Telangana’s water crisis is no longer only a question of reservoir levels or farm output. The scrutiny surrounding low water storage, coal availability and electricity supply points to a wider governance challenge: whether the state’s institutions acted on warnings early enough to protect agriculture, households and industry from a combined water-and-power shock.
The immediate concern has emerged amid warnings about a possible El Niño-linked disruption before the Vanakalam season. Experts and scientists had reportedly advised the government to take preventive measures against water and power shortages. The government said it had prepared contingency plans, but their implementation is now being questioned as water availability, hydel generation and thermal power fuel have all come under pressure.
Chief Minister A Revanth Reddy has acknowledged that the power crisis could intensify. At a review meeting with officials, he said the government was prepared to spend what was necessary to procure electricity, but that power availability in the market was limited. He directed officials to use available electricity prudently and temporarily defer electricity-intensive activities wherever possible.
On water, the Chief Minister ordered officials to assess standing crops and ensure supplies until harvesting was completed. He also called for special measures to prevent wastage, saying that “not a single drop of water” should be allowed to go to waste. These instructions reveal the government’s immediate approach: protect standing crops, manage demand and stretch existing supplies while the state faces constraints on both water and power.
The deeper question is why a crisis that was reportedly anticipated has reached this point. The available account identifies three linked preparedness failures under scrutiny: inadequate storage of water, missed opportunities to lift Godavari supplies and insufficient coal reserves for thermal power generation. Each relates to a different institution and operational decision, but together they show how water security and electricity security are connected in a state dependent on pumping, irrigation infrastructure and multiple forms of power generation.
Water storage is central to this chain. The report says Telangana failed to store sufficient water, particularly from the Godavari, even as concerns about a difficult season were being raised. Retired engineers have argued that the state missed an opportunity during a period when the river was carrying substantial flows downstream towards the sea.
In July, the Telangana Retired Engineers Association appealed to the government to operate the Kanepalli, Annaram and Sundilla barrages and lift water. The association also suggested technical measures to lift water from Medigadda when flood flows were available in the Pranahita. Its members said conditions were favourable because the Minimum Drawdown Level required to supply the Kanepalli pumping station at Medigadda was 93.5 metres, while the flood level was 97.5 metres under open-gate conditions.
According to the retired engineers, this could have enabled the lifting of around 3 TMC ft of water each day from the Kanepalli pumping station. They also offered voluntary services to the government. The report says their appeals were not acted upon. The significance of this dispute lies not only in the volume of water identified by the engineers, but in the timing of the proposed intervention: the opportunity existed during a period of favourable flows, when storage decisions could have reduced pressure later in the season.
The Chief Minister has presented a different account of the role of some retired engineers, saying the government had erred by failing to initiate action against them. He accused them of colluding with the previous BRS government in alleged irregularities and of benefiting financially through contractors. Those accusations are part of the political and administrative contest around irrigation decisions; the supplied report does not establish their truth independently.
A separate dispute concerns the Krishna basin. In August, the BRS demanded action against what it described as unauthorised drawal of Krishna water through the Nagarjunasagar Right Canal. The party alleged that 11 TMC ft had already been diverted from the Srisailam reservoir through the Veligonda tunnel and accused the state government of failing to stop it. The report attributes these claims to the BRS and does not provide an independent assessment of the alleged diversion.
These competing claims make water accounting an important part of the crisis. In a stressed season, the question is not simply how much water exists in a river or reservoir. It is also who can draw it, through which canal or pumping station, under what technical conditions and with what authority. The disputes described in the report point to the administrative complexity behind water availability: storage, pumping capacity, inter-basin flows and control over canals all shape the water that ultimately reaches farms and towns.
The power situation adds another layer. Low water levels in major dams are expected to constrain hydel generation, increasing the importance of thermal power. But coal reserves at major thermal power stations are reportedly sufficient for only about a week. The report also refers to an alleged shortfall of 40 lakh tonnes of coal from Singareni.
The combination creates a tightly linked vulnerability. Lower reservoir levels reduce the contribution from hydel generation. Thermal plants can provide an alternative only if coal is available in sufficient quantities. If fuel stocks are low and market power is limited, the state’s ability to compensate for weaker hydel output becomes more difficult. The Chief Minister’s statement that electricity could be procured if necessary, but that market availability was limited, underlines the distinction between financial willingness and actual system capacity.
The coal issue also raises questions about planning across state-owned energy institutions. Allegations have surfaced that the state government signed an agreement to supply power from the proposed 800 MW Singareni thermal power plant to Rajasthan even as Telangana faces a power shortage. The supplied report does not provide the terms of the agreement or establish whether the arrangement has affected current availability. However, the controversy shows how long-term generation projects and immediate state demand can become politically and operationally entangled.
The agriculture department appears to have recognised the risk earlier in at least one respect. Before Vanakalam, Agriculture Minister Tummala Nageswara Rao cited expert warnings about El Niño and appealed to farmers to diversify crops. Critics now argue that comparable foresight was absent in the irrigation and power departments. This contrast is important because crop choices, water releases and electricity demand are not separate policy areas. They influence one another through the season.
A crop-diversification appeal can reduce exposure to water stress only if farmers have credible information about water availability and if irrigation operations align with that advice. Similarly, instructions to conserve electricity or defer energy-intensive activities can help manage short-term demand, but they do not resolve fuel procurement, generation capacity or transmission constraints. The report therefore exposes a gap between contingency planning on paper and the institutional coordination required to implement it.
The immediate consequences could extend beyond agriculture. Farmers preparing for the next season are concerned about whether a crop holiday may be declared. Industrial units face the possibility of a power holiday. These are not equivalent measures, but both would shift the burden of limited supply onto economic activity and livelihoods. The report does not state that either measure has been formally announced; it identifies them as major concerns for farmers and industry.
For urban residents, the issue is equally significant even when the immediate headlines focus on irrigation. Electricity supports water pumping, treatment and distribution systems, while water shortages can increase dependence on energy-intensive pumping and supply arrangements. Industrial production, commercial activity and household services also depend on reliable power. A disruption that begins in reservoirs or coal yards can therefore become a municipal and economic problem.
The institutional lesson from the reported events is that preparedness cannot be reduced to a single contingency plan. It requires timely reservoir operations, transparent water accounting, fuel security, realistic power procurement and coordination between irrigation, agriculture and energy authorities. The allegations and counter-allegations also show why decisions need clear documentation: when a missed pumping opportunity or a supply agreement becomes politically contested, the public needs to know what was proposed, what was technically possible and why a decision was taken.
The evidence supplied does not establish the full causes of Telangana’s present stress. It does establish that the state is confronting simultaneous pressure on water storage, hydel generation, coal stocks and electricity availability, while rival political and technical accounts dispute responsibility for key decisions. The next important developments will be the assessment of standing crops, the government’s management of electricity demand, the adequacy of coal supplies and any decision on crop or power restrictions.
