Nepal’s hydropower sector has long been dominated by run-of-the-river (RoR) projects, which have played a crucial role in expanding installed capacity. However, their inherent dependence on seasonal river flows has prevented the country from achieving true energy security. During the monsoon season, excess generation often goes underutilized, while in the dry season, the nation faces significant energy deficits. This seasonal imbalance continues to challenge the reliability and stability of Nepal’s power supply.
Tuesday, 31 March 2026
Wednesday, 9 July 2025
Nepal’s Hydropower at a Crossroads: Why Storage is the Missing Piece
Over the past 60 years, Nepal has made remarkable progress in expanding its generation capacity from just 50 MW to 3,500 MW. The private sector has played a crucial role in this growth, contributing around 80% of the total installed capacity within a short period.
Saturday, 28 June 2025
Deconstructing the Storage Hydro PPA Pricing Framework: A Critical Review of the ERC Discussion Paper
Introduction: Nepal’s Growing Need for Energy Security
In recent years, Nepal has experienced a substantial increase in electricity generation capacity, mainly driven by run-of-river (RoR) hydropower projects. However, the country’s energy landscape is still heavily dependent on seasonal river flow, leading to surpluses in the wet season and deficits during the dry season. Recognizing this vulnerability, the Government of Nepal has prioritized storage hydropower projects in the national budget, marking a strategic shift toward energy security and grid reliability.
Monday, 23 June 2025
ERC’s New Draft on Open Access — An Example with Cost Calculation
ERC has recently released a draft regarding open access. Experts have long demanded that the private sector be allowed to use the transmission line by paying certain fees. So, this draft is a positive step forward. In this article, I try to calculate how much an open access user has to pay if we export 10 MW.
Monday, 16 June 2025
Peaking Power: Comparing RoR Hydro, Peaking Hydro, Solar, and Battery-Backed Solar in Nepal
Introduction
In recent times, there has been significant buzz surrounding battery storage for solar power projects in Nepal. Some industry observers believe the recent introduction of the “take and pay” mechanism for Run-of-River (RoR) hydropower projects is part of a broader shift aimed at prioritizing solar power coupled with battery storage. This prompted me to analyze how battery-backed solar stacks up against traditional RoR hydro and peaking RoR projects in terms of energy supply during critical demand periods.
Wednesday, 12 February 2025
Price Discrimination in Nepal’s Energy Sector: Challenges and Opportunities
The Government of Nepal has set an ambitious target to generate 28,500 MW of electricity by 2035, aiming to boost both domestic consumption and export capacity. This strategic initiative reflects Nepal's commitment to harnessing its hydropower potential, promoting sustainable energy development, and fostering economic growth through regional energy cooperation.
Key Aspects of the 2035 Energy Target
- Domestic Consumption: Approximately 13,000 MW is intended for domestic use, aiming to meet the growing energy needs of the country.
- Export Capacity: Around 15,000 MW is planned for export, primarily to neighboring countries like India, to enhance foreign currency earnings and support regional energy integration.
To achieve this target, the Department of Electricity Development (DOED) has already issued licenses for 30,000 MW of hydropower projects and 704 MW of solar projects. However, the current reliance on Run-of-River (RoR) hydropower projects raises significant challenges.


















