Nepal Final Energy Mix

Summary

The full fuel × sector matrix of Nepal's final energy consumption, straight from the WECS Energy Sector Synopsis 2024 (FY 2079/80). This is the page that answers "how much of Nepal's total energy is actually hydro?" with a number other than the one everyone quotes. It is the denominator for every serious claim in Master Thesis and Domestic-Led Hydro Strategy.

Coverage / Method

• Data source: WECS Energy Sector Synopsis Report 2024 (FY 2079/80), Chapter 4.2.2 and Appendix Table 4.
• Method: Fuel × sector cross-tab decoded from WECS published tables. All rows summed to within rounding of published sector totals. Historical trajectory assembled from prior WECS synopses (2010, 2019, 2020, 2021, 2022/23).
• Known gaps: FY 2079/80 is a single-year snapshot. The 16.81% YoY drop in total consumption may reflect one-off import compression from 2022's FX crisis; FY 2080/81 balance needed to confirm trend. Agro-processing energy is classified under "Industrial," not "Agriculture," in WECS framing.

Caveats

• Single-year snapshot: FY 2079/80 data; the post-COVID, post-FX-crisis year may not be representative of long-term trajectory.
• Biomass estimates rely on survey assumptions: The 63.87% traditional biomass share relies on household fuel-use surveys and stock-flow models, not metered consumption.
• Classification boundary: Agro-processing (sugar mills, tea dryers, food processing) is classified under "Industrial" in WECS, not "Agriculture." Total farm-sector energy is understated if agro-processing is excluded.
• Historical comparisons are approximate: Earlier WECS reports used slightly different boundaries and survey years; the trajectory table should be read as indicative, not precisely comparable.

The full fuel × sector matrix of Nepal's final energy consumption, straight from the WECS Energy Sector Synopsis 2024 (FY 2079/80). This is the page that answers "how much of Nepal's total energy is actually hydro?" with a number other than the one everyone quotes. It is the denominator for every serious claim in Master Thesis and Domestic-Led Hydro Strategy.

Headline numbers (FY 2079/80 / ~2022–23)

Axis 1 — Consumption by source

Axis 2 — Consumption by sector × fuel (TJ)

Decoded from WECS 2024 Table 4 / Chapter 4.2.2 cross-tab. All rows sum to within rounding of the published sector totals.

("Other petroleum" — furnace oil (1,369 TJ in industry) and kerosene totals — is folded into the petroleum columns above; small residual rounding is in the totals row.)

The five structural facts in this table

1. Fuelwood in household cooking is the single biggest energy flow in the country

257,226 TJ of fuelwood burned in residential use is 48.3% of all final energy consumed in Nepal. Not industry, not transport. Kitchens. See Domestic Electricity Demand Distribution for the companion "<1% of households cook with electricity" fact — together these two numbers are the central feature of Nepal's energy system, not a footnote.

2. Industry is 21%, but it's not factories — it's bricks, cement, and steel rerolling

Inside the 111.3 PJ industrial sector:

• Coal 33.6 PJ (30.2%) — this is ~99% of all coal consumed in Nepal, almost entirely brick kilns (fixed-chimney Bull's-trench type, ~1,500+ operating), cement clinker, and iron/steel rerolling.
• Biomass 48.2 PJ (43.3%) — fuelwood + bagasse. Long tail of small plants: tea dryers, sugar mills, cardamom dryers, food processing, textiles.
• Petroleum 16.6 PJ (14.9%) — diesel gensets (captive power), process heat. A direct reliability cost of the grid, linked to Stranded Generation.
• Electricity 12.9 PJ (11.6%) — the grid touches only ~12% of industrial energy. Electrification of industry is largely still ahead of Nepal.

Industry is bigger than a casual reader expects precisely because Nepal's energy statistics classify brick kilns and a long tail of small biomass-fed plants as "industrial." Few of them are large factories in the modern sense.

3. Transport is 10.4%, and it is essentially 100% imported fossil

55,528 TJ petroleum vs 25 TJ electricity in transport. Split inside petroleum:

• Diesel 54.9% (trucks, buses, tractors)
• Petrol 34.0% (motorcycles, cars)
• ATF 11.1% (aviation — all of Nepal's aviation fuel, 6,191 TJ)
• Electricity 0.05% (trolley bus + statistical noise of early EVs)

Transport is ~10% of energy volume but close to 40–50% of the foreign-exchange cost of Nepal's energy system, because every drop is imported from India via the Motihari–Amlekhgunj pipeline (operational 2019) plus road tankers.

4. Electricity is where Nepal's sector-mix hides a surprise

Electricity shares within each sector:

Construction/mining is the only sector in Nepal that is already majority-electric. Residential (the biggest sector) is only 5% electric because wood still does the cooking and heating. See Energy Substitution Pathway for the implications.

5. The "hydro share" of Nepal's total energy

Hydro is 94.4% of installed electricity capacity (see Nepal Energy Profile, Hydropower Fleet Composition). Electricity is 7.23% of final energy. So:

Hydro ≈ 6.8% of Nepal's final energy. Solar PV (0.6%), biogas (2.0%), and micro-hydro (0.4%) add ~3% more. The other ~90% of Nepal's final energy is still biomass + fossil.

This number collapses the "Nepal is a hydropower country" frame into something more honest: Nepal has a hydropower electricity system. Its total energy system is still a biomass-and-petroleum system with an electric overlay that is growing fast but starts from ~7%.

The solar section is best read against this denominator. Today's solar fleet is too small to move final-energy shares by itself, but its marginal value is high because it lands in the binding season and can be built faster than large hydro. Solar in the Master Narrative frames this as a marginal-investment argument, not a claim that solar dominates Nepal's energy balance.

Historical trajectory

The 16.81% drop in total consumption in FY 2079/80 vs FY 2078/79 is striking. WECS attributes it primarily to sharp declines in coal (−41.5%) and petroleum (−16.1%) imports, partially offset by electricity growth (+21.2%). Whether this reflects genuine substitution or one-off import-compression from 2022's FX crisis is a forward-research question — the FY 2080/81 balance will tell us.

Chart Specification

Three public-facing chart panels:

1. Sankey — sources → sectors, widths in TJ. The single fattest stream is "Fuelwood → Residential" (257 PJ). "Coal → Industrial" (33.6 PJ) and "Diesel → Transportation" (30.5 PJ) are the next two fattest. Hydro/electricity threads are visually thin across the whole diagram. This is the single most powerful image for the essay's pivot from "hydro story" to "energy story."
2. Stacked 100% bar per sector — show that residential is dominated by biomass, industrial by coal+biomass, transport by petroleum, while only construction/mining and (to a lesser extent) agriculture are electricity-majority.
3. Time-series — total PJ and electricity share, 2009 → 2023, showing the ~5x slow rise of electricity share against nearly flat fuelwood share.

Linked Source

• WECS Energy Sector Synopsis Report 2024 — full report; cross-tab is in Chapter 4.2.2 and Appendix Table 4.

Related

• Energy Substitution Pathway — the "three sinks to displace" strategic read of this table
• Nepal Energy Profile — country-level snapshot of the electricity system
• Domestic Electricity Demand Distribution — sectoral electricity sales and the electric-cooking gap
• Hydropower Fleet Composition — what's inside that 7.23% electricity slice
• Domestic-Led Hydro Strategy — the strategic implication: displace biomass + fossil with hydro-electric loads
• Green Hydrogen Nepal — one of the few paths to displace industrial coal (brick kilns, cement)
• Solar in the Master Narrative — why a small current share can still matter at the margin
• Master Thesis — the denominator this table provides