FEATURE

利用人工智能强化房地产和制造业的 ESG 战略

with Anna Kulik
With a decade of experience in the built environment, Anna now focuses on bridging academia, policy, and practice to drive measurable impact in real estate and address urban regeneration challenges. She is currently a doctoral candidate, an impact consultant, and Head of ESG and Impact at MIPIM.

 

ESG & AI: Streamlining Sustainable Growth

Environmental, Social, and Governance (ESG) principles were introduced with a noble ambition—to protect our planet and foster a fairer society. Over the past decade, the concept of ESG has evolved significantly, rapidly gaining popularity and largely supplanting Corporate Social Responsibility strategies, thus influencing how organisations are perceived by the world, their competitors, and potential talent. However, due to a lack of standardised regulations and measurement systems, ESG’s rise led to a surge in greenwashing. Companies sought recognition for their contributions to social and environmental causes, often exaggerating their impact. This, in turn, prompted a significant increase in regulatory measures, defining the current landscape in which we find ourselves.

”Many find themselves overwhelmed and wishing to disengage”

 

TOO MUCH RED TAPE?

ESG initiatives are transforming traditional business models in real estate, introducing new regulations and changing how information systems are managed. With a 155% increase in mandatory reporting requirements for ESG actions in Europe between 2011 and 2022 according to the World Business Council for Sustainable Development, businesses find it challenging to “keep up”. The rapid growth of consultants and specialists in the ESG domain over the past years is notable amid the challenges in discerning their credibility and trustworthiness. Companies experience “ESG fatigue”—not only do they now have to bear the high costs and complex implementation of ESG initiatives, they also need to engage with external consultants to report on their positive actions, bringing additional costs, consuming time away from the core business, and ultimately undermining the purpose of benefitting the planet and society in the first place. Many find themselves overwhelmed and wishing to disengage from ESG activities altogether.

 

While the recent Omnibus package introduced by the European Commission at the end of February proposes to postpone the implementation of the Corporate Sustainability Reporting Directive by two years and scale back ESG-related disclosures relating to value-chain impacts, it is clear that ESG is here to stay. Companies must develop broad-based strategies not only to meet ESG requirements and targets, but to mitigate ESG-related risks. Is there a method to streamline the adoption, implementation, and reporting of ESG standards to make the process less burdensome?

 

USING AI TO SOLVE ESG

The increasing affordability and accessibility of AI offer potential solutions to alleviate these challenges, both in the implementation and reporting of ESG initiatives. As AI is becoming globally available, its adoption offers improvements across industries when integrated into daily operations and aligned with ESG goals. The synergy between AI and ESG extends beyond just a technological advancement. It is a key strategic element that can redefine market leadership and sustainability in a changing global landscape. Mastering this synergy is critical for companies to maintain competitiveness and fulfil corporate responsibilities. The rapid deployment of AI technologies brings new and significant risks—from job losses to over-dependencyon technology. Risk management and organisational structures must be re-evaluated to integrate AI into one’s business. The potential impacts of AI on fairness, privacy, and transparency have become key issues in business ethics.

 

AI-DRIVEN RESULTS

The latest discussion paper from Ernst & Young on the interplay between AI and ESG elevates AI and sustainability to top priorities on corporate agendas. EY’s report (2024) notes that 38% of CEOs prioritise sustainability in capital decisions and 88% invest in AI-driven products.

 

According to EY, businesses are responding to heightened de-mands from investors, regulators, and society for increased transparency in ESG practices. This trend highlights a growing alignment of business strategies with broader societal and environmental goals. McKinsey Global Institute (2023) projected generative AI to generate an economic impact of $110 billion to $180 billion in real estate in the following years. This projection reflects the potential value creation from generative AI across various aspects of the real estate industry, from design and construction to operational efficiency and customer engagement globally, highlighting the immediate potential of generative AI to transform the sector.

SMART GRIDS AND DIGITAL TWINS

AI enhances operations with improved automation, usability, and various applications. The case studies below demonstrate examples of innovative technology and AI integration to reduce emissions; monitor and manage buildings through BMS and digital twins; use smart retrofitting tools to shift brown stock to green with clarity for investor returns; reduce material waste by employing AI in manufacturing and fabrication; and improve energy management through AI smart-grid integration.

WHAT THE HECK IS A DIGITAL TWIN?

A digital twin is a digital model of an object or system directly connected to the physical thing that it monitors and mirrors. Using real-time data from the physical target, digital twins help make improvements to efficiency and operations, prevent misuse, and anticipate necessary maintenance. They can also model theoretical scenarios and run simulations, using AI to analyse multiple processes and factors simultaneously, which offers significant potential to improve products and processes.

 

GET AI READY

The rapid advancement of AI, particularly in roles traditionally filled by younger, less experienced employees, poses significant challenges for workforce management and business strategy. While AI can efficiently handle routine tasks, its deployment necessitates stringent oversight by more experienced staff, potentially increasing pressure on senior personnel. Over-reliance on AI could expose businesses to risks, such as technological disruptions or a lack of skilled human oversight. This shift could also hinder the development of future leaders, who gain essential skills through hands-on experience and mentorship, hampering organisations’ succession planning. Thus, effective governance should embrace AI and leverage it to enhance and train a skilled future workforce. This approach should prioritise data interpretation, visionary leadership, and continuous improvement of AI outcomes, preparing a new generation to work alongside AI rather than being overshadowed by it.

 

A NEW FRONTIER

AI and ESG are setting new standards for innovation in real estate and manufacturing. Successful integration of these technologies enhances operational efficiency, sustainability, company reputation, and stakeholder returns. Navigating the associated risks through strategic planning and proactive governance is crucial for realising these benefits. This discussion draws on emerging research and trends that may change as new technologies and regulations develop. The pace of technology adoption and the consistency of ESG standards vary widely, potentially affecting the applicability of these findings. Moreover, the long-term effects of AI on job markets and corporate structures are still uncertain and require continuous study and adaptation.

 

 

Case Studies of AI and ESG Convergence

BUILDING MANAGEMENT SYSTEMS AND DIGITAL TWINS

Siemens’ factory in Amberg, Germany, which produces programmable logic controllers essential for industrial automation, employs digital twins, the industrial internet of things (IIoT), and real-time data analytics. Using IIoT and digital twins allow the factory to adapt to market demands and optimise production processes without compromising energy efficiency or high-quality output. Other examples of IIoT and digital-twin usage are BMW’s iFactory, where a fully digitised facility allows virtual testing of production line layouts and optimisation of workflows; and wind farm monitoring (Vestas and Nordex), where IIoT sensors on the individual turbines inform the wind farm’s digital twin on optimised energy production and predictive maintenance.

 

The utilisation of IIoT and digital twins enables companies in the manufacturing and real estate sectors to implement and achieve sustainability objectives and use real-time data for reporting and regulatory compliance.

 

SMART RETROFITTING TOOLS FOR BUILDING UPGRADES

Retrofitting powered by artificial intelligence involves analysing building data to pinpoint upgrades that enhance energy efficiency, such as improved insulation, efficient lighting, or modernising heating, ventilation, and air conditioning systems. AI-driven tools like the CFP Green Building Tools enable this by requiring as little as four data inputs to propose retrofitting improvement scenarios. These scenarios are presented as business cases with a simple overview of needed investments, insights on the payback period, and return on investments, emphasising substantial potential to reduce energy use and carbon emissions in the built environment.

 

AI IN FABRICATION & MANUFACTURING MINIMISING MATERIAL WASTE

Companies like POSCO’s Smart Factory and Tata Steel Europe leveraged AI into their production processes in 2017 and 2018 to transform their manufacturing operations into intelligent factory environments. For POSCO, the key focus was enhancing the coating weight control in their continuous galvanising line, which is critical for producing automotive steel. Using AI allowed for real-time prediction and precise control of the coating process, reducing deviations and energy consumption. Tata Steel introduced AI to various aspects of its operations—from maintenance and production to logistics and supply chain—to optimise processes, reduce energy consumption, and minimise waste. The integration of AI allows both companies to make their manufacturing more sustainable and cost effective.

 

AI-POWERED SMART GRIDS IN ENERGY MANAGEMENT

European energy companies are investing in smart grids and AI to simulate various scenarios, optimise energy distribution, and respond quickly to disruptions. A smart grid is an energy network that allows for two-way energy communication and information flows between utility companies and consumers. It enables tracking where the energy comes from, how it is used, and peak usage times. Smart grids are designed to work with various energy sources, including traditional fossil fuels and renewable energy. Their key benefit is the ability to efficiently integrate fluctuating renewable sources into the grid by adjusting to changes in supply and demand in real time, making them crucial for transitioning to a cleaner energy system. AI can enhance its functionality by evening out energy peaks, improving load forecasting, saving energy, and aiding in budget estimation. AI allows the grid to optimise electricity generation, transmission, and distribution through integrating machine learning, data analytics, and IIoT. As a result of this technological integration, companies can achieve precise load management, automated outage responses, robust security measures, and use real-time data for accurate reporting and compliance.

Bibliography

 
McKinsey & Company (2023). Generative AI can change real estate, but the industry must change to reap the benefits. McKinsey & Company. Retrieved January 29, 2025, from https://www.mckinsey.com/industries/real-estate/our-insights/generative-ai-can-change-real-estate-but-the-industry-must-change-to-reap-the-benefits

 
Koroleva, O. (2022). New risk management considerations for the real estate industry in the era of artificial intelligence. Worldwide Speakers Group. Retrieved from https://wwsg.com/wp-content/uploads/2022/06/Olga-Koroleva_New-risk-management-considerations-for-the-real-estate-industry-in-the-era-of-artificial-intelligence.pdf

 
Ernst & Young Global Limited. (2024.). How generative AI can build an organization’s ESG roadmap. EY. Retrieved January 29, 2025, from https://www.ey.com/en_in/insights/ai/how-generative-ai-can-build-an-organization-s-esg-roadmap

 
Leong, W. Y., Leong, Y. Z., & Leong, W. S. (2023). Smart manufacturing technology for environmental, social, and governance (ESG) sustainability. In IEEE Conference Publication. IEEE Xplore. https://ieeexplore.ieee.org/document/10383150/

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