Siemens- Energy efficiency in smart buildings

Summary

The video discusses the significant energy consumption of buildings, accounting for 40% of total usage globally. It emphasizes the importance of monitoring and optimizing energy flows to reduce costs and meet regulatory standards. With the rise of digitalization and renewable energy sources, intelligent energy management systems are crucial. The Siemens MindSphere platform enables the analysis of vast data volumes to enhance energy efficiency and reliability in smart buildings. This integrated approach not only prevents system faults but also offers opportunities for new business models, ultimately fostering greater competitiveness in today's digital landscape.

Takeaways

• 🔌 Energy consumption is massive, exceeding 21 trillion kilowatt hours globally.
• 🏢 Buildings account for 40% of energy use, highlighting the need for efficient energy management.
• 💡 Monitoring energy flows in buildings can optimize consumption and reduce costs.
• 📈 Regulatory requirements and renewable energy use necessitate intelligent energy management solutions.
• ⚡ Smart buildings require reliable and flexible power distribution systems to handle fluctuating voltages.
• 📊 The power monitoring system integrates communication-capable protection and measurement devices.
• 🛠️ Early detection of system faults helps prevent downtime and increases energy efficiency.
• 🌐 Integration with the MindSphere cloud platform enables processing of large data volumes for analysis.
• 🚀 Companies can leverage data insights to enhance competitiveness and create new business models.
• 🤖 A holistic approach combining power monitoring and IoT fosters reliable, efficient, and intelligent power distribution.

Q & A

What is the current global power consumption according to the estimates mentioned?

The global power consumption is estimated to be more than 21 trillion kilowatt-hours and is growing.

What percentage of energy consumption do buildings account for?

Buildings alone consume 40% of the world's energy.

Why is it important to monitor energy flows in buildings?

Monitoring energy flows is crucial for optimizing consumption, saving costs, and meeting regulatory requirements.

What are some modern requirements for energy management in buildings?

Modern requirements include the use of renewable energy sources and the increasing digitalization of buildings.

What features does the power monitoring system from Siemens include?

The system includes communications-capable protection and measuring devices, along with analysis software for data visualization.

How can system faults in technical systems be addressed?

System faults can be identified early, which helps prevent downtime and enhances overall energy efficiency.

What certification does the system comply with?

The system corresponds to all requirements of ISO-certified energy management.

What role does the MindSphere platform play in energy management?

MindSphere allows for the processing and analysis of large volumes of data, leading to optimized energy efficiency in building operations.

How do companies benefit from integrating the power monitoring system?

Companies benefit from fewer downtimes, increased efficiency, higher competitiveness, and the opportunity to develop new business models.

What is the holistic approach mentioned in the script?

The holistic approach consists of power monitoring combined with IoT technologies, creating a reliable and intelligent power distribution system.