Unplanned outages can compromise grid stability. WBPDCL utilizes structured Tender-Driven Overhauling Processes to refurbish boiler assemblies, repair coal handling routes, and dynamically balance high-voltage motors. Regular overhauls ensure that actual plant capability closely tracks the maximum design output. Environmental Compliance via FGD Upgrades
However, the universal principles remain:
at plants like Santaldih to boost reliability and real-time responsiveness. Digitalization and Automation
: A 10 MW floating solar project at the Sagardighi plant is part of a phased push into solar energy. Diversified Portfolio
Gentrack is a comprehensive tool that addresses the core challenges of power plant management in real time. Its key functionalities include: wbpdcl real time generation best
: By adopting advanced maintenance practices and "plugging pilferages," the corporation reduced production costs by approximately 80 paise per unit (from ₹4.2 to ₹3.4).
based on Plant Load Factor (PLF). Three of its plants secured spots in the national top five: Bakreswar TPS in India with a PLF of 92.38%. Santaldih TPS with a PLF of 91.37%. Sagardighi TPS with a PLF of 89.39%. Fueling Efficiency with "Gentrack" A critical part of this success was the adoption of real-time generation tracking . WBPDCL developed an in-house mobile app called "Gentrack" (Generation & Rake Tracking), which won the ASSOCHAM Mobile App Utilities Award What it does
Matching power generation instantly with fluctuating consumer demand prevents grid collapse and frequency fluctuations.
Ranked , logging a 93.3% PLF . Notably, its Unit 2 set a reliability benchmark by operating continuously for 505 days without a single interruption . Sagardighi Thermal Power Plant Power station OpenSagardighi, Murshidabad, West Bengal, India Unplanned outages can compromise grid stability
Bakreswar (BKTPP), Kolaghat (KTPS), Sagardighi (SgTPP), Santaldih (STPS), and Bandel (BTPS). Key Achievement:
The results of this real-time monitoring approach are evident in WBPDCL's remarkable performance. The corporation has consistently ranked among the top power generators in the country. In a national ranking of 205 thermal power stations, WBPDCL plants have secured the top positions, outperforming major private players like Tata Power, Adani Power, and Reliance Power. The overall company PLF for WBPDCL stood at in 2024-25, a testament to its operational excellence. This success is built on a foundation of real-time data and informed decision-making, made possible by platforms like Gentrack.
A photo of a solar panel or wind turbine installation, with a graph or chart in the background showing the record-breaking real-time generation numbers.
Operational parameters and plant performance data mentioned are based on published industry standards and typical WBPDCL benchmarks. For current real-time generation data, refer to the Eastern Regional Load Despatch Centre (ERLDC) live portal or WBPDCL’s official SCADA outputs. Its key functionalities include: : By adopting advanced
WBPDCL operates five major thermal power plants with a combined installed capacity of approximately : Bakreshwar Thermal Power Station Power station OpenSadaipur, West Bengal, India 1,050 MW (5 x 210 MW). Power station OpenMidnapore, Kolaghat, West Bengal, India 1,260 MW (6 x 210 MW). Sagardighi Thermal Power Plant Power station OpenSagardighi, Murshidabad, West Bengal, India Major contributor with a high PLF of 89.39%. Santaldih Thermal Power Station(STPS) Power station OpenSantaldih, S.T. Power Project Town, West Bengal, India 500 MW (2 x 250 MW), ranked #2 nationally for efficiency. Bandel Thermal Power Station (BTPS) Thermal power plant OpenBandapara, West Bengal, India
The application empowers management to make informed decisions on the fly. By viewing real-time data on generation and coal availability, they can adjust generation schedules, predict output, and pinpoint which plants are losing on account of demand-side management—all from anywhere with an internet connection.
To achieve the best operational performance, WBPDCL has transitioned toward advanced technologies, particularly in supercritical generation, which offers higher efficiency and lower emissions. 1. Embracing Supercritical Technology
To balance coal-fired base loads, WBPDCL has steadily grown its solar initiatives. The utility utilizes rooftop solar arrays, ground-mounted systems, and innovative to inject clean energy into the grid during daytime peaks. 2. Core Pillars of Real-Time Generation Optimization