Your Building Is Smarter Than You Think – This Is How You Avoid Unnecessary Investments and Boost Efficiency

“As a commercial property owner or manager, you play a pivotal role in the fight against climate change. At the same time, there are investments made in buildings that are not based on the best possible understanding of the building’s functions and how to achieve energy efficiency. This World Green Building Week (WGBW), dedicated to accelerating sustainable built environments worldwide, presents an opportunity to talk about practical solutions to increase energy efficiency and sustainable practices,” writes Product Operations Mika Kovanen from Pontos’ portfolio company R8 Technologies.

With over a decade of experience in building performance, energy consulting, and sustainable design, I’ve dedicated my career to driving efficiency in the built environment. Now, as Product Operations Lead at R8 Technologies, I am eager about AI’s role in optimizing building operations and its integration into the renewable energy market.

Building systems, like heating, ventilation, and air conditioning (HVAC) have become increasingly complex—so much so that they are often too complex for human operation alone to be managed optimally. The real challenge lies in unlocking the full potential of these systems to deliver true building performance, which involves a combination of indoor climate quality, energy efficiency, and flexibility to support renewable-based electrification.

Nevertheless, improving building efficiency can be a manageable challenge. In this article, I will highlight the most crucial steps for rethinking building performance-related investments and unlocking the full potential of your building.

Making Your Building More Efficient: The Steps Forward

1. Subscribe Before Investing

Electrifying building operations is a crucial step toward decarbonization. Before committing to large capital investments, it’s critical to assess how much of a building’s existing potential can be unlocked without new hardware.

By transitioning from fossil fuels to electricity—especially when sourced from renewables—or to low carbon emission district heating/cooling networks, buildings can significantly reduce their carbon footprints. However, it’s essential to recognize that even renewable energy infrastructure and energy-efficient equipment come with their own environmental impacts, from land use to material sourcing.

Traditionally, the construction and real estate industries have viewed energy savings through the lens of physical infrastructure investments. Today, subscribing to AI-driven digital operations offers a transformative opportunity not requiring hardware. These systems optimize energy use predictively and in real-time, enabling substantial improvements in building performance and flexibility. At the same time, buildings can shift from passive consumers to active participants in the energy ecosystem, adjusting consumption dynamically and contributing to grid services.

2. Tap Into the Untapped Potential of Your Building’s Data and Automate

Your building already generates a wealth of data, yet much of it remains underutilized. AI can reduce energy costs by over 20%, all while enhancing your building’s flexibility. Digital operation analyses data proactively, ensuring buildings not only perform at peak efficiency but also adapt to predicted dynamic factors like occupancy, weather, and energy market conditions.

For example, traditionally, most buildings adjust reactively their heating systems based on outdoor temperature alone requiring manual labour. In case the outdoor temperature decreases, the heating system temperature must be increased and vice versa. Today, however, AI can analyze a wide range of factors—including user preferences, market pricing, emissions, and the thermal inertia of the building—to optimize performance proactively based on actual demand, automatically. Unlike traditional approaches that manage individual systems in isolation, holistic digital operations synchronize multiple systems with micro-adjustments, unlocking the full potential of your building’s performance while improving both efficiency and flexibility.

3. Use Data to Make Optimal Investments in Building Performance

AI-powered diagnostics and digital tools can provide an accurate understanding of your building’s actual needs, often revealing lower-than-expected power requirements and showing important improvements with minimal payback. This allows for more precise decisions, such as optimal heat pump sizing, while ensuring all potential energy sources are fully accounted for.

This is how you can avoid unnecessary expenses and ensure your building operates at peak performance before further investments. This significantly reduces operational costs, resolves issues quickly, and improves, for example, tenant satisfaction—all while enhancing the building’s overall sustainability and investment appeal.

Lead the Way in Data-Driven Decarbonization

As we move deeper into the era of electrification, now is the time to rethink how we approach energy investments in buildings. The most successful decarbonization strategies will integrate digital tools to maximize existing systems while strategically planning for future upgrades. By using real-time data and intelligent decision-making, you can stay ahead of the curve, ensuring your building is prepared for the challenges of tomorrow.

Rapidly reaching decarbonization targets requires data-driven decision-making. This is the only way to ensure that decarbonization investments deliver the sustainable impact they seek and perform as expected.

With winter just around the corner, there is still time to act. By adopting AI-based digital operations now, you can optimize your building’s performance and reduce energy consumption in time for the colder months. Taking the first steps already today will allow you to enjoy the benefits of increased efficiency, cost savings, and improved indoor climate control during the next winter season.
If you’re interested in learning more about how you can boost your building’s energy efficiency and meet your climate goals, I’m happy to continue the conversation.

Mika Kovanen
R8 Technologies Product Operations Lead
(mika.kovanen@r8tech.io, +358 50 5685128)
www.r8tech.io