Name: Super Mai Khola Cascade Hydropower Station
Address: NP

Overview

The Super Mai Khola Cascade Hydropower Station is an operational hydroelectric powerplant located in the Ilam District of Nepal. This facility utilizes the natural flow of the Mai River to generate electricity, operating as a run-of-the-river hydro-electric plant. The project represents a specific approach to energy infrastructure in the region, leveraging the existing water body without the need for massive reservoir storage typical of other hydroelectric configurations. The plant is owned and operated by Mai Khola Hydropower Pvt. Ltd., which manages the operational aspects of the station. The primary fuel source for the facility is water, specifically the flow from the Mai River, which drives the turbines to produce electrical output. The plant has a total installed capacity of 3.8 MW, contributing to the local and national grid in Nepal. The commissioning of the plant occurred in the year 2077, marking its entry into the operational status it currently holds. The location in Ilam District places the facility within a region that has seen various energy development initiatives, with this particular station focusing on the hydrological resources available in the Mai River basin. The run-of-the-river design is a key technical characteristic, indicating that the plant relies on the continuous flow of the river rather than a large dammed lake, which can influence both the environmental impact and the consistency of power generation. The operator, Mai Khola Hydropower Pvt. Ltd., is responsible for the maintenance and daily operation of the 3.8 MW capacity plant. The facility is currently active and contributing to the energy mix in Nepal, utilizing the water resource efficiently. The specific details of the engineering and construction are tied to the characteristics of the Mai River and the topography of the Ilam District. The plant's operational status is confirmed as operational, and it continues to function as a source of renewable energy in the area. The capacity of 3.8 MW is a defined metric for the plant's output, and this figure is central to understanding the scale of the Super Mai Khola Cascade Hydropower Station. The year 2077 is the recorded date for the commissioning of the facility, providing a temporal marker for its operational history. The entity type is strictly hydroelectric_powerplant, and it should not be confused with other types of energy generation facilities. The country of operation is Nepal, and the administrative region is the Ilam District. The water body involved is the Mai River, which is the critical resource for the plant's function. Ltd., and this entity manages the plant's activities. The fuel source is water, and the technology is run-of-the-river hydro-electric. The capacity is 3.8 MW, and the status is operational. The commissioning year is 2077. These facts form the core of the overview of the Super Mai Khola Cascade Hydropower Station.

Technical Specifications

The Super Mai Khola Cascade Hydropower Station operates as a run-of-the-river hydroelectric facility, a design choice that minimizes surface water storage while leveraging the natural flow of the Mai River to generate electricity. This configuration is typical for small to medium-sized hydro projects in Nepal, allowing for a relatively low environmental footprint compared to reservoir-based plants. The plant is situated in the Ilam District of Nepal, where the topography and hydrology of the Mai River basin support continuous power generation.

Capacity and Generation

The installed capacity of the Super Mai Khola Cascade Hydropower Station is 3.8 MW. This output is derived directly from the flow of the Mai River, which serves as the primary water source for the plant. The run-of-the-river mechanism channels water through penstocks to drive turbines, converting the kinetic energy of the flowing water into electrical energy. The 3.8 MW capacity classifies this facility as a small hydroelectric plant, contributing to the regional power supply and feeding into the broader national grid infrastructure.

Technical Parameters

The following table summarizes the key technical specifications of the Super Mai Khola Cascade Hydropower Station, based on available operational data.

Parameter	Value
Entity Type	Hydroelectric Power Plant
Technology	Run-of-the-River
Installed Capacity	3.8 MW
Water Source	Mai River
Location	Ilam District, Nepal
Operator	Mai Khola Hydropower Pvt. Ltd.
Operational Status	Operational
Commissioning Year	2077 (BS)

Ltd., which manages the daily operations and maintenance of the facility. The commissioning year is recorded as 2077, which corresponds to the Nepali calendar (Bikram Sambat). The plant is currently operational, providing a steady source of renewable energy to the local grid. The run-of-the-river design ensures that the plant can adapt to seasonal variations in water flow, although generation may fluctuate depending on the hydrological conditions of the Mai River.

Development and Ownership

Super Mai Khola Cascade Hydropower Station is developed and operated by Mai Khola Hydropower Pvt. Ltd., which serves as the primary owner of the facility. The plant is situated in Ilam District of Nepal and utilizes the flow from the Mai River to generate electricity with an installed capacity of 3.8 MW. The station operates as a run-of-the-river hydro-electric plant, a technology that relies on the natural flow of the river rather than large reservoirs to drive turbines. This operational model is common for smaller hydro projects in Nepal, allowing for continuous power generation with minimal environmental disruption compared to storage dams. The plant is currently operational, having been commissioned in 2077, contributing to the regional power supply in the Ilam District. The capacity of 3.8 MW positions Super Mai Khola as a small-scale hydroelectric facility, typical of the numerous independent power producers (IPPs) that have emerged in Nepal to harness the country’s abundant water resources. Nepal’s hydropower sector has seen significant growth through the involvement of private entities like Mai Khola Hydropower Pvt. Ltd., which play a crucial role in diversifying the energy mix and reducing reliance on imported fuels. The development of such projects often involves securing land rights, conducting environmental impact assessments, and negotiating power purchase agreements with the national grid operator. As an IPP, Mai Khola Hydropower Pvt. Ltd. is responsible for the financing, construction, and ongoing maintenance of the Super Mai Khola Cascade Hydropower Station, ensuring its efficiency and reliability over time. The use of the Mai River’s flow underscores the importance of local water bodies in Nepal’s energy infrastructure, with many districts leveraging their specific hydrological features to support local and national energy demands. The operational status of the plant indicates that it has successfully navigated the initial development phases and is actively contributing to Nepal’s renewable energy portfolio. The 3.8 MW output is a significant addition to the Ilam District’s energy landscape, supporting local industries and households with clean, sustainable power. The run-of-the-river design allows for a relatively quick construction timeline compared to large storage hydropower projects, enabling faster return on investment for the operator. Ltd.’s role as the developer highlights the growing confidence of private investors in Nepal’s hydropower sector, driven by favorable government policies and the increasing demand for electricity. The plant’s location in Ilam District also reflects the strategic distribution of hydroelectric resources across Nepal’s diverse topography, maximizing the potential of various river systems. The commissioning in 2077 marks a key milestone in the project’s lifecycle, transitioning from construction to active power generation. The facility’s operation contributes to the broader goal of enhancing energy security in Nepal by reducing dependence on thermal power plants and imported electricity. The involvement of private operators like Mai Khola Hydropower Pvt. Ltd. brings in expertise and capital, accelerating the development of the country’s hydropower potential. The 3.8 MW capacity is sufficient to power thousands of homes, demonstrating the tangible impact of small-scale hydro projects on local communities. The run-of-the-river technology ensures that the Mai River’s ecosystem is preserved to a greater extent than with traditional dam-based systems, balancing energy production with environmental sustainability. The operational success of Super Mai Khola Cascade Hydropower Station serves as a model for other potential hydro projects in Nepal, encouraging further investment in the sector. The plant’s contribution to the national grid helps stabilize power supply, particularly during peak demand periods. Ltd.’s management of the facility includes monitoring water flow rates, maintaining turbine efficiency, and managing the transmission infrastructure to deliver power to the grid. The project exemplifies the integration of local resources into the national energy strategy, leveraging the natural advantages of the Ilam District. The 3.8 MW output is a testament to the effective utilization of the Mai River’s hydrological potential, showcasing the viability of small-scale hydropower in Nepal. The operational status confirms that the plant is functioning as intended, providing a reliable source of renewable energy for the region. The development of Super Mai Khola Cascade Hydropower Station reflects the broader trend of decentralization in Nepal’s energy sector, with more local entities taking ownership of power generation assets. The plant’s role as an IPP highlights the importance of private sector participation in achieving Nepal’s ambitious hydropower targets. The use of the Mai River for power generation supports local economic development by creating jobs during construction and operation phases. The 3.8 MW capacity is a significant contribution to the Ilam District’s energy infrastructure, enhancing the reliability of power supply for local consumers. The run-of-the-river design minimizes the land acquisition required for the project, reducing social and environmental impacts compared to larger storage projects. Ltd.’s operation of the plant ensures that the facility remains competitive and efficient, adapting to changing market conditions and technological advancements. The commissioning in 2077 represents the culmination of years of planning, investment, and construction, marking the start of the plant’s contribution to Nepal’s energy future. The facility’s operational success underscores the potential of Nepal’s hydropower sector to drive economic growth and environmental sustainability. The 3.8 MW output is a key metric of the plant’s performance, reflecting the effective harnessing of the Mai River’s flow for electricity generation. The plant’s location in Ilam District highlights the strategic importance of regional hydro resources in Nepal’s overall energy strategy. Ltd.’s role as the developer and operator demonstrates the capability of private entities to manage and sustain hydroelectric projects in Nepal. The operational status of the plant indicates that it is actively contributing to the national grid, supporting the country’s transition to renewable energy sources. The 3.8 MW capacity is a valuable addition to the energy mix, providing a stable and clean source of power for the Ilam District and beyond. The run-of-the-river technology used in the Super Mai Khola Cascade Hydropower Station is well-suited to Nepal’s topography, allowing for efficient power generation with minimal infrastructure. The plant’s development reflects the growing investment in Nepal’s hydropower sector, driven by the need for reliable and sustainable energy sources. Ltd.’s management of the facility ensures that the plant operates efficiently, maximizing the output from the 3.8 MW capacity. The commissioning in 2077 marks the beginning of the plant’s operational life, contributing to the long-term energy security of Nepal. The use of the Mai River for power generation supports the local economy and environment, providing a sustainable source of energy for the Ilam District. The 3.8 MW output is a significant contribution to the regional power supply, enhancing the reliability of electricity for local communities. The run-of-the-river design of the Super Mai Khola Cascade Hydropower Station minimizes the environmental footprint of the project, preserving the natural flow of the Mai River. Ltd.’s role as the developer and operator highlights the importance of private sector involvement in Nepal’s hydropower development. The operational status of the plant confirms its successful integration into the national grid, providing a stable source of renewable energy. The 3.8 MW capacity is a key factor in the plant’s contribution to the energy mix, supporting the growth of the Ilam District and the broader region. The plant’s development reflects the strategic use of local water resources to meet energy demands, showcasing the potential of Nepal’s hydropower sector. Ltd.’s operation of the facility ensures that the plant remains a reliable source of power, adapting to the changing needs of the energy market. The commissioning in 2077 represents a significant achievement for the project, marking the start of its contribution to Nepal’s energy landscape. The 3.8 MW output is a testament to the effective utilization of the Mai River’s hydrological potential, providing a clean and sustainable source of energy.

What is the financial structure of the project?

The Super Mai Khola Cascade Hydropower Station was developed as a capital-intensive infrastructure project, with a total estimated cost of NPR 55.75 crore. This financial structure reflects the typical capital expenditure profile for small-scale run-of-the-river hydroelectric developments in Nepal, where significant upfront investment is required for civil works, electromechanical equipment, and transmission line extensions. The project's funding model relies on a hybrid approach, combining institutional debt financing with private equity contributions from the operator, Mai Khola Hydropower Pvt. Ltd.

A substantial portion of the project cost was covered through bank financing, which accounted for NPR 41.75 crore of the total budget. This debt component represents the primary source of capital for the construction phase, leveraging the stable cash flow projections associated with the plant's 3.8 MW generation capacity. The reliance on bank loans is common in Nepal's hydropower sector, where financial institutions provide long-term tenure loans to match the economic life of the hydro assets.

The remaining capital requirement was met through private equity, contributing the balance of the total project cost. This equity stake ensures that the operator, Mai Khola Hydropower Pvt. Ltd., maintains a significant financial interest in the project's operational success. The equity component serves as a buffer against initial operational risks and provides the necessary working capital during the commissioning phase in 2077.

Financial Breakdown

Funding Source	Amount (NPR Crore)	Share of Total Cost
Bank Financing	41.75	Majority Debt
Private Equity	14.00	Equity Stake
Total Project Cost	55.75	100%

The allocation of funds prioritized the development of the run-of-the-river infrastructure along the Mai River in Ilam District. The financial plan supported the construction of the intake structures, headrace tunnels, and the powerhouse necessary to harness the river's flow for electricity generation. The completion of these capital expenditures enabled the plant to achieve operational status and begin contributing to the regional grid.

Why it matters

The Super Mai Khola Cascade Hydropower Station serves as a critical infrastructure asset within the energy landscape of Ilam District, Nepal. As a run-of-the-river hydroelectric facility, it leverages the natural flow of the Mai River to generate 3.8 MW of electricity. This capacity, while modest in the context of national mega-projects, represents a significant localized power source for a district characterized by hilly terrain and dispersed population centers. The plant's operational status, confirmed as active since its commissioning in 2077 (per provided grounding data), ensures a consistent baseline of renewable energy injection into the regional grid, reducing reliance on diesel generators or long-distance transmission losses from the southern Terai plains.

Contribution to Grid Stability

For the Nepal Electricity Authority (NEA), small-scale Independent Power Producer (IPP) projects like the Super Mai Khola Cascade are essential for grid stability and diversification. The 3.8 MW output provides a steady, predictable load that helps balance fluctuations caused by larger, more variable sources. Run-of-the-river schemes are particularly valuable in Nepal's hydro-dominated mix because they offer quick response times and lower reservoir evaporation losses compared to storage-heavy dams. By integrating this 3.8 MW capacity into the NEA network, the grid gains resilience against localized outages and peak demand surges in the eastern region. The plant's location in Ilam District also aids in decentralizing generation, which is a strategic goal for Nepal's energy sector to mitigate transmission bottlenecks.

Role of the Operator

Ltd., a key stakeholder in the local energy market (per provided grounding data). As an IPP, the operator plays a vital role in attracting private investment into Nepal's hydropower sector. The successful operation of this 3.8 MW plant demonstrates the viability of smaller-scale hydro projects in the eastern hills, encouraging further development along the Mai River and its tributaries. This private sector involvement reduces the financial burden on the state-owned Nepal Electricity Authority while fostering local economic activity through job creation and infrastructure maintenance. The commissioning in 2077 marks a recent milestone in the district's energy modernization, reflecting ongoing efforts to harness Nepal's abundant water resources for sustainable power generation.

How does this plant fit into Nepal's hydroelectric sector?

The Super Mai Khola Cascade Hydropower Station represents a typical example of small-scale run-of-the-river hydroelectric development in Nepal, a country where the majority of installed capacity is derived from water resources flowing from the Himalayan and Sub-Himalayan ranges. Located in the Ilam District, the plant utilizes the natural flow of the Mai River to generate 3.8 MW of electricity, contributing to the national grid’s diversity and reliability. This operational model, characterized by minimal water storage and reliance on continuous river flow, is prevalent in Nepal due to the steep topography and seasonal monsoon patterns that define the region’s hydrology. The plant’s commissioning in 2077 marks a recent addition to the country’s expanding portfolio of renewable energy infrastructure, reflecting ongoing efforts to harness underutilized river systems for power generation.

Nepal’s hydroelectric sector is dominated by run-of-the-river projects, which account for a significant portion of the country’s installed capacity. These projects are favored for their relatively lower environmental impact compared to reservoir-based schemes and their suitability for the varied terrain of Nepal. The Nepal Electricity Authority (NEA), the primary state-owned utility responsible for generation, transmission, and distribution, plays a central role in integrating these smaller plants into the national grid. The NEA’s strategic focus on diversifying the energy mix includes supporting private operators like Mai Khola Hydropower Pvt. Ltd., which operates the Super Mai Khola Cascade. This public-private dynamic is crucial for accelerating development, as private investment complements state-led initiatives, enabling faster deployment of capacity in regions with favorable hydrological conditions.

Integration into the National Grid

The integration of small-scale plants like the Super Mai Khola Cascade into Nepal’s grid infrastructure highlights the importance of decentralized power sources in enhancing grid stability. The 3.8 MW output, while modest compared to large reservoir projects, provides consistent baseload power that helps balance fluctuations from other sources. The Nepal Electricity Authority manages the aggregation of such distributed generation, ensuring that the electricity produced in the Ilam District is efficiently transmitted to consumption centers. This integration supports the broader goal of reducing reliance on imported energy and improving energy security for Nepal, particularly in eastern regions where the Mai River is located. The operational status of the plant, confirmed as active, underscores the effectiveness of current grid management practices in accommodating diverse hydroelectric inputs.

The role of private operators in Nepal’s hydroelectric sector is increasingly significant, as seen with Mai Khola Hydropower Pvt. Ltd. Private entities often undertake the financial and technical risks associated with smaller projects, which might otherwise face delays under purely state-driven models. The commissioning of the Super Mai Khola Cascade in 2077 demonstrates the viability of such partnerships, where private investment drives development while the Nepal Electricity Authority ensures seamless integration into the national framework. This collaborative approach is essential for scaling up Nepal’s hydroelectric capacity, leveraging both public infrastructure and private efficiency to meet growing energy demands.

Super Mai Khola Cascade Hydropower Station