How AI is starting to revolutionise modern buildings

AI, IoT and digital twins are revolutionising the way buildings function. Not only are they driving rapid evolution, but they’re actively increasing the pace of the net zero journey. Kas Mohammed, VP digital energy for UK&I at Schneider Electric, explores the impact of these technologies. 

Due to increasing energy demands, engineering teams, building owners and facilities managers are growing more aware of their power requirements. Finding creative ways to reduce waste, pollution and expenses while negotiating new environmental rules has become a top priority since the net zero transition has come to the forefront. The difficulty, however, is in converting today’s property portfolios into the intelligent, sustainable structures of the future. With smart buildings providing energy savings of 10% to 30% compared to traditional buildings, it’s clear this is a battle worth fighting.

In order to transition to cleaner energy and reduce emissions, smart buildings solutions that optimise electrical power and energy use are crucial. So why are buildings receiving so much attention in the quest for net zero? After all, the largest contributors to greenhouse gas emissions are frequently thought to be the transportation and heavy industrial sectors. But in actuality, the built environment contributes a significant 39% of carbon emissions worldwide.

Sustainable development

The building industry is essential in accelerating decarbonisation and achieving the UK’s ambitious net zero goals. It’s critical to act now to guarantee that the built environment develops sustainably, minimising its long-term impact on the climate, as cities expand and new buildings spring up to accommodate an increasing population.

So how can we accelerate the shift to net-zero buildings? The climate problem is fundamentally an energy one. Reducing emissions and electrifying the sector requires efficient building energy management. In addition to improving building efficiency, intelligent technologies are giving building owners the vital information and insights they need to speed up their decarbonisation initiatives.

Investing in smarter buildings is a crucial step in preparing them for the future. In order to maximise operations and management, incorporating intelligent automation and real-time facilities monitoring into building infrastructure is essential. This not only minimises the need for a large workforce, but it also makes tightening budgets easier to manage and ensures an effective use of space. Additionally, smart energy infrastructure enables the integration of renewable energy sources like solar and wind, and supports smart grids as they become increasingly electrified and linked. These developments are essential for a more sustainable future.

Data driven approach

From the design stage to the deployment of smart infrastructure, cutting-edge technologies like artificial intelligence (AI) and digital twins are essential for speeding up the path to net zero. The Internet of Things is another important force in this development. IoT sensors can be easily incorporated into existing building systems to increase their functions at a reasonable cost with minimal disruption while boosting safety, adaptability, and regulatory compliance. 24/7 cloud-based data intelligence makes it feasible to monitor environmental conditions in real time, providing insightful information on energy and space usage as well as occupant preferences that can be remotely managed. Building owners can minimise energy costs, improve operational efficiencies, and lessen their carbon impact with this data-driven approach.

Artificial intelligence (AI) can also dynamically adjust environmental factors such as temperature, lighting, and air quality based on external conditions and occupancy patterns. By leveraging predictive analytics, which employs data and machine learning, it can anticipate needs and facilitate proactive changes to airflow distribution and system settings. This level of automation helps reduce unnecessary energy consumption, allowing building owners to enhance asset performance while achieving significant cost savings.

Future-ready designs

However, this is only the start. Through the effective analysis of vast amounts of asset and facility data, AI systems can continuously optimise operations. This procedure improves overall efficiency by extracting and processing valuable insights in addition to capturing crucial asset knowledge. Additionally, AI can improve efficiency and well-being. By taking proactive steps to improve occupant comfort, it can help increase productivity in workplace settings.

To accompany this, the way facility owners oversee the planning and execution of electrical infrastructure is being completely transformed by digital twins. Digital twins enable designers to model and optimise a facility’s power system’s performance prior to installation by generating a virtual version of the system. In order to enable continual optimisation and scalability, they also support the concept of a ‘live digital twin’, in which the digital model is updated in real-time using data from the facility’s systems. Facility managers can use this feature to help plan for upcoming infrastructure improvements like onsite energy production and EV charging stations.

Cultivating a Sustainable Future

The UK is already utilising these technologies; there’s no need to wait. The London headquarters of the multinational design, engineering, and consulting firm Sidara, which is situated at 150 Holborn, is a perfect example. This location uses a complex network of more than 650 IoT sensors and controllers to gather, process, and control over 60,000 data points using smart building controls. These gadgets provide crucial information on ambient conditions, occupancy patterns and energy consumption.

Sidara can customise building conditions to meet the unique needs and preferences of its occupants by leveraging this data. Through adjustments to temperature, lighting and air quality, the system ensures that workspaces are not only comfortable but also optimised for productivity and well-being. Moreover, this strategy plays a vital role in the company’s efforts to reduce energy waste and is integral to its goal of achieving decarbonisation by 2030 as part of the World Green Building Council’s Net Zero Carbon Buildings Commitment. By tailoring facilities to occupancy levels, Sidara can effectively enhance comfort while minimising energy waste.

This and numerous other smart buildings that are popping up all around the UK will be essential to the energy transition. As we work to reduce energy waste and harmful emissions, it is becoming more and more clear that AI and digital twins will improve the performance of both new and existing buildings. Smart buildings will be essential in removing carbon emissions from the built environment and clearing the path for a future that is more robust and sustainable.

Image courtesy of Schneider Electric