# Major Technical Fault Hits Kalisindh Power Plant in Jhalrapatan as Steam Line Blast Halts 600 MW Electricity Supply > A major steam line explosion at the Kalisindh Thermal Power Plant in Rajasthan's Jhalawar district has forced the shutdown of its 600 MW first unit. Officials from the Rajasthan Vidyut Prasaran Nigam have initiated inspection and maintenance work to restore power generation. **Type:** article · **Category:** Rajasthan · **Published:** 2026-08-28 · **Source:** TrendKia **Canonical:** https://trendkia.com/en/rajasthan/rajasthan-ke-jhalrapatan-men-bara-takaniki-hadasa-kalisindh-pavara-planta-ki-paipa-phatane-se-600-megavata-bijali-utpadana-thapa-23607 · **Language:** English **Tags:** Kalisindh Thermal Power Plant, Jhalawar News, Power Outage Rajasthan, Steam Line Blast, 600 MW Power Cut, Rajasthan Electricity A major technical disruption occurred at the Kalisindh Thermal Power Plant located in the Jhalrapatan region of Jhalawar district, Rajasthan. The facility experienced a sudden steam line blast in its first unit, causing the pipeline to break and leading to massive steam leakage. Following the malfunction, power plant authorities immediately shut down the 600 megawatt (MW) unit. This unexpected operational halt has resulted in a direct deficit of 600 MW of power supply destined for the national grid and regional distribution centers. ## Steam Line Pressure Explosion and Worker Safety The incident took place on Thursday when steam pressure within the first unit's conveyance system surged beyond permissible limits. Incapable of sustaining the elevated pressure, the main line ruptured with a loud explosion. Despite the severity of the blast and the immediate release of high-pressure steam, all workers and technical personnel present near the site escaped unhurt. Operations were halted swiftly to prevent further damage to surrounding infrastructure and to secure the plant environment. ## Maintenance Lapses and Subpar Coal Quality Identified Initial insights into the breakdown point toward underlying maintenance issues and fuel quality concerns. Operating sources indicate that the thermal plant has recently been receiving inferior quality coal, which impacts combustion stability and system pressure. Furthermore, delays in scheduling mandatory shutdowns for routine boiler maintenance and unit overhauls are believed to have contributed significantly to the line failure. The lack of timely technical servicing exacerbated wear on the steam line, ultimately triggering the rupture. ## High Level Inspection and Repair Initiatives Upon receiving news of the blast, KL Meena, Director of the Rajasthan Vidyut Prasaran Nigam, visited the thermal power station situated in Undal village. He conducted an on-site inspection and interacted with staff, engineers, and plant workers to evaluate the extent of the damage. Following the evaluation, thermal engineers initiated a comprehensive annual repair and maintenance drive for the affected unit. Technical crews are currently working to repair the steam piping and restore structural integrity. ## Impact on Power Generation and Grid Supply The Kalisindh Thermal Power Plant operates with a total installed capacity of 1,200 MW, comprised of two identical units generating 600 MW each. Power produced here is fed directly into the national grid and transmitted to critical load centers across Rajasthan. With the complete shutdown of the first unit, total power generation at the facility has been slashed by half. Until the restoration process is finalized, electricity will be produced exclusively by the second 600 MW unit. Authorities expect the repair work to be completed at the earliest to resume full-scale operations. ## What this means for you The sudden loss of 600 MW from the Kalisindh Thermal Power Plant creates an immediate supply deficit that could trigger load shedding and operational adjustments across regional networks. - **Across India:** The loss of 600 MW places additional pressure on the stability of the national grid. Grid operators will need to reallocate power from surrounding state pools to balance total demand. - **In Rajasthan:** Power utilities in the state face a significant capacity shortfall during peak demand hours. Residents across urban and rural areas may experience temporary unannounced power cuts until repairs finish. - **In Jhalawar:** Local industrial clusters and manufacturing units may face unexpected operational downtime due to voltage fluctuations. Businesses will likely have to rely on diesel generators, driving up daily operational expenses. - **For Farmers:** Agricultural power schedules for tube wells and irrigation pumps may be rescheduled to non-peak hours. Farmers are advised to adjust their irrigation plans around updated state discom supply slots. - **For Domestic Consumers:** Households should prepare for potential power outages by keeping emergency power backups charged. Conserving energy during evening peak hours will help reduce stress on local transformers. ## Questions & Answers ### 1. Where is the Kalisindh Thermal Power Plant located? The plant is located in Undal village, within the Jhalrapatan area of Jhalawar district, Rajasthan. ### 2. What caused the accident at the thermal power plant? A sudden surge in steam pressure led to a blast in the steam line of the first unit, causing the pipeline to break. ### 3. How much power generation has been affected by this shutdown? The 600 MW first unit has been shut down, cutting the plant's total power output in half. ### 4. Were any workers injured during the explosion? No workers or staff members were injured in the incident, and everyone escaped safely. ### 5. What is the total power generation capacity of the plant? The Kalisindh plant has two units of 600 MW each, giving it a total installed capacity of 1,200 MW. ### 6. What action has been taken by power department officials after the blast? KL Meena, Director of Rajasthan Vidyut Prasaran Nigam, inspected the site and initiated an annual maintenance campaign for Unit 1. --- _TrendKia — Har trend, sabse pehle.. Machine-readable view; canonical HTML at the URL above._