the research consultancy for energy technologies
…to fully replace the flexibility of these gas turbines with grid-scale batteries, for the reasons on pages 9-10. Conclusions, predictions and implications are summarized on page 11. Power grids are…
…large-scale wind generation, we have evaluated its output, every 5-minutes, over the course of 2023 (105,000 data-points), using data from AEMO. The project’s average utilization factor across the year was…
…a case study for the flexibility of large-scale coal generation, we have evaluated this coal plant’s output, every 5-minutes over 2023 (105,000 data-points!), using data from AEMO. Average utilization for…
…per line. However, the main gas transmission network consists of 30 x large lines each running 2,000 – 15,000 miles. GTpa scale CCS in the US could continue leaning on…
…trading and marketing, grid-scale batteries, some biofuels and biogas. But how much is global power price volatility actually rising? You can drown in data, trying to answer this question! Hence…
…and grid-scale batteries, as quantified on pages 8-9, but looming PPA cliffs for maturing solar and wind assets, considered on pages 10-12. Carbon credentials are another dimension which can sway…
…versus ICEs, on page 13. How will cheap Chinese LFP impact the outlook for renewables and grid-scale batteries? We re-evaluate storage spreads on pages 14-15. $599.00 – Purchase Checkout Added to cart…