Overview
Daraundi A Hydropower Station is an operational hydroelectric facility situated in the Gorkha District of Nepal. The plant is classified as a run-of-river hydro-electric station, utilizing the natural flow of the Daraundi River to generate electricity. With an installed capacity of 6 MW, the facility serves as a key component of the regional energy infrastructure in central Nepal. The station is operated by Daraundi Kalika Hydro, which manages the operational aspects of the power generation process. The plant was commissioned in 2016, marking its entry into the national grid and contributing to the steady expansion of Nepal’s hydropower sector.
As a run-of-river facility, Daraundi A relies on the continuous flow of the Daraundi River rather than a large reservoir for storage. This design is typical for many hydroelectric projects in Nepal, where topography and seasonal water availability influence engineering choices. The 6 MW capacity places the plant in the small to medium category of hydroelectric stations, providing a consistent power output that supports local and regional demand. The location in Gorkha District offers strategic advantages, including proximity to transmission lines and access to the river’s flow, which is critical for maintaining efficiency throughout the year.
The commissioning of Daraundi A in 2016 reflects the broader trend of hydropower development in Nepal, where numerous small and medium-sized plants have been brought online to diversify the energy mix. The involvement of Daraundi Kalika Hydro as the operator underscores the role of specialized entities in managing these facilities. The plant’s operational status remains active, contributing to the reliability of the power supply in the region. The Daraundi River, as the primary water source, plays a crucial role in the plant’s functionality, with its flow characteristics directly impacting the generation capacity.
Geography and Hydrology
The Daraundi A Hydropower Station is situated within the Gorkha District of Nepal, a region characterized by significant topographical variation and dense river networks. The facility operates as a run-of-river hydroelectric plant, a design choice that relies heavily on the natural flow regime of the water body it intercepts. According to authoritative sources, the plant is located on the Daraundi River. This specific waterway serves as the primary source of hydraulic energy for the 6 MW installation operated by Daraundi Kalika Hydro. The geographical placement within Gorkha District places the station in a zone where river gradients are typically steep, favoring run-of-river schemes that minimize the need for extensive reservoir storage compared to reservoir-based hydroelectric projects.
River System and Confluence
The hydrological function of the Daraundi A station is defined by its position on the Daraundi River. The river system in this part of Nepal is part of a larger drainage network that feeds into the major river basins of the country. The Daraundi River eventually reaches a confluence with the Marshyangdi River. This confluence is a key geographical marker for the lower reaches of the Daraundi watercourse. The Marshyangdi River itself is a significant tributary in the region, contributing to the broader water resources of the Gandaki river basin system. The interaction between the Daraundi and Marshyangdi rivers influences the flow characteristics that the hydropower plant must manage. As a run-of-river plant, the Daraundi A station does not create a massive lake-like reservoir but instead uses the natural flow of the Daraundi River, channeling it through turbines before returning the water to the riverbed or a short tailrace channel. This operational mode is typical for the topography of Gorkha District, where land availability for large reservoirs is often limited by steep valley walls.
Hydrological Parameters
The operational capacity of the plant is rated at 6 MW. This capacity is directly dependent on the hydrological parameters of the Daraundi River, including its annual average flow and the head available at the site. The plant has been operational since its commissioning in 2016. The run-of-river design implies that the power generation is variable, fluctuating with the seasonal changes in the river's discharge. While the specific numerical values for the catchment area size and the exact annual average flow rate are critical for detailed hydraulic engineering analysis, the primary documented facts confirm the plant's reliance on the natural flow of the Daraundi River within the Gorkha District. The table below summarizes the key hydrological and operational parameters confirmed by available records.
| Parameter | Value / Description |
|---|---|
| Water Body | Daraundi River |
| Confluence | Marsyangdi River |
| Administrative Region | Gorkha District, Nepal |
| Plant Type | Run-of-river |
| Installed Capacity | 6 MW |
| Commissioning Year | 2016 |
| Operator | Daraundi Kalika Hydro |
The integration of the Daraundi A station into the local grid relies on the consistent flow of the Daraundi River. The confluence with the Marshyangdi River marks the downstream boundary of the immediate hydrological influence of the Daraundi watercourse. This geographical context is essential for understanding the plant's role in the regional energy infrastructure of Nepal. The 6 MW output contributes to the local power supply, leveraging the natural hydrological cycle of the Gorkha District. The run-of-river technology choice reflects the specific geographical constraints and opportunities presented by the Daraundi River's path through the district.
Construction History
The development of the Daraundi A Hydropower Plant involved a structured progression from initial feasibility assessments to final commissioning, characterized by specific engineering and environmental challenges. The project's early stages were defined by comprehensive feasibility studies conducted by Nil Tara Pvt. Ltd. and Orient Consult Pvt. Ltd. These foundational studies were critical in evaluating the hydrological potential of the Daraundi River in the Gorkha District of Nepal, establishing the technical viability of a 6 MW run-of-river configuration. The selection of these consulting firms ensured that the plant's design aligned with the specific topographical and flow characteristics of the river, setting the stage for subsequent construction phases.
Construction and Seismic Challenges
Construction activities officially commenced in 2013, with Kalika Construction taking the lead role as the primary contractor. This phase marked the transition from paper-based engineering to physical infrastructure development along the riverbank. The timeline of the construction was significantly influenced by external geological events, most notably the series of earthquakes that affected the region. These seismic activities introduced notable delays to the project schedule, requiring adjustments to construction methodologies and quality control measures to ensure the structural integrity of the hydropower facilities. The resilience of the construction team and the adaptability of the project management were tested during this period, as work had to be carefully coordinated amidst the shaking ground and potential landslides common in the Gorkha District.
Commissioning and Operational Status
Despite the interruptions caused by the earthquakes, the project remained on track for a relatively swift completion. The plant was successfully commissioned in 2016, marking the official start of its operational life. Upon commissioning, the facility began contributing 6 MW of capacity to the regional energy grid, fulfilling the initial projections set during the feasibility studies by Nil Tara Pvt. Ltd. and Orient Consult Pvt. Ltd. The operational status of the plant has remained stable since its inauguration, managed by the operator Daraundi Kalika Hydro. The successful completion of the Daraundi A Hydropower Plant serves as a testament to the effective management of construction risks in Nepal's hydroelectric sector, demonstrating how strategic planning and adaptive construction practices can overcome significant environmental hurdles to deliver reliable renewable energy infrastructure.
Ownership and Financial Structure
The Daraundi A Hydropower Station is developed and operated by Daraundi Kalika Hydro, a specialized entity responsible for the management of the facility located on the Daraundi River in Nepal’s Gorkha District. As the primary operator, Daraundi Kalika Hydro oversees the daily operations of the 6 MW run-of-river hydro-electric plant, which has been operational since its commissioning in 2016. The operational status of the plant is confirmed as active, contributing to the regional energy mix through the harnessing of water resources in the Gorkha District.
Financial backing for the project was provided by Global IME Bank, a key investor in the development of the infrastructure. The involvement of Global IME Bank highlights the strategic role of financial institutions in facilitating energy projects in Nepal, particularly in the construction of run-of-river facilities. While specific details regarding the total project cost are not explicitly detailed in the available grounding, the investment structure reflects a collaborative approach between local operators and banking entities to advance Nepal's hydroelectric capacity.
The pricing models and revenue structures associated with the Daraundi A Hydropower Station are integral to its financial sustainability. As a 6 MW facility, the plant operates within the framework of Nepal's hydroelectric market, where tariff structures and power purchase agreements typically determine the financial returns for operators like Daraundi Kalika Hydro. The run-of-river technology utilized by the plant influences its output variability, which in turn affects the pricing dynamics and financial planning of the project.
A significant aspect of the project's lifecycle is the handover agreement to the government. This arrangement outlines the terms under which the operational control and ownership of the 6 MW plant may transition from Daraundi Kalika Hydro to the Nepalese government. Such agreements are common in Nepal's hydropower sector, ensuring that infrastructure assets eventually become part of the national energy portfolio. The handover process involves detailed assessments of the plant's condition, financial obligations, and operational history, ensuring a smooth transition of responsibilities.
Why it matters
The Daraundi A Hydropower Station represents a typical example of Nepal's decentralized energy strategy following the 2010 commissioning of the Nepal Electricity Board. As a 6 MW run-of-river facility, it contributes to the national goal of reducing reliance on diesel generators in the mid-hills regions. The plant's location on the Daraundi River in Gorkha District places it within a region that has seen significant infrastructure development since the 2016 commissioning date. This timing coincides with a broader national push to integrate smaller hydro projects into the main grid to stabilize power supply during monsoon and dry seasons.
Grid Integration in Gorkha District
Operated by Daraundi Kalika Hydro, the station plays a specific role in local grid stability. Gorkha District, while not as densely populated as the Kathmandu Valley, has growing energy demands from both residential and commercial sectors. The 6 MW capacity provides a consistent baseload that helps mitigate the intermittency often associated with larger upstream projects. By feeding power directly into the regional transmission lines, the plant reduces transmission losses that typically plague Nepal's mountainous terrain. This localized generation model is critical for districts that are geographically isolated from the major thermal and large hydro hubs of the country.
Run-of-River Operational Challenges
The run-of-river technology choice at Daraundi A highlights both the opportunities and constraints of small-scale hydro in Nepal. Unlike reservoir-based plants, run-of-river stations depend heavily on the immediate flow of the Daraundi River. This makes the plant's output susceptible to seasonal variations, particularly during the dry winter months when water levels drop. The operational status as an active facility since 2016 demonstrates the resilience of this model, but it also serves as a case study for engineers analyzing the efficiency of small turbines in variable flow conditions. The project underscores the importance of site-specific hydrological data in planning future expansions in the Gorkha region.