters / 8,400 feet of elevation, with strong year-round sun. The return on avoided food spoilage, ruined electronics, and lost work days will outpace the unit cost within a few years.

I have yet to find a definitive English-language guide on residential solar in Ecuador — beyond the ministry bulletins and manufacturer pamphlets. That is a real gap. If you know of one, reach out — I genuinely want to review it.