The following master thesis is conducted on behalf of The Royal Institute of Technology and Manetos AB with the purpose of investigating potential business markets for the new innovation, the Digital Circuit Breaker (DCB). The DCB is a mean for digitalising the distribution board, which is the middleman between households’ electrical appliances and the electrical grid. Through this digitalisation, a two-way communication between households and the grid can emerge, creating possibilities for demand side flexibility and energy management. The technology also provides more transparency for homeowners and real estate owners into households’ and buildings’ energy consumption, through monitoring and disaggregation. The study found that the energy...
The following thesis examines the application of digitalized smart grid platforms for optimization i...
Electric Road System is an emerging infrastructure with potential of accelerating the transition tow...
Följande studie är ett examensarbete utfört vid Kungliga Tekniska Högskolan våren 2021 på Uppdrag av...
The following master thesis is conducted on behalf of The Royal Institute of Technology and Manetos ...
Byggnaders interna distributionsnät är idag liksom resten av elnätet sedan länge växelströmsbaserat....
The traditional electricity market, holding centralized authority over consumers, is no longer adequ...
The electricity sector has traditionally been constructed for large scale generation and distributio...
As part of realizing national and European climate ambitions, it is imperative to bring about increa...
Structural changes are looming in the Swedish electricity system. Underlying forces pushing for indu...
Research has shown that three-phase balancing alone can improve the operation of secondary distribut...
In an electrical system there needs to be a constant balance between supply and demand ofelectricity...
Global energy consumption has more than doubled since the year of 1990, leading to energy efficiency...
The Swedish electricity system is transitioning due to the establishment of climate policy goals and...
The ongoing digitalization affects all sectors and changes the competitive landscape. A sector that ...
This thesis analyses how the Distribution System Operator (DSO) enables the electricity market by en...
The following thesis examines the application of digitalized smart grid platforms for optimization i...
Electric Road System is an emerging infrastructure with potential of accelerating the transition tow...
Följande studie är ett examensarbete utfört vid Kungliga Tekniska Högskolan våren 2021 på Uppdrag av...
The following master thesis is conducted on behalf of The Royal Institute of Technology and Manetos ...
Byggnaders interna distributionsnät är idag liksom resten av elnätet sedan länge växelströmsbaserat....
The traditional electricity market, holding centralized authority over consumers, is no longer adequ...
The electricity sector has traditionally been constructed for large scale generation and distributio...
As part of realizing national and European climate ambitions, it is imperative to bring about increa...
Structural changes are looming in the Swedish electricity system. Underlying forces pushing for indu...
Research has shown that three-phase balancing alone can improve the operation of secondary distribut...
In an electrical system there needs to be a constant balance between supply and demand ofelectricity...
Global energy consumption has more than doubled since the year of 1990, leading to energy efficiency...
The Swedish electricity system is transitioning due to the establishment of climate policy goals and...
The ongoing digitalization affects all sectors and changes the competitive landscape. A sector that ...
This thesis analyses how the Distribution System Operator (DSO) enables the electricity market by en...
The following thesis examines the application of digitalized smart grid platforms for optimization i...
Electric Road System is an emerging infrastructure with potential of accelerating the transition tow...
Följande studie är ett examensarbete utfört vid Kungliga Tekniska Högskolan våren 2021 på Uppdrag av...