For now, most infrastructure professionals know that infrastructure needs to evolve with the world. With all the increasing demands, including climate change, technology for designing and delivery, increasing use and change of forms of work and life, infrastructure must be economically, technologically and environmentally resistant. Our beautiful assets must be designed, designed, built and maintained with these three aspects of resilience as a fundamental and founding principle.
In addition, owners require that modern infrastructure be smart in design, construction and maintenance. They also request that the design incorporate well -organized data, optimized processes and deploy the AI responsible.
Although the interest in the lifting infrastructure is high, to achieve smarter, more resistant assets is a high order. It is completely required to rethink how infrastructure is developed, built and works, adopting new avant -garde technologies, new innovative processes and modern construction methods, world -class supply chains and a new race of digitally native native infrastructure professionals.
Fortunately, infrastructure owners and operators do not have to achieve all this alone. Three specific trends have appeared that allow the development of modern infrastructure and ensure that new developments are smart and resistant.
Investment capital growth
The first of these qualifications is the fundamental layer of capital invested with judgment. Capital infrastructure feeds the main programs and projects and stimulates economic activity, providing the creation of value in GDP, GVA and levels of social value. It also creates economic tendencies at the sector level, including the growth of investment for the AI in master planning, autonomous plants under construction and robotics and use of drone in the maintenance of assets. The infrastructure has long been a class of assets that are credible to investors, but with well -organized, secure, scalable and open data and networks, and the AI in a responsible manner, the confidence of investors is at all times in these long -term schemes.
Governments are aware that healthy infrastructure is the key to growth, providing sustainable energy supplies and water, as well as providing stable and safe societies and economies. For example, the European Investment Bank has pledged a record financing of € 100 billion by 2025 for various sectors of infrastructure, including security, defense and technological innovation. Above all, 11 billion euros of this total are engaged in networks and energy storage to support the energy transition and the deployment of the adjoining data center.
In the meantime, digitization, decarbonization and globalization are being used in a more private capital. Interest in reducing carbon emissions during operations and clean energy increases and investors consider these investments to work well. However, both government and private entities need some peace of mind that will receive solid investment performance.
One way to accuse confidence is to establish a digital operating environment at the beginning of the projects, supported by digital infrastructure twins. In the early stages of development, these clear visualizations will help investors to understand what they fund and what they will obtain in terms of an asset and their possible operating costs. The digital infrastructure twin helps organize and optimize teams throughout the project’s life cycle. And, once delivered, the digital twins support the assets managed and maintained, relieving the worry of the owner and the investors so that something could be mistaken in the line.
In addition to providing sound design, modern class engineering, modern construction methods and optimized assets management, digital twins and connected data environments, they retain economic value throughout the life of an asset, helping to further promote investors’ confidence and allow data to remain intangible in balance sheets.
AI unit for more data centers
Another enablement for infrastructure is the BOom of the AI and the Data Center. Thanks to the rush to adopt AI in many parts of work and everyday life, there is now an explosion of the construction of data centers to support the new technology. All this development is an increasing source of work for the infrastructure sector.
Development not only stops the creation of data centers to support new complex technologies. It will also require a major generation of energy and associated energy infrastructure. EU data centers used between 45 and 65 hours of Terawatt electricity in 2022. This figure could jump about 225 hours from Terawatt for the next decade. These data centers will also require the continuous creation of fiber networks to instantly transfer all the data generated.
This is a lot of incoming work. But infrastructure is not only compatible with AI: AI will also support infrastructure. The AI has the potential to revolutionize productivity in all parts of the design, delivery and management of infrastructure assets
But for all the advantages, the AI also involves challenges. Technology could cause cybersecurity threats to be more sophisticated and cheaper to execute, algorithmic biases can undermine confidence and care for care and forecasting interruption. Regulation must keep pace. The current regulation gap requires robust frameworks to help the infrastructure owners and operators identify, understand and mitigate the emerging risks.
With a wise investment, responsible integration and reflective governance, we will not only build infrastructure; We will build the physical and digital foundations for the smarter, more connected and more resistant future.
Organize with the delivery of digital projects
The final infrastructure qualification is the delivery of integrated and optimized projects. Working on your own, designers, builders and operators can do great things. But too often, his work is separated and work and knowledge are not transmitted through the project of complete life of the project or assets. Designers maintain 3D models for themselves and only provide 2D drawings. The builders do not discover design clashes until after the construction began. Operators do not receive useful data that can help optimize operations. The result is lost time and money. Too often, projects are not mistaken, they start badly.
Fortunately, advances in delivery of data and software projects can eliminate these silos, keep things right and avoid unnecessary waste. Using open and interconnected applications and platforms, you can establish a single operating model that can be used throughout the project’s life cycle. Using the model as a single source of truth can help detect and eliminate construction and operation problems during the design phase, while individual equipment operates within their favorite workflows. All teams can easily collaborate with each other and have immediate access to all the project data, helping to make decisions. Smooth, efficient and ending processes will help teams to deliver the stages of design, engineering, construction and asset management.
Carrying — Everything for living
As an example of how digital delivery can improve the development of infrastructure, consider the Hill Dickinson stadium, the new home of the English football club Everton FC. At 52,888 places and a total cost of 555 million GBP, it was a mass project. Compared the affairs was its location at the Bramley-Moore Moll abandoned in Liverpool, which required to fill the place to a depth of 10 meters with 450,000 cubic meters of sand. To this size and complexity, any problem could make a snowball quickly in disasters.
The developer Laing O’Rourke decided to advance the game by creating a digital twin of the whole project before starting the construction. Within this virtual replica, they optimized the design and eliminated the clashes. Laing O’Rourke used Bentley Synchro inside the digital twin to create 4D construction animations and to determine how to efficiently build the stage in the complex site. Through this single source of data, all teams remained in close communication while optimizing planning and programming. The construction of Hill Dickinson’s stadium ended in late August, and Everton won his first home game against Brighton & Hove 2-0. Successes in every way!
The infrastructure must evolve to keep up with the needs of a changing world. But, with an increase in sources of funding and growing confidence of investors, he speeded up with the demand for energy transition, data centers and innovatives, project delivery processes throughout the system have the opportunity to make more resistant assets, as well as improve the performance of their main projects.
Capital, data centers and optimized digital delivery processes: These three activators will soon become the life of designers, builders and operators in the coming years.
Author bio
Nathan Marsh is the regional executive of Europe, the Middle East and Africa (EMEA) in Bentley Systems. As a senior leader in the region, he is responsible for the strategy, growth and success of the EMEA business. It has more than 20 years of leadership functions within consulting in management, risk advice, private capital and corporate finance, engineering and construction, all focused on the funding, design, delivery and operation of the complex and critical national infrastructure.
Before joining Bentley, Nathan served as a digital officer for FTSE and Sec construction companies, directing the deployment of digital solutions in the main infrastructure programs to create value, reduce risk and improve performance. Nathan led the Digital Transformation Teams of the United Kingdom and Europe to ATKINS, improving the impact of technology on engineering programs. He also served as the leader of the smart cities for Ey, creating propositions and the main growth of this business that is digitally enabled in all the United States and Europe. Previously, he worked on transactions integration tasks. He then built Ey’s business, which designed and delivered smart ticket solutions for transport networks in the United Kingdom.
Nathan served as a British army officer for seven years, played a professional rugby and privileged to represent the industry in several expert panels, advice councils and committees, in charge of the responsible deployment of advanced software and sensitive in complex infrastructure assets. He received a degree in Science in Politics, Philosophy and Economics, as well as studying more in Cranfield and Sandhurst.
