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Maximizing returns through effective asset management

Insight,
Energy
14th January 2025


Asset management has become a critical function for organizations operating in the energy sector. With increasingly complex grids, aging infrastructure, and the growing need for sustainability, energy companies need to balance operational efficiency, asset reliability, and costs. By adopting asset management strategies and technologies, organizations can unlock significant Return on Investment (ROI) while ensuring resilience in an ever-evolving industry. In this blog, we will explore four key areas in which we can understand the effectiveness and ROI of adopting asset management strategies.

Enhanced Operational Efficiency

Operational efficiency is an essential element of asset management and it directly influences the performance and reliability of the assets, delivering significant financial benefits both short-term and long-term.

Operational efficiency opportunities can be achieved through:

  • Resource Optimization: Streamline your O&M resources by focusing on the highest priorities and more critical tasks; protecting the assets most at risk, reducing downtime and mitigating failure risks.
  • Cost Optimization: By focusing on the most critical assets you can optimize your O&M expenditure, avoiding waste, and improving maintenance efficiencies. This approach can extend the lifespan of your assets, improving operational efficiency, lowering energy losses and driving maximized ROI.

Cost reduction

For asset management to be deemed efficient we need to consider how to minimize the total ownership cost of the critical assets. For the energy sector, this means reducing expenditure related to downtime, repairs, and inefficient resource allocation.

Cost-saving opportunities include:

  • Optimizing maintenance schedules: Through the adoption of online monitoring you can shift and optimize your resources and allocate them more effectively. This proactive approach allows you to allocate resources to where they are needed and avoid any unnecessary costs.
  • Minimizing risks and avoiding premature failures: When assets fail due to unexpected failures this inevitably leads to outages and costly repairs. Advance notice of developing issues is key to ensuring optimal health and performance and can significantly reduce the risk and impact of premature failure.
  • Maximizing the working life of your assets: Energy assets are a high-value capital expense (CAPEX) for energy operators. Operators can defer significant costly CAPEX through asset management strategies that maximize the working life of their assets.
  • Growth & Scalability: Properly maintained assets provide a strong foundation to scale and grow your operations, Reliable and resilient assets and networks allow asset managers to comfortably adapt to demand without impacting upon their operations.

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Improved Reliability

Focusing on reliability is a critical element and will impact the success of any asset management strategy. Ensuring that energy assets and networks operate seamlessly is essential. It not only enhances operational efficiency but can also enable scalability and growth, ensure regulatory compliance, support the energy transition, and maintain a strong relationship and reputation with customers and stakeholders.

The ROI achieved from improved reliability includes:

  • Minimized Downtime: Reducing asset downtime will reduce O&M costs, enhance revenue opportunities, avoid any regulatory or SLA penalties, and ensure better service for energy customers.
  • Higher Asset Availability: Considering the changing environment in the energy sector it is crucial that assets are available and able to withstand growing fluctuations and surges in demand. For renewable operators, it's vital that assets are available when needed to ensure generation can get onto the grid and protect the revenue opportunities. Real-time monitoring and predictive analytics ensure assets are available when needed, supporting operational continuity.
  • Enhanced Customer Satisfaction: Consistent and reliable operations help to build trust and long-term customer relationships, helping to not only maintain existing revenue but also provide opportunities to grow.

Extended Asset Lifespans

As previously mentioned, energy assets are high-capital commodities, and well-defined asset management strategies offer the ability to extend and maximize the working life of these high-value investments.

Operators can maximize the value of their investments through:

  • Condition-Based Maintenance: A proactive approach to maintenance ensures emerging defects can be addressed early helping to avoid accelerated asset degradation. Addressing issues in their infancy ensures assets continue to perform optimally and maintain a long service life.
  • Delaying Capital Expenditure: Assets are a major capital expense, extending asset lifespans reduces the frequency of costly replacements, providing significant financial savings.
  • Avoiding Supply Chain Issues: By minimizing the frequency of which assets need to be replaced energy companies can protect themselves from supply chain pricing fluctuations. Considering supply chain delays can range between 1-5 years, maximizing asset working life is crucial in mitigating the operational and financial impact of catastrophic failure.

Conclusion

Online monitoring solutions are at the core of effective asset management today enabling energy companies to achieve significant returns on investment.

With continuous visibility into asset health and performance, operators can address emerging issues before they escalate, preventing accelerated degradation, maintaining optimal performance and minimizing downtime, enhance asset availability. Together these enable operators to enhance the reliability and maximise the working life of their critical assets.

Online monitoring solutions support operators in realizing significant financial benefits, and value and delivering long-term success, whilst supporting the energy transition to a more reliable and resilient grid in the future

Asset monitoring in action

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