By DR AVINASH CHANDRA JOSHI
Uttarakhand’s power sector today reflects a paradox that can no longer be ignored. A state endowed with one of the highest hydropower potentials in India—estimated at around 25,000 MW—continues to face seasonal energy deficits and remains dependent on external power purchases to meet its growing demand. With rising consumption driven by urbanisation, tourism, and emerging sectors such as electric mobility, the need to reassess earlier decisions has become both relevant and necessary.
In this context, the Loharinag Pala hydropower project (600 MW) stands out—not merely as a discontinued project, but as a strategic opportunity that warrants reconsideration in light of present realities.
A comparison with Himachal Pradesh provides a useful perspective. Both states share similar Himalayan geography, fragile ecosystems, and exposure to natural disasters. Yet, their development trajectories have diverged significantly. Himachal Pradesh, despite experiencing major events such as the 2000 Sutlej floods, continued its hydropower expansion with improved engineering practices and safeguards, and today stands as a power-surplus state. Uttarakhand, on the other hand, adopted a more cautious approach in certain river stretches, particularly in the upper Ganga basin, resulting in the utilisation of only about 20–22 percent of its hydropower potential. This divergence highlights not a difference in resource availability, but in the approach to managing risk and development.
It is important to note that hydropower development in the Ganga system has not been uniformly restricted. Major projects such as Tehri, Koteshwar, Maneri Bhali I and II, and Chilla continue to operate and contribute significantly to the state and national grid. These projects demonstrate that development and ecological sensitivity have coexisted in practice. This naturally raises a pertinent question: if multiple projects are operational within the same river system, what led to Loharinag Pala being treated differently? The answer lies in a convergence of factors—its location in the upper Bhagirathi stretch, the timing of environmental discourse, evolving policy frameworks, and the project’s emergence as a focal point in public debate.
At the time, environmental concerns, amplified by advocacy movements including those led by Prof GD Agarwal, played a significant role in shaping national attention toward the need for preserving the “aviral” flow of the Ganga. These interventions were instrumental in influencing policy thinking and reinforcing ecological considerations. However, decisions taken within a particular context are not static. Over the past decade, the energy landscape has undergone substantial transformation. India’s growing dependence on renewable energy, coupled with the intermittency of solar and wind, has increased the importance of firm and flexible hydropower. Simultaneously, advancements in technology now allow for better environmental flow management, improved project design, real-time monitoring, and enhanced transparency.
Against this backdrop, revisiting Loharinag Pala is not about reopening past debates, but about aligning earlier decisions with current and future needs. From an economic perspective, the project offers a distinct advantage. A significant portion of preliminary work had already been undertaken prior to its discontinuation, which implies that revival could potentially reduce gestation periods and optimise capital costs compared to entirely new greenfield projects. In a sector where time and cost overruns are common, this becomes a critical factor. From an energy security standpoint, a 600 MW hydropower project would provide valuable peaking and balancing capacity, reducing dependence on short-term power purchases and strengthening the state’s reliability.
The experience of Himachal Pradesh further reinforces the argument that environmental risk does not necessarily preclude development. Instead, it calls for better engineering, stronger regulatory oversight, and adaptive planning. Uttarakhand itself has evolved significantly in terms of environmental safeguards, including cumulative impact assessments, environmental flow norms, early warning systems, and community-focused development frameworks. These advancements provide a foundation upon which projects like Loharinag Pala can be re-envisioned in a more sustainable and responsible manner.
Ultimately, the question is not whether development and conservation can coexist—the evidence suggests that they already do—but how to achieve a balanced and forward-looking approach. A carefully redesigned Loharinag Pala project, incorporating enhanced environmental safeguards, transparent monitoring mechanisms, and meaningful community participation, has the potential to serve as a model for next-generation hydropower development in the Himalayas. For Uttarakhand, the challenge lies in moving beyond the binaries of past debates and embracing a pragmatic pathway that leverages its natural strengths while safeguarding its ecological heritage.
(Dr Avinash Chandra Joshi is a Consultant and IFTDO News Editor.)
