ESG reporting

ESG reporting (Environmental, Social, Governance) refers to the structured collection, evaluation, and reporting of sustainability data covering the ecological, social, and corporate aspects of building operations. It provides transparency for stakeholders and offers companies a solid foundation to optimize processes sustainably while measuring and achieving their environmental goals.

ESG reporting is used to identify and analyze energy consumption, CO₂ emissions, water usage, and resource allocation. Using IoT sensors, data such as air quality, energy efficiency, or space utilization can be collected in real time and transmitted via wireless technologies like Bluetooth Low Energy or mesh networks to centralized systems. This data is aggregated and processed on central platforms to make it available for reports and strategic decision-making. This enables companies to plan and execute resource-saving measures and achieve climate neutrality goals effectively.

In addition to ecological metrics, ESG reporting also considers social and corporate aspects. For example, data on workspace utilization and design can be analyzed to optimize usage while increasing employee satisfaction and comfort. For security-related applications, ESG reporting also includes monitoring access controls or emergency systems, enhancing the safety and reliability of a building. These data allow companies not only to improve their internal processes but also to transparently communicate the actions taken to partners and investors.

The integration of ESG data into IoT systems and cloud-based analytics platforms allows for continuous adjustments of improvement measures. Graphically prepared dashboards provide a clear view of key metrics, such as energy consumption or CO₂ emissions, revealing trends over longer periods. This enables decision-making that not only promotes sustainability but also reduces operating costs.

ESG reporting helps businesses make informed and forward-looking sustainable decisions. The combination of data aggregation with modern digital technologies simplifies the planning and implementation of resource-conserving measures, delivering both ecological and economic benefits.