Analysis of Bhutan’s Long-Term Energy Demand Projection Using the End-Use Methodology
This paper addresses the pressing need to project Bhutan's long-term energy demand by consideringcrucial factors like socioeconomic dynamics, demographic trends, technological advancements, andemerging policies, which are essential for informed policymaking. It employs two scenarios:Business as Usual (BAU) which assumes a normal economic growth rate and follows historicaltrends in energy demand, while the Policy Motivated Scenario (PMS) scenario takes into accountthe potential impact of the EV (electric vehicle) Road Map 2035 policy, which aims to promote theuse of electric vehicles in Bhutan. The Model for Analysis of Energy Demand (MAED_D) wasutilized and the results projection shows that by 2040, the total energy of Bhutan will increase byabout 121% (2,194.703 ktoe) under BAU and about 173% under PMS with respect to base year ofthis study (2017). Under BAU, by 2040, the industrial sector remains the largest consumer (59%),followed by households (21%), transportation (13%) and service (7%). The demand analysis byenergy form projects a stable biomass demand at 533.9 ktoe and substantial electricity growth at747.8 ktoe by 2040. Fossil fuel is anticipated to account 29% of the total energy in 2040 from 12 %in 2017. The motor fuel is expected to reach 286.9 ktoe by 2040. Under the PMS scenario, theelectricity consumption will increase consistently reaching 9,866.19 GWh by 2040, which accountsto 44% share of the total fuel mix. Notably the electricity as a transportation fuel is anticipated togrow significantly to 39.42 ktoe by 2040 to represents 19.33% share of the fuel mix in thetransportation sector. Furthermore the population and GDP are projected to reach 0.86 million and5.789 billion US dollars, respectively, by 2040. Per capita GDP is expected to increase from3477.547 US dollars in 2017 to 6732.48 US dollars by 2040, while final energy per capita and perGDP will account for 22.36 toe/cap and 0.069 kgoe/US$, respectively, by 2040, indicating theevolving energy landscape in Bhutan
Authors
- Thinley Norbu
- Gom Dorji
Institutions
- Royal University of Bhutan (BT)
Publication Details
- Journal
- Zorig Melong.
- Published
- 2025-08-17
- DOI
- https://doi.org/10.17102/zmv8.i2.002
- Primary Topic
- Energy and Environment Impacts
- Type
- article
- Field-Weighted Citation Impact
- 0.00