Industrial Electricity Consumers in Nepal
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- Working page
- Updated
- 2026-07-10
Summary
Which industries consume Nepal's electricity — and which ones burn coal and biomass instead. The companion page to Domestic Electricity Demand Distribution and the industrial-demand half of Energy Substitution Pathway.
Coverage / Method
- Data sources: NEA Annual Report FY 2024/25 (industrial electricity sales, consumer count, revenue, dues); WECS Energy Sector Synopsis 2024 (industrial total-energy cross-tab by fuel); World Bank Country Economic Memo 2025 (manufacturing analysis, captive diesel data).
- Method: Industrial electricity from NEA DCSD sales tables. Industrial total-energy fuel mix from WECS sector × fuel cross-tab. Sub-sector electricity estimates constructed from (a) WECS total-energy cross-tab, (b) known process-energy ratios per industry, (c) rough plant counts and output volumes. No NEA sub-sector electricity breakdown exists in public documents.
- Known gaps: NEA does not publish industrial electricity sales by sub-sector. Captive diesel consumption is estimated from WECS diesel-in-industry figure, not metered. The sub-sector GWh table is indicative, not verified.
Caveats
- Sub-sector estimates are constructed, not primary: The Tier 1/2/3 electricity estimates are built from process-energy ratios and plant counts; actual NEA sub-sector sales data would significantly sharpen or revise these figures.
- Single-year snapshot: FY 2024/25 for electricity; FY 2079/80 for total-energy fuel mix. Different years may not align perfectly.
- Industrial dues are structural: NPR 29.42 billion outstanding (~74% of annual industrial revenue) suggests legacy arrears or ongoing payment difficulties that complicate demand-growth assumptions.
- Captive diesel displacement is stylized: Assumes full reliability and grid availability; actual diesel displacement is constrained by outage frequency, grid extension, and industrial tariff structure.
Which industries consume Nepal's electricity — and which ones burn coal and biomass instead. The companion page to Domestic Electricity Demand Distribution and the industrial-demand half of Energy Substitution Pathway.
Headline Numbers
| Metric | Value | Source |
|---|---|---|
| Industrial electricity sales (FY 2024/25) | ~4,136 GWh | NEA Annual Report |
| Share of total electricity sales | 36.64% | NEA DCSD |
| Industrial consumer count | ~70,000 (1.23% of 5.7M) | NEA DCSD |
| Average per-industrial-consumer | ~59,000 kWh/yr | Calculated |
| Industrial total energy (all fuels, FY 2079/80) | 111,306 TJ (~30,918 GWh) | WECS 2024 |
| Electricity share of industrial total energy | 11.6% (12,874 TJ) | WECS 2024 |
| Industrial revenue from electricity (FY 2024/25) | NPR 39.88 billion (36.52% of total) | NEA DCSD |
| Outstanding industrial dues (FY 2024/25) | NPR 29.42 billion | NEA finance section |
Industrial Energy Mix — All Fuels (FY 2079/80, WECS)
| Fuel | TJ | Share of Industrial Total | Typical Users |
|---|---|---|---|
| Coal | 33,622 | 30.2% | Brick kilns, cement clinker, steel rerolling |
| Fuelwood | 31,894 | 28.7% | Tea dryers, food processing, textiles |
| Agricultural residue (bagasse) | 16,337 | 14.7% | Sugar mills, small agro-processing |
| Diesel + furnace oil + other petroleum | 16,582 | 14.9% | Captive generators, process heat, kilns |
| Electricity | 12,874 | 11.6% | Motors, lighting, grinding, induction, electrolysis |
| LPG + petrol | 477 | 0.4% | Forklifts, small equipment |
| Total | 111,306 | 100% |
Electricity-Consuming Industries — Estimated Profile
NEA does not publish an industry-level sub-sector breakdown of electricity sales. The following profile is constructed from the total-energy fuel × sector table (WECS 2024), the WB CEM manufacturing analysis, and known industrial structure. GWh figures are indicative estimates only.
Tier 1 — Large electro-intensive (>500 GWh/yr each, estimated)
| Industry | Estimated Electricity (GWh) | Basis | Notes |
|---|---|---|---|
| Cement grinding & clinker plants | ~800–1,200 | Nepal produces ~5–6 million tonnes/yr; per-tonne electricity for grinding is well-documented | |
| Iron/steel rerolling & induction furnaces | ~700–1,000 | ~30+ rerolling mills using electric induction/arc | Produces ~500,000+ tonnes/yr construction steel; induction is ~400–700 kWh/tonne |
| Cold storage & refrigeration | ~400–600 | ~200+ cold stores, mostly for potato/vegetable/fruit | High baseline load, significant in Terai where potato farming is concentrated |
Tier 2 — Medium industrial (100–500 GWh/yr each, estimated)
| Industry | Estimated Electricity (GWh) | Basis | Notes |
|---|---|---|---|
| Food & beverage processing | ~300–500 | Flour mills, dairy plants, bottling, edible oil, noodles, biscuits | Highly distributed; flour mills (~3,000+ small/medium) alone consume significant power |
| Textiles, carpets & garments | ~200–400 | Carpet weaving, garment factories, spinning mills | Nepal's single largest manufacturing export category; concentrated in Kathmandu Valley |
| Ferroalloys / ferrosilicon | ~200–350 | Several plants operating or proposed | Extremely electro-intensive (~4,000–8,000 kWh/tonne); yields 8–10× domestic value vs export sale. See Domestic-Led Hydro Strategy |
| Chemical / pharmaceutical / plastic | ~100–250 | Pharmaceuticals, PVC pipes, detergents, paints | Growing sector, ~50+ pharmaceutical manufacturers |
Tier 3 — Small industrial (<100 GWh/yr each, estimated)
| Industry | Estimated Electricity (GWh) | Basis | Notes |
|---|---|---|---|
| Brick kilns (electric/Hoffmann/VSBK) | ~50–150 | ~1,500+ kilns, but only a handful are electric | 99% of brick kiln energy is coal; electric kilns are nascent |
| Paper & pulp | ~50–100 | ~20+ paper mills | Mostly recycled-paper based; concentrated in Terai |
| Tea processing | ~50–80 | ~50+ CTC/orthodox factories | Drying uses fuelwood; withering/rolling/CTC uses electric motors |
| Sugar mills | ~40–80 | ~12+ operating sugar mills | Bagasse powers boilers; electricity for motors, centrifuges, pumps |
| Metal fabrication & workshops | ~100–200 | Thousands of small workshops, lathes, welding | Long tail distributed across all urban/peri-urban areas |
| Other (leather, jute, tobacco, glass, ceramics) | ~50–150 | Long tail of small industries | Each individually small |
Sum check
The above tiers sum to roughly 3,100–4,800 GWh, compared to the NEA-reported 4,136 GWh. The long tail of small industrial consumers — thousands of workshops, mills, and processors — fills the remaining gap.
Structural Features of Nepal's Industrial Electricity Demand
1. Aggregate data do not show the consumer concentration
From the NEA consumer data: industrial consumers are 1.23% of all customers but consume 36.64% of all electricity. This implies an average of about 59,000 kWh per industrial connection per year, but an average cannot establish the distribution. The reviewed public sources do not identify the share taken by the largest consumers, the number of high-load accounts, or their sector mix.
Large industrial conversions may be high-leverage, but the claim needs an anonymised account-level load extract or a disclosed large-customer cohort before it can be quantified.
The next evidence threshold is an anonymised NEA or regulator extract with annual kWh, maximum demand, tariff class, location and industrial sub-sector for the largest accounts. It should be published in bands if customer confidentiality prevents plant-level disclosure.
2. Industry is underelectrified compared to peers
From the WB CEM: Nepal's industry consumed ~12,800 TJ of electricity in 2022 (IEA data), which was only 9% of final industry energy consumption. By comparison:
| Country | Industry Electricity Share | Electricity Consumed (TJ) |
|---|---|---|
| Bangladesh | 35% | ~147,000 |
| Nepal | 9% | ~12,800 |
Bangladesh's industry consumes ~11× more electricity despite a somewhat larger economy. The gap is not primarily size — it is electrification depth. Nepal's industry burns coal and biomass because the grid was historically unreliable (load shedding 2007-2017, 14 hours/day) and industrial tariffs didn't incentivize fuel-switching.
3. Captive diesel generation is a hidden consumption layer
The WECS cross-tab shows ~11,646 TJ of diesel consumed in the industrial sector — equivalent to 3,235 GWh of potential electricity demand if the grid were reliable. At NPR 130/L diesel and NPR 9.44/kWh average grid tariff, the per-kWh cost of captive diesel generation (NPR 25–35/kWh) is 3–4× the grid price. Yet firms pay it because outages still affect 76% of firms (WB CEM 2022 data).
This captive diesel load is the low-hanging fruit of industrial electrification. Each GWh displaced from diesel to grid electricity saves the firm ~NPR 15–25 million in fuel costs and saves Nepal the foreign exchange cost of importing that diesel.
4. Manufacturing has been shrinking, not growing
Manufacturing fell from 7.3% of GDP (conflict era) to 5.7% (repeated-shocks era). Construction overtook manufacturing as the largest industry subsector. This means:
- Industrial electricity growth (~10% CAGR) is outpacing manufacturing GDP growth — suggesting the growth comes from electrification of existing processes (diesel → electric switching, electric grinding replacing coal-based processes) rather than from new factories.
- If manufacturing recovers, industrial electricity demand could accelerate sharply — a positive-risk scenario for the demand-creation strategy.
- If manufacturing continues to shrink, industrial electricity growth may slow — a negative-risk scenario.
Growth Trends
| Metric | FY 2020/21 | FY 2024/25 | CAGR |
|---|---|---|---|
| Industrial electricity sales | ~2,816 GWh | ~4,136 GWh | ~10.1% |
| Share of total sales | 38.69% | 36.64% | slight decline |
| Industrial revenue | — | NPR 39.88B | — |
| Outstanding industrial dues | — | NPR 29.42B | — |
Industrial Consumption and Hydro
Hydro is 94.4% of installed capacity but only ~89% of available energy (imports supply 11% in FY 2024/25, mostly in dry season). For industrial consumers this means:
- Monsoon period: abundant hydro, low marginal cost, reliable supply — the ideal time for industrial production
- Dry season: hydro output drops, imports fill the gap at higher cost, and evening peaks strain the system — the reliability gap that caused 76% of firms to report outages in 2022
Industrial consumers that can shift production seasonally (e.g. food processing timed to harvest, construction materials for building season) benefit from the monsoon abundance. Industries that need year-round continuous power (cold storage, continuous-process cement, 24/7 steel mills) face the dry-season reliability gap and are the economic case for Storage Deficit and Solar–Hydro Complementarity build-out.
Chart Specification
- Sankey for industry — fuel sources (coal 30%, biomass 43%, petroleum 15%, electricity 12%) → sub-sectors (brick, cement, steel, food, textiles, other)
- Stacked bar — industrial electricity consumption estimates by sub-sector (estimated GWh)
- Comparison panel — Nepal industrial electricity share (9%) vs Bangladesh (35%) and other peers
Related
- Domestic Electricity Demand Distribution — the full sectoral demand picture
- Nepal Final Energy Mix — the total-energy denominator with sector × fuel cross-tab
- Electricity Consumption Geographic Distribution — where industrial clusters are located
- Energy Substitution Pathway — strategy for displacing industrial coal and diesel with electricity
- Domestic-Led Hydro Strategy — why domestic industrial load matters more than exports
- Green Hydrogen Nepal — the pathway to displace coal in high-temperature industrial processes
- Storage Deficit — what industrial consumers need for 24/7 reliability
- Stranded Generation — monsoon surplus that could power additional industrial shift
- Agricultural Energy Consumption — agro-processing and irrigation