Krympress reports:
The fuel and energy complex (fuel and energy complex) is on the threshold of large-scale digital transformation. New challenges, such as the need for decarbonization, increase in production and generation costs, environmental reporting requirements and high competition, pushing the industry to the active implementation of digital solutions. 2025 promises to become a growth point for technologies that can radically change the approach to energy asset management and industrial infrastructure.
Digitalization in the fuel and energy complex has long gone beyond the automation of routine processes. Today it is a strategic resource that allows you to reduce costs, ensure transparency of operations, prevent accidents and form new business models. Let’s figure out which technologies will determine the face of energy in the coming months and years.
TEC key digital trends in 2025
- Digital Twin (Digital Twin)
The development of virtual copies of production facilities allows you to simulate the behavior of equipment, predict breakdowns, optimize the work of complex systems without risk of failures in a real circuit. - AI and machine learning
Artificial intelligence is actively used to predict energy consumption, analysis of sensors, electric networks and predictive equipment maintenance. - Internet of things (IIOT)
Industrial devices become smarter: they not only transmit data, but also interact with each other in real time. This increases the efficiency of decision -making and improves control over the processes. - Automation of control
Modern SCADA and DCS systems become the center of digital control: from the distribution of energy resources to the integrated monitoring of the entire infrastructure of the enterprise. - Cybersecurity
With an increase in digitalization, the vulnerability of the infrastructure is also growing. Investments in protection against cyberosis become a priority — from encryption of the transmitted data to the creation of reserve control channels.
Why does the fuel and energy system cannot ignore digitalization
The refusal to introduce digital decisions in the fuel and energy complex is not just missed opportunities, but a direct threat of business stability. This is especially true for large generators, distribution networks and companies responsible for supplying distant regions.
Digital technologies allow:
- increase the efficiency of generation and energy transportation;
- reduce accident rate and reduce repair costs;
- ensure the flexibility of energy systems in the conditions of peak loads;
- minimize the environmental trace;
- Make strategic decisions based on data, not intuition.
As a result, not only business, but also the end consumer wins: energy becomes more reliable, environmentally friendly and more accessible.
Digitalization begins with design
One of the key aspects of digital transformation is a change in the approach to infrastructure projects. Modern Design of industrial enterprises It is impossible without the use of BIM technologies, 3D modeling, digital platforms for the object of the object’s life cycle (PLM). Already at the concept stage, you can calculate the effectiveness of the object, identify narrow places, lay solutions by energy efficiency and automation.
Digital design reduces the cost of errors, accelerates coordination, facilitates integration with future management systems. This approach allows you to connect all the stages of the life cycle: from creating to operation and modernization. Examples of effective solutions for energy facilities are presented on the ISOURCE.COM/TEK platform — a resource that collects key digital technologies for the fuel and energy complex.
Prospects for 2025 and further
The coming year will be time when the technology ceases to be an “option” for energy companies. The introduction of AI, digital doubles and industrial IOT systems are no longer an experiment, but a production necessity.
States more and more actively stimulate the transition to “smart” energy through subsidizing, grants and regulatory requirements. Private companies seek to increase the stability and adaptability of their objects to new conditions. Those who start the transformation today will be one step ahead in tomorrow.
The digitalization of the fuel and energy complex is not a one -time project, but a strategic direction of development of the entire industry. There are no trifles in it: from the sensor at the pumping station to the cloud analytical service. Each element affects the stability of the system, its safety and profitability. And it is digital technology that becomes the bridge that connects traditional energy to the industry industry.
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