- “digitalization And Iot In Energy Management: Enhancing Efficiency And Monitoring”
- Digital Twins And Iiot
“digitalization And Iot In Energy Management: Enhancing Efficiency And Monitoring” – Interoperable and open digital solutions, as well as data sovereignty, are key to the digital transformation of the energy system.
It is essential to undertake a comprehensive digital and sustainable transformation of our energy system to combat the climate crisis, ensure affordable and accessible energy for all, and to address the EU’s dependence on Russian fossil fuels. This includes installing solar photovoltaic panels on all roofs of commercial and public buildings by 2027 and all new residential buildings by 2029, deploying 10 million heat pumps over the next five years and replacing 30 million fossil fuel cars. Zero emission vehicles on the road by 2030. Reducing greenhouse gas emissions by 55% and increasing the share of renewable energy sources to 45% by 2030 can only be achieved if the energy system is ready to support it.
“digitalization And Iot In Energy Management: Enhancing Efficiency And Monitoring”
To achieve these goals, Europe needs to build a much smarter and more interactive energy system than we have now. Energy and resource efficiency, decarbonization, electrification, integration of sectors and decentralization of the energy system require a major effort in digitization. Digitization of the energy system is a policy priority and is linked to the European Green Deal and the 2030 Digital Decade policy agenda as twin transitions.
Digital Twins And Iiot
Investing in digital technologies such as smart IoT devices and meters, 5G and 6G connectivity, a pan-European energy data space powered by cloud computing servers and digital twins of the energy system will facilitate the clean energy transition and benefit our everyday lives. life. For example, these technologies help us visualize our energy consumption in real time and get personalized advice on how to reduce it. Digital tools can also help regulate room temperature, charge electric vehicles, and control appliances to use the lowest energy prices while maintaining a comfortable and healthy indoor environment. Government agencies can also use digital tools to improve mapping, monitoring and address energy poverty, while the energy sector can optimize its operations and prioritize the use of renewable sources.
Today’s energy system is still heavily dependent on fossil fuels. By 2050, the share of electricity in final energy demand will increase to 53%, with more than 80% of electricity coming from renewable sources. At the same time, the traditional consumer landscape is transforming into an electricity system that includes ever-increasing distributed generation and storage.
Figure 1: A simplified use case for system integration and optimization of renewable energy production and use: grid-connected electric vehicles and smart buildings. © European Commission, – iStock – GettyImages Plus (IoT), Open DEI (Design Principles for Data Space).
Digitization is already underway in the energy sector, as in many other sectors. Electric vehicles, PV systems, heat pumps and many other new devices are equipped with smart technologies that generate data and allow remote control. The number of active IoT devices worldwide is expected to grow rapidly and exceed 25.4 billion in 2030, with 51% of all households and SMEs in the EU having smart electricity meters. The EU’s digital and energy policy already guides the digitalization of energy, as issues such as data interoperability, security of supply, cyber security, privacy and consumer protection cannot be left to the market alone and are essential to be properly implemented.
Pdf) Energy Efficiency In Smart Buildings: Iot Approaches
To support this transformation, the Commission will implement a number of measures over the coming months and years through legislative initiatives, investments and coordination with Member States.
In the medium term, digitization will facilitate seamless interactions between different actors, allowing consumers to benefit from domestic energy sources such as solar panels and community-owned wind turbines. For example, customers can take advantage of the production of their own solar panels, participate in energy communities and collective self-consumption schemes and use cheaper electricity than if they bought it from the grid. Similarly, two-way electric vehicle charging provides additional energy resources during peak hours.
Figure 2: Directorate-General for Communications Networks, Content and Technologies (DG CONNECT) supporting energy system digitization activities. © European Commission
In the long term, digitization will be the need to integrate decentralized forms of renewable energy into the grid, reducing dependence on imported fossil fuels and their price volatility. This integration requires greater focus on network management and network flexibility at the local level, which can be achieved through customer activation and better management of customers’ energy assets. Continuous access to granular data about the health of the power grid and customer assets will be critical to the delivery of energy services, but it can only be achieved through pervasive digital tools and a shared data infrastructure.
What Is A Smart Building?
One of the main results of the Action Plan is the development of a Common European Reference Framework (CERF) for energy-efficient applications. The European Union has achieved important milestones in this line of work by proposing the first generation of a plan for a Common European Reference System for energy-efficient applications.
Today, the Commission welcomes the submission by Alliance members of two key deliverables: an updated Cloud Strategic Industrial Roadmap and requirements for a cloud-based platform for the aeronautics, security and defense sector.
On 27 June 2023, the European Commission together with Member States and 128 partners from research, industry and public organizations launched a €220 million investment in four sectoral Test and Experiment Facilities (TEFs) for AI at an event in Copenhagen.
This brokerage event aims to create a forum for potential candidates to discuss ideas and cooperation opportunities, as well as to clarify possible questions that may arise in the text of the call.
How Iot And Digital Twins Are Disrupting Facilities Management
Digital industrial platforms are key to driving Europe forward in the digital transformation, connecting the building blocks of technology and industrial applications.
EU policies promoting strategies for data, cloud and edge and cybersecurity are central to the digitization of the energy system.
EU programs supporting research and innovation, deployment and cross-border communication infrastructure are essential for the digitization of the energy system.
The EU supports the transport sector by introducing new technologies to be cleaner, safer and more efficient.
Global Iot Market Size To Grow 19% In 2023
The Commission has set up a number of large-scale pilots in recent years to help digitize industry across Europe and beyond. An experimental study of the use of control particles for interface control in primary cementation in an eccentric Hele-Shaw cell
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Microgrid Digital Twins And Iot
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Digitization, digital twins, blockchain and Industry 4.0 as elements of the management process in enterprises in the energy sector
Received: March 8, 2021. / Revised: March 24, 2021 / Received: March 25, 2021 / Published: March 29, 2021
The Internet Of Things In The Electric Power Industry
In the 21st century, it is becoming more and more clear that human activities and activities of enterprises affect the environment. Therefore, it is important for companies to know how to minimize the negative impact of their activities. The article presents the steps and innovative activities of enterprises in the field of energy. The article analyzes the innovative activities undertaken and implemented by enterprises of the energy sector. Innovative strategies in the development of companies, including connections between digitization and Industry 4.0 solutions, and the results achieved in relation to sustainable development and environmental impact. Digitization has exceeded the traditional range of 3–5% annual productivity gains, with real cost improvement potential well above 25%. Enterprises are trying to increase energy efficiency by introducing modern innovative technical and technological solutions (material and mechanical engineering) that increase reliability and durability on a large scale. Digitizing energy companies allows them to reduce operating costs and increase efficiency. Thanks to digital advances, the useful life of a power plant can be increased by up to 30%. The use of advanced technologies, blockchain and intelligent networks will enable consumers to be active in the electricity market. Reducing energy consumption in industry and at the same time improving energy efficiency, which the European Union is fighting for in the Clean Air Package for all Europeans, has a positive impact on environmental protection, sustainable development and environmental protection.
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