Que: Bluspring has expanded its Engineering Asset Management Services business through the acquisition of STEAG Energy Services India. What does this acquisition add to Bluspring’s capabilities and growth strategy in India?

Ans: A decade back, asset management in the power sector was largely focused on supplying operational manpower. Today, the challenge is much broader: ensuring asset reliability, efficiency, and continuous performance across complex energy infrastructure.

STEAG brings 25 years of specialised power-sector capability to Bluspring — spanning plant O&M, engineering, digital diagnostics, testing, training, renewables and project advisory. We currently manage close to 12 GW of power assets across India and international markets, giving Bluspring an immediate and credible platform in a segment where technical depth and lifecycle accountability are non-negotiable.

For Bluspring, this is less about adding scale and more about adding specialisation. Our combined proposition now covers the full lifecycle of a power asset – engineering and commissioning support, long-term O&M, performance improvement, digital solutions, workforce skilling, and the facility and security services that keep a plant running.

We see strong potential across conventional generation, renewable energy, storage, transmission and distribution, and industrial energy infrastructure. Our goal is not simply to build scale, but to serve as a long-term performance partner with direct accountability for asset health, efficiency, and operating life.

Que: With the managed power portfolio now approaching 12 GW, what are the key areas where you see demand for specialised O&M and engineering asset management services increasing?

Ans: Plant owners are no longer evaluating O&M purely on headcount. They are looking for specialist partners who can manage technical complexity so they can focus on their core business.

With our portfolio approaching 12 GW, demand is accelerating across three primary areas. First, captive and utility power plants in energy-intensive sectors like metals, mining, cement, and refineries, where power availability directly impacts production continuity. The BALCO and Vedanta Aluminium mandates reflect how pronounced this shift is becoming.

Second, India’s policy push to add at least 80 GW of thermal capacity will drive sustained demand for expert engineering and O&M teams, right from commissioning and stabilisation through long-term operation – particularly for supercritical and ultra-supercritical units.

Third, the ageing thermal fleet requires extensive renovation and modernisation, residual life assessments, efficiency recovery, and emissions-control upgrades.

Flexible operation is emerging as another major requirement, as thermal plants are expected to operate across a much wider load range to support renewable integration. The CEA has been pushing coal units towards operating down to 40 percent minimum load, with a second phase of the flexibilisation programme now covering a significantly larger set of units.

Alongside this, there is growing demand for environmental systems upgrades, digital performance management, predictive maintenance and condition-based asset management. Beyond conventional generation, specialised engineering, owner's and lender's engineering, and performance-focused O&M will continue to grow in solar, wind, battery storage, hydro and grid infrastructure.

Que: How is Bluspring using digital technologies, predictive maintenance and engineering expertise to improve the performance and availability of existing power assets?

Ans: Our approach is straightforward – digital technology must improve engineering or operating decisions. Through STEAG, we have developed and implemented solutions spanning centralised monitoring systems, performance analysis and diagnostics, digital twins, predictive analytics, boiler-tube leakage detection, advanced process control and high-fidelity operator training simulators.

Digital twins and thermodynamic models help us compare actual plant performance against expected performance, identifying efficiency gains across the boiler, turbine, condenser and auxiliary systems. AI and machine-learning-driven predictive analytics identify abnormal patterns and early signs of equipment deterioration, enabling maintenance teams to intervene before a problem escalates into a forced outage, which is a significant shift from conventional preventive maintenance.

Centralised monitoring further allows performance comparison across multiple plants or fleets, helping management focus on areas requiring immediate attention.

The real value emerges when experienced plant engineers interpret this information, identify the root cause and translate it into the right operating or maintenance action. We, therefore, combine digital technology with our capabilities in O&M, engineering, performance testing, condition monitoring and diagnostics, rather than treating digitalisation as a stand-alone offering.

Que: India’s power sector is undergoing significant changes with RE integration, changing generation patterns and increasing demand for grid reliability. How are these trends affecting the asset management requirements of conventional power plants?

Ans: The role of conventional power plants has fundamentally shifted. They are no longer expected only to run steadily at baseload, but are also increasingly required to balance the grid as renewable generation fluctuates. In practice, this means operating at lower loads, ramping up and down more frequently, and responding faster to grid requirements.

Operating at lower loads, ramping up and down frequently, and responding rapidly to grid signals creates severe thermal stress, boiler instability, heat-rate penalties, and equipment wear. Asset management must therefore become far more dynamic and condition-based, backed by better visibility into remaining component life. Operators need better visibility of equipment health, remaining component life and performance deterioration, while control systems and operating procedures must be adapted for low-load and ramping conditions.

STEAG has worked on flexibility studies and field tests on 800 MW, 660 MW and 500 MW thermal units, covering low-load operation without oil support, ramp-rate improvement and start-up optimisation. We have also developed generic flexible-operation simulators for 660 MW supercritical and 500 MW subcritical units, which allow operators to practise such conditions without putting the actual plant at risk.

Flexibility is as much a people and operating-skills challenge as it is an engineering one. In partnership with GIZ, VGBE and the Excellence Enhancement Centre, we have also led a dedicated simulator-based training initiative on flexible operation. Going forward, conventional power, storage, renewables, and grid infrastructure must operate as one integrated system.

Que: What are the key workforce and talent challenges facing the power O&M and asset management sector, and how is Bluspring approaching skill development and talent creation?

Ans: One of the biggest challenges for the sector is the availability of experienced and appropriately skilled technical manpower. Attrition is also becoming more difficult to manage, as rapid growth across the power sector has created competing demand for experienced O&M and engineering professionals.

A generational shift is under way – experienced engineers are retiring just as technology itself is becoming more complex. Supercritical units, environmental systems, renewable integration, battery storage, advanced controls and digital tools all require new competencies.

The industry therefore needs to move beyond conventional classroom training to structured competency assessment, simulator-based learning and continuous on-the-job development. STEAG has a dedicated Power Plant Learning Centre in Noida and has trained thousands of power-sector professionals in India and overseas through classroom, simulator and site-based programmes. High-fidelity simulators are particularly valuable, as operators can practise start-up, shutdown, low-load operation, equipment malfunction and emergency scenarios without any risk to the operating plant.

We also run structured programmes for graduate engineers and competency-assessment initiatives for operating personnel to identify skill gaps and build targeted training plans. Looking ahead, Bluspring's broader workforce and skilling ecosystem, combined with STEAG's domain expertise, can help build a stronger talent pipeline for the energy sector.

Alongside technical capability, safety culture, ownership and decision-making discipline must remain integral to workforce development.

Que: Looking ahead, what are the major opportunities and trends that Bluspring expects to shape India’s power infrastructure services market over the next three to five years?

Ans: Over the next three to five years, the market will move beyond evaluating investments purely on installed capacity per rupee, prioritising the dependable performance, grid availability, and lifecycle health of the asset.

We expect the market to shift from manpower-based services to performance- and outcome-based asset management. Plant owners will look for partners who can take greater responsibility for availability, reliability, efficiency, safety and lifecycle cost – not simply supply operating personnel. Outsourcing of specialised O&M is likely to accelerate, especially among captive and private power producers who want to focus management attention on their core businesses.

The existing thermal fleet will continue to open substantial opportunities in flexibilization, renovation and modernisation, efficiency improvement, emission-control systems and life extension. Digital asset management, predictive maintenance, AI-enabled diagnostics and centralised fleet monitoring will increasingly become part of mainstream O&M rather than separate technology initiatives.

Renewable energy growth will also drive demand for grid-integration studies, power-system simulation, storage integration and hybrid-energy solutions. At the same time, owners and lenders will expect stronger lifecycle accountability from engineering and asset-management partners — creating opportunities in owners' engineering, lenders' engineering, due diligence and performance monitoring.

Ultimately, technology will become widely available. The real differentiator will be the ability to combine experienced people, strong engineering, digital intelligence and operating discipline to deliver measurable outcomes, and that is where we believe Bluspring, with STEAG as its energy specialist, is uniquely positioned.