Smart Grid, Renewables, and Green Transportation
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By Rao Konidena
Can you imagine what happens to all the excess renewables generation when you are sleeping? This surplus generation during low consumer demand leads to something called negative pricing at the wholesale energy market level. The solution - a pathway towards clean energy transportation to store all that renewable energy in the form of hydrogen using a simple chemical process called electrolysis.
By Ernesto Alejandro A, Claudio Lima, and Elizabeth Escobar-Fernandes
The proposed approach evaluates applicability of transactive energy with the implementation of distributed ledger technology to provide an insight into the architecture available for residential energy transactions and evaluate the performance in terms of energy cost, energy efficiency, and environmental performance. The goal is to upgrade a typical power distribution network for a residential application on a ring bus topology and enable distributed transactive nodes to trade energy according to the end user’s preference in terms of cost, usage and environmental performance [1,3].
By Ahmed Mohamed, Andrew Meintz, and Kevin Walkowicz
The proper system planning (design) of in-motion charging for electric vehicles has the potential to allow the vehicles to realize charge-sustaining operation (unlimited driving range and zero downtime) at minimum overall cost. There is a tradeoff between system power and road coverage. Low-power system requires significant length of roads to be electrified, which increases the infrastructure cost. A high-power system requires powerful components, which might be infeasible due to technology limitations.
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IEEE Smart Grid Newsletter Editors
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