Webinar 9 Dec: Building a sustainable future for a smart living – Smart Energy International
Webinar broadcast: Thursday, 9 December 2021
04h30 New York | 09h30 GMT | 10h30 Amsterdam | 11h30 Johannesburg | 15h00 New Delhi | 17h30 Singapore
60-Minute Session
To fully realise the potential of a truly smart city, the Internet of Things will play an important role in enabling the collection and communication of data on energy consumption that will serve as one of the foundations of energy management.
With urban areas being responsible for 70% of greenhouse gases and home to more than half of the population, KNX, using technology based on International Standards, is committed to transforming cities of the future into more sustainable ones.
In this panel discussion, contributors to the KNX technology will talk about the challenges faced by the Smart City, and how interoperability at the core of the ecosystem can flawlessly orchestrate Energy Management.
Four pillars of Energy Management:
Energy Generation: Demand-side management to influence the energy consumption habits also falls under energy management practices that can be employed by energy suppliers.
Home: Every household can adopt energy management into its daily activities and contribute to energy conservation, sustainability, and renewable energy production. Smart home energy management can improve energy efficiency, but it also allows each household to become self-sustainable with their own self-generated renewable energy.
Mobility: Individual households also have EV chargers installed for their cars. Homes with the right technology can automate and manage energy consumption in combination with EV chargers. This way the charging of electric vehicles can be done in a more efficient way that does not interfere with the usage of other electric devices.
Buildings / Infrastructure: Energy management can be taken to the next level by having various buildings or households capable of communicating with each other. This can be housing complexes, townships, or even large factories and industries. Such networked infrastructure of smart homes, buildings, and other setups provide the basis of a sustainable smart city.
04h30 New York | 09h30 GMT | 10h30 Amsterdam | 11h30 Johannesburg | 15h00 New Delhi | 17h30 Singapore
60-Minute Session
To fully realise the potential of a truly smart city, the Internet of Things will play an important role in enabling the collection and communication of data on energy consumption that will serve as one of the foundations of energy management.
With urban areas being responsible for 70% of greenhouse gases and home to more than half of the population, KNX, using technology based on International Standards, is committed to transforming cities of the future into more sustainable ones.
In this panel discussion, contributors to the KNX technology will talk about the challenges faced by the Smart City, and how interoperability at the core of the ecosystem can flawlessly orchestrate Energy Management.
Four pillars of Energy Management:
Energy Generation: Demand-side management to influence the energy consumption habits also falls under energy management practices that can be employed by energy suppliers.
Home: Every household can adopt energy management into its daily activities and contribute to energy conservation, sustainability, and renewable energy production. Smart home energy management can improve energy efficiency, but it also allows each household to become self-sustainable with their own self-generated renewable energy.
Mobility: Individual households also have EV chargers installed for their cars. Homes with the right technology can automate and manage energy consumption in combination with EV chargers. This way the charging of electric vehicles can be done in a more efficient way that does not interfere with the usage of other electric devices.
Buildings / Infrastructure: Energy management can be taken to the next level by having various buildings or households capable of communicating with each other. This can be housing complexes, townships, or even large factories and industries. Such networked infrastructure of smart homes, buildings, and other setups provide the basis of a sustainable smart city.
www.smart-energy.com
