{"id":13576,"date":"2025-11-18T16:22:00","date_gmt":"2025-11-18T14:22:00","guid":{"rendered":"https:\/\/adrem.ro\/adrem-complete-implementation-of-asset-management-system-for-energy-distributors\/"},"modified":"2026-11-11T19:09:29","modified_gmt":"2026-11-11T17:09:29","slug":"adrem-complete-implementation-of-asset-management-system-for-energy-distributors","status":"publish","type":"post","link":"https:\/\/adrem.ro\/en\/adrem-complete-implementation-of-asset-management-system-for-energy-distributors\/","title":{"rendered":"Adrem, complete implementation of Asset Management System for energy distributors"},"content":{"rendered":"\t\t
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Few industries today are undergoing such a profound transformation as energy.<\/p>

What once sounded like an ambitious public policy goal is now a reality: the energy transition is no longer a plan, but an inevitable, ongoing process that profoundly changes the way the entire energy transmission and distribution infrastructure operates. Faced with increasing pressures for efficiency, sustainability and reliability, system operators are faced with a difficult dilemma: how to manage an infrastructure built decades ago, subject to a high degree of wear and tear, in a world that demands rapid reactions, data-driven decisions and a seamless integration between the human component, technology and processes.<\/p>

For companies that have understood that the future of energy is played out in the field of digitalization, ADREM comes with a clear and concrete answer: a customized Asset Management System (AMS)<\/strong> \u2013 a platform that connects all infrastructure data in a coherent, intelligent and performance-oriented ecosystem.<\/p>

A new era in energy infrastructure management In<\/strong><\/p> the

past, the maintenance and monitoring of energy networks was based on experience and reaction. It intervened when a problem arose or when a maintenance program required it, regardless of whether it was really needed or not. It was an expensive, inefficient and, above all, limited approach by the lack of an overview of the network.<\/p>

Today, things are changing. Digitalization enables real-time data collection and analysis from hundreds of thousands of equipment, sensors, and systems. And when this data is put together and intelligently interpreted, it becomes a strategic tool.<\/p>

This is where AMS comes in \u2013 a system that transforms dispersed data from SCADA, GIS, ERP, IoT and field reports into a complete, vivid picture of the network. It is, basically, the transition from “what happened” to “what is going to happen”.<\/p>

With the help of this system, an operator not only reacts to failures, but anticipates<\/strong> them. It no longer replaces equipment according to a rigid schedule, but maintains or modernizes it based on the actual condition and calculated risk \u2013 for each individual.<\/p>

Decisions based on risk calculations<\/strong><\/p>

At the basis of the developed solution is a simple principle of managing data from energy networks: Risk = Probability of Failure (PoF) \u00d7 Consequence of Failure (CoF).<\/strong><\/p>

With the help of this formula, AMS evaluates each asset individually \u2013 whether we are talking about a 400 kV transmission line, a transformer or a power interrupter \u2013 and determines the impact that a possible failure would have on the grid.<\/p>

The data collected from SCADA and IoT provides the operational picture, GIS adds the geographical context, ERP brings the financial dimension, and the fieldwork management systems complete everything with information from daily performance.<\/p>

This synergy results in a single dashboard, which shows not only what is happening in the network, but also why<\/em> and what is going to happen<\/em>. It is a fundamental transformation, where operational decisions are based on data, not on statistics or intuitions of wear and tear.<\/p>

A complete AMS performance ecosystem<\/strong><\/p>

is not a single piece of software, but an integrated architecture, built around four major components:<\/p>

  • EAM (Enterprise Asset Management)<\/strong> \u2013 which centrally manages all assets in the network, from equipment records to maintenance work, interventions and their history.<\/li>
  • APM (Asset Performance Management)<\/strong> \u2013 or the “analytical engine” of the system, which transforms data flows into predictive information, identifying trends, deviations and probabilities of failure.<\/li>
  • AIP (Asset Investment Planning)<\/strong> \u2013 which links the technical component to investment decisions. Based on risk and performance indicators, the system prioritizes budgets where the impact is most costly.<\/li>
  • NMM (Network Model Management)<\/strong> \u2013 the core of the AMS architecture. It creates a digital picture of the entire network \u2013 a “Digital Twin” that synchronizes all data sources in real time and maintains consistency between SCADA, GIS, ERP systems and analytical applications.<\/li><\/ul>

    Together, these modules provide a unified view of the energy infrastructure, transforming AMS into an integrated decision-making and performance platform<\/strong> for the entire organization.<\/p>

    Real case: the first AMS systems in Romania, implemented by Adrem<\/strong><\/p>

    Adrem was the first company in Romania to translate this vision into a real project, implementing the first advanced asset management systems for energy distribution operators<\/strong>.<\/p>

    The platform developed by the Adrem team integrates data from five main sources \u2013 GIS, SAP, MWM, ADMS and MDM \u2013 and manages information for over 500,000 assets and sub-assets<\/strong>.<\/p>

    For the first time, distributors in Romania have a complete, dynamic and up-to-date picture of network status, risks and investment priorities.<\/p>

    The systems automatically generate maintenance and investment plans, according to the requirements of regulators and real needs in the field, optimizing the use of resources and significantly reducing operational costs.<\/p>

    The project is a premiere in the Romanian energy industry<\/strong> and marks the beginning of a new stage: that of deep digitalization, based on integration, analysis and prediction.<\/p>

    Benefits translate into concrete results<\/strong><\/p>

    Companies that adopt such an approach are not only modernizing their processes \u2014 they are fundamentally transforming the way they operate. Internationally, systems of this type have demonstrated:<\/p>

      up to
    • 30% reduction in downtime (SAIDI);<\/strong><\/li>
    • 20\u201340% decrease in the number of unplanned breakdowns<\/strong>;<\/li> savings
    • of 10\u201320% in operational costs (OPEX);<\/strong><\/li>
    • efficiency of investment planning by up to 50%<\/strong>;<\/li>
    • and, on average, a complete return on investment in 3\u20135 years<\/strong>.<\/li><\/ul>

      In addition, MSD brings an intangible benefit: confidence in decision-making<\/strong>.
      Through full data traceability, every action can be justified, every investment can be argued, and every performance report can be backed up with evidence.<\/p>

      Why is integrated asset management becoming an emergency for the Romanian energy sector?<\/strong><\/p>

      At European level, the analysis carried out by Eurelectric and Accenture on a sample of 31 distribution operators in 21 countries shows that the digital maturity of<\/strong> networks is still medium, especially in the area of maintenance and data management. Although investments in digitalisation are increasing, many companies are only in the phase of consolidating their asset databases \u2013 a necessary step to be able to move from reactive to predictive maintenance.<\/p>

      At the same time, a report by E.DSO shows that low-voltage networks in Europe<\/strong> still suffer from a low level of observability and digital integration, which limits the ability of operators to effectively manage assets and plan investments. In other words, the data exists, but it is not yet connected enough to support a strategic decision in real time.<\/p>

      Romania is no exception. The national energy infrastructure, largely built a few decades ago, needs significant investments in digitalization and automation<\/strong> to support the energy transition and increased pressure from the grid. The lack of interoperability between systems and maintenance applications means that decisions are often delayed or incomplete.<\/p>

      In this context, Adrem<\/strong> is one of the few companies in the region that has managed to complete a full implementation of an Asset Management System dedicated to energy distributors.<\/strong><\/p>

      More important than the technical complexity, however, is the significance of this achievement, namely that the deep digitization of energy infrastructure is also possible in Romania<\/strong>, with local expertise and a results-oriented approach.
      Through this implementation, Adrem has created a reference model for the entire industry \u2013 one that shows that digital transformation does not have to come “from the top down”, but can be built step by step, from within the market, where there is a real understanding of the needs and challenges on the ground.<\/p>

      For an industry where modernization can no longer be postponed, this project is not just a technological first, but a statement of direction<\/strong>: that Romania has the capacity to generate smart energy solutions, with strategic value and long-term impact.<\/p>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t","protected":false},"excerpt":{"rendered":"

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