---
title: "Micro and macro factors hindering generation in Nepal"
subject: "Utilization of Electrical Energy"
chapter: 1
key: "semester_7/utilization_of_electrical_energy:factors-hindering-generation-nepal"
source: https://www.bctengineer.com/q/semester_7/utilization_of_electrical_energy/factors-hindering-generation-nepal
site: BCT Engineering
---

# Micro and macro factors hindering generation in Nepal

Utilization of Electrical Energy · Chapter 1: Introduction

- Asked in: 2072 Chaitra, 8 marks
- Answer checked by Claude Opus 5.5 (high effort) on 2026-10-14
- Page: https://www.bctengineer.com/q/semester_7/utilization_of_electrical_energy/factors-hindering-generation-nepal
- Whole chapter: https://www.bctengineer.com/md/semester_7/utilization_of_electrical_energy/chapter-1

## Question

What are the micro and macro factors hindering possible generation of electricity in Nepal.

## Short answer

Macro factors include policy instability, lack of capital, limited market and weak transmission, PPA issues, and monsoon-dependent hydrology. Micro factors include land disputes, difficult geography, geological and sediment problems, environmental and social issues, skilled manpower shortage, and contractor delays. Nepal's feasible hydro potential remains largely undeveloped.

## Answer

Nepal's economically feasible hydropower potential is commonly quoted as about **42,000 to 45,000 MW** (theoretical about 83,000 MW), but only a small fraction (a few thousand MW) has been developed. The barriers can be grouped into **macro** (national/policy/economic level) and **micro** (project/local level) factors.

#### Macro factors

1. **Policy and institutional instability**: frequent changes of government and policies; slow licensing and approval; overlapping authorities (DoED, NEA, Investment Board, ministries).
2. **Lack of capital and investment**: hydropower is capital intensive; limited domestic capital markets, high interest rates, perceived country risk for foreign investors.
3. **Limited market and power trade**: small domestic demand, low per-capita consumption; wet-season surplus but dry-season deficit; power trade with India/Bangladesh depends on cross-border agreements and transmission.
4. **Weak transmission infrastructure**: delays in building transmission corridors, so completed plants cannot evacuate power (spill of energy).
5. **Power purchase agreement (PPA) issues**: delays and limits on PPAs by NEA, take-or-pay concerns.
6. **Geopolitical and regional issues**: dependence on neighbouring countries for market and equipment.
7. **Lack of integrated water resource and energy planning**; preference for run-of-river (ROR) plants, few storage projects, causing seasonal mismatch.
8. **Natural factors at national scale**: monsoon-dependent flow, climate change, glacier lake outburst floods (GLOF), earthquakes.

#### Micro factors

1. **Land acquisition and compensation disputes**; local protests and demands for shares, jobs, royalties.
2. **Difficult geography and access**: lack of roads to remote sites raises cost and time.
3. **Geological problems**: weak young Himalayan rock, landslides, tunnelling difficulties; sediment load damaging turbines.
4. **Environmental and social issues**: forest clearance, resettlement, fish migration, EIA delays.
5. **Lack of skilled manpower and local technology**; imported equipment, foreign contractors.
6. **Contractor and management problems**: cost and time overruns (e.g. delays in some large projects).
7. **Inadequate hydrological and geological data** for design.
8. **Local security issues**, strikes and bandhs.

| Macro | Micro |
|---|---|
| Policy instability | Land and compensation disputes |
| Financing difficulty | Poor road access |
| Small market, export limits | Geological and sediment problems |
| Weak transmission grid | Local protests and demands |
| PPA and tariff issues | Skilled manpower shortage |
| Lack of storage projects | Contractor delays |

#### Remedies (brief)

One-window approval, stable policy, cross-border transmission and export agreements, more storage and pumped-storage projects, domestic investment through public shares, better local benefit sharing and timely transmission construction.

## Check yourself

The answer's key points as multiple-choice questions, with the correct option and why.

1. Which is a macro factor?
   A. Land compensation disputes
   B. Poor road access to site
   C. Policy and institutional instability
   D. Contractor delays
   Answer: C. Policy instability is national-level; the others are project/local-level micro factors. (Key point: Macro vs micro)

2. What happens when transmission corridors are delayed?
   A. Plants generate more
   B. Completed plants cannot evacuate power, causing spill of energy
   C. PPAs become unnecessary
   D. Demand rises
   Answer: B. Weak transmission prevents evacuation, wasting generated energy. (Key point: Transmission issue)

3. Why does preference for run-of-river plants cause problems?
   A. They need too much storage
   B. Few storage projects lead to wet-season surplus and dry-season deficit
   C. They cannot generate power
   D. They raise tariffs only
   Answer: B. Without storage, output follows monsoon flow, causing seasonal mismatch. (Key point: Run-of-river mismatch)

4. Which is a geological micro problem?
   A. Weak young Himalayan rock, landslides and sediment damaging turbines
   B. High interest rates
   C. Cross-border agreements
   D. Government changes
   Answer: A. Geology and sediment are site-level difficulties. (Key point: Geological micro factor)

## Related in Utilization of Electrical Energy

- [Tariff types used in industry billing by NEA](https://www.bctengineer.com/question.md?key=semester_7%2Futilization_of_electrical_energy%3Atariff-types-nea-industry) — Utilization of Electrical Energy, chapter 6

## Related in other subjects

- [Case study: Nepal Electricity Authority / Telecom](https://www.bctengineer.com/question.md?key=semester_7%2Forganization_and_management%3Acase-study-nea-nt) — Organization and Management, chapter 9
- [Nepal electricity demand, supply and trend](https://www.bctengineer.com/question.md?key=semester_8%2Fpower_plant_design%3Anepal-demand-supply-trend) — Power Plant Design, chapter 1
- [Nepal generation and consumption trends](https://www.bctengineer.com/question.md?key=semester_8%2Fpower_plant_design%3Anepal-generation-trend-5-years) — Power Plant Design, chapter 1
- [Electricity in Nepal's total energy need](https://www.bctengineer.com/question.md?key=semester_8%2Fpower_plant_design%3Anepal-electricity-total-energy) — Power Plant Design, chapter 1