Add to ORKG© 2018 IEEE. Recent growth in embedded generation alongside the anticipated consumer uptake of electric vehicles (EVs) and heat pumps present new challenges for distribution networks. This includes greater fluctuation in electricity demand. Data from existing maximum demand indicators in distribution substations is inadequate to understand the spread of demand over time. Retro-fit datalogging solutions are available for substation monitoring, but cost typically >£1200, which would be difficult to justify for all distribution substations. This paper looks at the development of a novel low cost alternative designed for measuring load on three phase cables
Power distribution system operation has become increasingly complex with the large-scale integration...
This chapter presents some advanced tools for low voltage (LV) network demand simulation. Such metho...
Smart meters are becoming more ubiquitous as governments aim to reduce the risks to the energy suppl...
There is much discussion about the implementation and benefits of smart electricity networks. Howeve...
\u3cp\u3eThe introduction of electric vehicles and photovoltaics is changing the residential electri...
In the last few years it has been confirmed that the monitoring is not an exclusive of the transmiss...
© 2020 Yiqing WangThe rapid adoption of distributed energy resources (DER) in low voltage (LV) netwo...
© 2014 Derek Chanaka JayasuriyaAs new technologies such as Photovoltaics (PVs), Embedded Generators ...
On British electricity distribution networks, the phase to which single phase loads and generators a...
Distribution network operators (DNOs) are increasingly concerned about the impact of low carbon tech...
Knowledge of the currents is a key foundation for smart grid applications. However, knowledge of low...
Low voltage distribution networks feature a high degree of load unbalance and the addition of roofto...
peer reviewedThis work addresses the problem of reconstructing topology and cable parameter...
Distribution networks are currently subject to a huge revolution in terms of assets being installed....
Low voltage network design and planning in the UK operates in accordance with the Electricity Regula...
Power distribution system operation has become increasingly complex with the large-scale integration...
This chapter presents some advanced tools for low voltage (LV) network demand simulation. Such metho...
Smart meters are becoming more ubiquitous as governments aim to reduce the risks to the energy suppl...
There is much discussion about the implementation and benefits of smart electricity networks. Howeve...
\u3cp\u3eThe introduction of electric vehicles and photovoltaics is changing the residential electri...
In the last few years it has been confirmed that the monitoring is not an exclusive of the transmiss...
© 2020 Yiqing WangThe rapid adoption of distributed energy resources (DER) in low voltage (LV) netwo...
© 2014 Derek Chanaka JayasuriyaAs new technologies such as Photovoltaics (PVs), Embedded Generators ...
On British electricity distribution networks, the phase to which single phase loads and generators a...
Distribution network operators (DNOs) are increasingly concerned about the impact of low carbon tech...
Knowledge of the currents is a key foundation for smart grid applications. However, knowledge of low...
Low voltage distribution networks feature a high degree of load unbalance and the addition of roofto...
peer reviewedThis work addresses the problem of reconstructing topology and cable parameter...
Distribution networks are currently subject to a huge revolution in terms of assets being installed....
Low voltage network design and planning in the UK operates in accordance with the Electricity Regula...
Power distribution system operation has become increasingly complex with the large-scale integration...
This chapter presents some advanced tools for low voltage (LV) network demand simulation. Such metho...
Smart meters are becoming more ubiquitous as governments aim to reduce the risks to the energy suppl...