Some quick calculations performed today to help me try to understand what the future might hold, in terms of battery storage (given I’ve been asked to talk batteries today at the National Consumer Roundtable on Energy).
Cast your mind back 15 years to 2016. You probably don’t remember this, but 15 years ago people still debated whether the growth of distributed energy would fundamentally transform the Australian electricity system.
A quick look at how ramp rates would vary (for “Unserved Consumption”) in the hypothetical “10x” high intermittency grid.
Continuing our analysis of these hypothetical future scenarios to understand the shape of “unserved energy” and hence the potential contribution of Demand Response – today I post about energy spilled in a future with high intermittent generation supply.
Some back-of-the-envelope calculations being a starting point to help me understand how much real contribution electric vehicles might make in feeding back into the grid when intermittent generation is absent.
A synopsis of one of the challenges facing the electricity sector – and a suggested solution
Some thoughts about Capacity Payments – given the article in the AFR yesterday
GSES recently gave a presentation at the APVI workshop in Brisbane as part of the International Battery Association conference.
The content of the presentation would be of interest to WattClarity readers, hence this guest post – which focuses on three possible future business models, that would mean very different outcomes to the incumbents that have become accustomed to “business as usual” over many years.
Some back-of-the-envelope calculations about what electric vehicles might mean for the National Electricity Market, following on from my presentation at the EUAA Annual Conference