--- title: "SWOT analysis of wind power in Nepal" subject: "Power Plant Design" chapter: 1 key: "semester_8/power_plant_design:wind-swot-nepal" source: https://www.bctengineer.com/q/semester_8/power_plant_design/wind-swot-nepal site: BCT Engineering --- # SWOT analysis of wind power in Nepal Power Plant Design · Chapter 1: Energy Sources and Electric Power Generation - Asked in: 2078 Chaitra, 6 marks - Answer checked by Claude Opus 5.5 (high effort) on 2026-10-14 - Page: https://www.bctengineer.com/q/semester_8/power_plant_design/wind-swot-nepal - Whole chapter: https://www.bctengineer.com/md/semester_8/power_plant_design/chapter-1 ## Question Write down the strength, weakness, opportunity and threats (SWOT) analysis for installing wind turbine for generating electricity in Nepal. ## Short answer Strengths: clean, no fuel, dry-season wind, modular. Weaknesses: poor data, high cost, low air density, past failures. Opportunities: wind-solar-hydro hybrids, mini-grids, climate finance. Threats: competition from hydro/solar, difficult transport, extreme weather, weak grid. ## Answer A SWOT analysis lists the internal **strengths** and **weaknesses** and external **opportunities** and **threats** of installing wind turbines for electricity in Nepal. #### Strengths - Clean, renewable, no fuel cost, no emissions in operation. - Good wind sites exist in some valleys and passes (Kagbeni and the Kali Gandaki valley in Mustang, Khumbu, parts of Palpa); SWERA (AEPC, 2008) estimated about 3,000 MW potential. - Short construction time and modular sizes from small to MW scale. - Wind is often stronger in the dry season, when run-of-river hydro output is lowest. #### Weaknesses - Wind is highly site-specific and variable in mountain terrain; turbulent valley winds. - Lack of long-term, reliable wind data and resource maps at hub height. - Low air density at high altitude reduces output. - High capital cost per kW for small turbines; spare parts and technicians not available locally. - Past failures (e.g. Kagbeni 20 kW turbine, 1989) due to poor maintenance. #### Opportunities - **Wind–solar–hydro hybrid** systems and mini-grids for remote villages not reached by the grid. - Complements hydro to reduce dry-season deficit and import of power. - Supply for telecom towers, trekking lodges and tourism. - Climate finance, carbon credits and donor support; falling global turbine prices. - Government and AEPC policies favouring renewable energy. #### Threats - Competition from cheaper, established hydropower and solar PV. - Difficult transport of long blades and towers on narrow mountain roads. - Extreme weather, icing, landslides and earthquakes damaging structures. - Weak transmission network near windy sites. - Policy and tariff uncertainty, low investor confidence. - Possible impact on birds and visual/tourism concerns in protected areas. | Internal | External | |---|---| | S: clean, dry-season wind, modular | O: hybrid mini-grids, climate finance | | W: poor data, high cost, low density | T: hydro competition, transport, disasters | ## Check yourself The answer's key points as multiple-choice questions, with the correct option and why. 1. Which is a strength of wind power for Nepal given in the answer? A. Wind is often stronger in the dry season when run-of-river hydro is lowest B. Wind is strongest in the monsoon along with hydro C. Spare parts are readily available locally D. Very low capital cost for small turbines Answer: A. Wind complements hydro by producing more in the dry season. (Key point: Dry-season strength) 2. Which is a weakness (internal) of wind in Nepal? A. Climate finance availability B. Lack of reliable long-term wind data at hub height C. Falling global turbine prices D. Hydro competition Answer: B. Poor data is listed as a weakness; the others are opportunities or threats. (Key point: Weaknesses) 3. Which is an opportunity for wind in Nepal? A. Landslides and earthquakes B. Narrow mountain roads C. Wind-solar-hydro hybrid mini-grids for remote villages D. Weak transmission network Answer: C. Hybrid mini-grids for villages beyond the grid are an external opportunity. (Key point: Opportunities) 4. Which of these is a threat? A. Difficult transport of long blades and towers on mountain roads B. Short construction time C. Modular sizes D. No fuel cost Answer: A. Transport difficulty is an external threat; the others are strengths. 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