Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it should be a multidisciplinary effort to foster public acceptance and even desirability of Smart Grids is increasing. This paper illustrates the added value of a multidisciplinary approach by sharing the lessons learned of setting up and accomplishing pilots with households, connected to a Smart Grid by an Energy Management System (EMS). This paper mainly intends to answer the question of how to engage households. It aims to be of value for initiators and developers of Smart Grid pilot concepts involving residential household
The transition of the electricity system to smart grids would require from residential endusers to a...
This paper presents insights and perceptions of stakeholders involved in the development and impleme...
Residential smart grid projects can be evaluated by a design-driven approach, which focuses on gaini...
Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it shoul...
Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it shoul...
Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it shoul...
Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it shoul...
The potential role of households as ‘co-managers’ of energy in smart grids is widely discussed in th...
The potential role of households as ‘co-managers’ of energy in smart grids is widely discussed in th...
It is a widespread assumption within the energy sector that the “smart grid” will be a crucial eleme...
Current discourse on smart grid deployment expects residential end users to play a more active role ...
Households are increasingly the centre of attention in smart grid experiments, where they are domina...
Current discourse on smart grid deployment expects residential end users to play a more active role ...
The transition of the electricity system to smart grids would require from residential endusers to a...
Residential smart grid projects can be evaluated by a design-driven approach, which focuses on gaini...
The transition of the electricity system to smart grids would require from residential endusers to a...
This paper presents insights and perceptions of stakeholders involved in the development and impleme...
Residential smart grid projects can be evaluated by a design-driven approach, which focuses on gaini...
Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it shoul...
Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it shoul...
Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it shoul...
Today, technology is still leading Smart Grid development. Nevertheless, the awareness that it shoul...
The potential role of households as ‘co-managers’ of energy in smart grids is widely discussed in th...
The potential role of households as ‘co-managers’ of energy in smart grids is widely discussed in th...
It is a widespread assumption within the energy sector that the “smart grid” will be a crucial eleme...
Current discourse on smart grid deployment expects residential end users to play a more active role ...
Households are increasingly the centre of attention in smart grid experiments, where they are domina...
Current discourse on smart grid deployment expects residential end users to play a more active role ...
The transition of the electricity system to smart grids would require from residential endusers to a...
Residential smart grid projects can be evaluated by a design-driven approach, which focuses on gaini...
The transition of the electricity system to smart grids would require from residential endusers to a...
This paper presents insights and perceptions of stakeholders involved in the development and impleme...
Residential smart grid projects can be evaluated by a design-driven approach, which focuses on gaini...