Open your Meroshare account on any given quarter, and the odds are good that the next IPO you can apply for is a hydropower company. It has been this way for years. A run-of-river project on some river you have never heard of, priced at par, NPR 100 a share, 10 units minimum. You apply, you wait for the allotment, and if you get the standard small parcel, you flip it on listing day for a quick gain. Rinse, repeat.
That habit has trained a generation of Nepali retail investors to treat the hydropower IPO on NEPSE as a near-guaranteed bet. It is not. The supply of these issues is structural and will keep coming. But the belief that every hydropower IPO is a safe, par-priced lottery ticket is exactly the kind of lazy consensus that ends badly. The market floods you with these offers for reasons that have nothing to do with how good the underlying project is, and it systematically underprices the risks that actually decide whether a plant ever pays you a dividend.
This piece is the contrarian case. Not “avoid hydropower.” The argument is narrower and more useful: understand why the pipeline is built the way it is, then price the project-specific risk that the autopilot crowd ignores.
Why hydropower owns the IPO pipeline
Three structural forces explain the flood, and none of them is “hydropower companies are great investments.”
First, the build-out itself. Nepal’s installed capacity has grown fast, sitting at roughly 3,400 MW as of early 2025, with several thousand more megawatts under construction and well over ten thousand more in the pipeline awaiting financing or licensing. Each of those projects is a separate company that needs equity. The construction boom is, mechanically, an IPO machine.
Second, and this is the part most retail investors never think about, hydropower developers are legally pushed onto the public market. Nepal’s framework requires developers to offer shares to the public and a defined slice to the communities affected by the project. In a typical structure the promoters hold around 70 percent and raise the remaining 30 percent from the public, with roughly 10 percent reserved for project-affected locals and the balance for general investors. So a hydropower company does not list because management decided the market was hot. It lists because the rules and the financing model send it there. The supply is not a signal of quality. It is a feature of the regulatory plumbing.
Third, par pricing. Many of these issues come at face value, NPR 100, rather than at a book-built premium. To a small investor, that looks like a floor: how much can you lose buying at par? Combined with the lock-in on promoter and local shares, usually three years after allotment, the par-priced offer feels engineered for the retail flipper. That perception is doing a lot of quiet work in keeping demand high.
Put those three together and you get the autopilot. The state needs power, the rules push developers to issue, the issues come at par, and retail applies without reading the prospectus. The question is whether you should apply to every one of them on reflex, and the honest answer is no, which we argue out in should you apply to every IPO.
The risks the autopilot ignores
The IPO mechanics tell you nothing about the four risks that decide whether a hydropower share is worth holding past listing day.
Construction and cost-overrun risk
A hydropower IPO often raises money for a plant that is not finished. You are buying into a construction project, not a cash-generating asset. Tunnels in young Himalayan geology surprise their engineers. Monsoon landslides cut access roads. A delayed commercial operation date (the COD, the day the plant starts selling power) pushes revenue out by quarters or years while interest on the construction loan keeps running. Cost overruns get funded by more debt, which means the equity you bought is now sitting behind a bigger loan. The prospectus will give you a planned COD. Treat it as the optimistic case, because in this sector it almost always is.
Hydrology risk: a dry year, or a changed river
This is the risk most unique to the sector and the one retail prices least. The vast majority of Nepal’s plants are run-of-river (RoR), meaning they generate from the flow available right now rather than from water banked in a reservoir. The catch is brutal and seasonal. An RoR plant runs near full capacity through the wet monsoon months and can fall to roughly a third of that in the dry season, when river flow collapses. A company’s nameplate capacity in megawatts is not its annual energy. If you do not understand the gap between the two, you will misread the earnings every single year. The structural difference between flow-based and storage projects and why it matters for the numbers is set out in run-of-river vs. reservoir.
Then there is the longer tail. A single weak monsoon dents a year’s revenue. A glacial event, a sediment load that wears out turbines faster than modeled, or a river that simply runs lower as the climate shifts dents the whole investment thesis. The hydrology in the feasibility study is an estimate built on historical flow records. Rivers do not promise to repeat history.
Work a rough number to see why the megawatt headline misleads. Take a 10 MW run-of-river plant. At full output for every hour of the year it would produce 87,600 MWh. Real RoR plants in Nepal do not get close, because the dry months pull the average down hard. Assume a capacity factor in the region of 50 to 55 percent across the year, which is generous for many flow-based projects. That is closer to 45,000 MWh of saleable energy, roughly half the headline you might infer from the nameplate. Now layer the seasonal shape on top: a large share of that energy arrives in three or four monsoon months, exactly when the grid is most likely to be unable to take it. An investor who values the share on full-capacity assumptions is paying for energy the plant will never sell. The number that matters is annual energy multiplied by the price the PPA actually pays, not megawatts.
Offtake risk: the PPA and take-or-pay versus take-and-pay
The Power Purchase Agreement (PPA) is the contract under which the Nepal Electricity Authority (NEA) buys the plant’s electricity. It is the single most important document behind the share, and most applicants have never read its terms.
The critical distinction is take-or-pay versus take-and-pay. Under take-or-pay, once the PPA is signed, the NEA must pay for the contracted energy whether or not it actually takes it. The developer’s revenue is shielded from the grid’s problems. Under take-and-pay, the NEA pays only for the electricity it chooses to take. The wet-season surplus that the grid cannot absorb becomes the developer’s loss, not the NEA’s.
That distinction stopped being academic in June 2025. The FY 2025/26 budget replaced “take or pay” with “take and pay” for run-of-river projects, and the energy sector erupted. The Independent Power Producers Association Nepal (IPPAN) warned the change jeopardized tens of billions of rupees already invested and stalled PPAs for thousands of megawatts of pipeline projects because banks will not finance a plant whose revenue is no longer guaranteed. The point for an IPO buyer is not whether the policy stays or gets reversed. It is that the terms underneath your share can change by a single line in a budget speech, and those terms are worth more to your returns than the listing-day pop. The PPA mechanics are worth learning before you commit capital.
Evacuation and transmission risk
A plant can generate power it cannot sell. Transmission lines and substations have not kept pace with generation, so during the high-flow months a meaningful slice of energy is simply spilled, lost because there is nowhere to send it. Industry and NEA discussions have pointed to several hundred megawatts of wet-season capacity going unevacuated when lines lag. Under a take-or-pay PPA that spillage was the NEA’s headache. Under take-and-pay, it can land on the developer. Either way, a project sitting on a river basin without firm transmission is exposed in a way the par-value IPO price does not reflect.
Concentration: too many small plants, one monsoon
Here is the portfolio mistake that follows naturally from the autopilot. An investor applies to ten hydropower IPOs over two years, gets allotted in several, and feels diversified because they hold ten different companies. They are not. Most are small run-of-river plants, many in overlapping river systems, all dependent on the same monsoon and selling to the same single buyer under similar PPA terms. A weak rainfall year hits the lot at once. A policy change at the NEA hits the lot at once. That is not ten bets. It is one bet, sized ten times.
Diversification across companies in the same sector with the same weather and the same offtaker is not diversification. It is concentration wearing a disguise. If your equity book is mostly hydropower IPOs you flipped or held, you own a leveraged position on Nepal’s monsoon and on one state utility’s balance sheet.
The leverage point deserves a beat of its own, because it compounds the concentration. The NEA is the single buyer for almost all of this power. Its financial health, its ability to pay developers on time, and the policy mood of whichever government sets its rules are all upstream of your dividend. When the take-and-pay change landed in 2025, it did not threaten one company. It threatened the revenue logic of the entire sector at once. A genuinely diversified investor would want assets whose fortunes are not all tied to the same counterparty and the same weather. A wall of hydropower IPOs gives you the opposite, and the par price on the cover does nothing to offset it.
How to actually read a hydropower IPO
So what separates a hydropower IPO worth holding from a flip-and-forget lottery ticket? Work the prospectus in this order.
- PPA terms and COD. Is the PPA signed, and is it take-or-pay or take-and-pay? When is the plant expected to reach commercial operation, and how much of that date has already slipped?
- Project type and capacity factor. Run-of-river or storage? What annual energy does the company project, not just the megawatt nameplate? A plant claiming a high capacity factor on a flow-based design deserves skepticism.
- Transmission. Is there a firm line to evacuate the power, or is the project depending on infrastructure that does not exist yet?
- Capital structure. How much debt sits ahead of your equity, and what happens to that interest burden if construction runs long?
- Promoter track record. Has this group actually finished and operated a plant, or is this their first?
None of that appears on the IPO application screen in Meroshare. All of it is in the prospectus, and it is the difference between an informed bet and a reflex.
The verdict
The flood of hydropower IPOs on NEPSE is not going to stop. Nepal needs the generation, the financing model, and the rules route developers onto the public market, and par pricing keeps retail demand hot. That much is structural and durable. Treat the supply as a permanent feature of the market, not a signal.
But the consensus that grew up around that supply, that every hydropower IPO is a safe par bet, is the dangerous belief. The IPO price tells you almost nothing about construction risk, hydrology, the PPA, or whether the power can even reach the grid. Those are the variables that decide returns, and they are exactly what the autopilot skips. The valuation framework for separating a sound hydropower share from an expensive story is its own subject; we lay it out in valuing a hydropower stock on NEPSE.
If you take one thing from this: the easy money in hydropower IPOs is the listing-day flip, and that game is crowded and shrinking. The real edge is doing the work everyone else skips, reading the PPA and the hydrology, and being willing to pass on the issue that does not hold up. In a market that applies to everything on reflex, discipline is the contrarian trade.
This is analysis, not financial advice.
