Energy access projects in remote off-grid areas would benefit from the adoption of a multi-
energy system perspective, addressing all energy needs–not only lighting and power …

The number of residential photovoltaic systems has increased worldwide. Typically, these
systems are installed at the low-voltage level in the electric distribution grids. However, the …

Lithium-ion (Li-Ion) batteries are increasingly being considered as bulk energy storage in
grid applications. One such application is residential energy storage combined with solar …

Heat pumps are recognized for their potential to reduce CO 2 emissions in residential
heating, particularly when replacing traditional natural gas systems. Their performance can …

A bottom-up method to generate synthetic residential loads realistically, but with minimal
computational resources, is presented. Six energy services, associated with high electricity …

Electric load profiles are highly relevant for battery storage research and industry as they
determine system design and operation strategies. However, data obtained from electrical …

This paper explores the problems of the averaging and interpolation of electricity
consumption and distributed photovoltaic energy generation data on higher than hour …

Control and optimization in smart energy systems rely heavily on mathematical models of
power system engineers. Simultaneously, software engineers that create control and …

In the design stage of energy systems in buildings, accurate load boundary conditions are
the key to achieving energy supply and demand balance. Compared with the building cold …

Low-voltage (LV) distribution networks are bound by operational limits for voltage, conductor
loading and transformer loading. Networks are described as being constrained when these …