the research consultancy for energy technologies
This data-file captures silicon carbide production costs: spanning from materials grade SiC ($1,500/ton marginal cost, 5 tons/ton CO2 intensity) through to SiC wafers that are used in the electronics industry…
…from vehicle purchase taxes. In many countries, EVs also receive direct fiscal incentives. Decelerating EV sales growth has been a theme that has worried us in our 2024 research. One…
…a gas turbine/jet engine is a direct function of the hottest temperature in the Brayton Cycle. In the wind industry, glass fiber and carbon fiber are used in wind turbine…
…copper!) (page 6). DRI+EAF steel. What are the costs and CO2 intensity factors? We have modeled the DRI pathway converting iron ore (Fe2O3) into direct reduced iron using a syngas…
…CCS. They include direct electricity use (e.g., for CO2 compression in pipelines and disposal facilities). And they include thermal loads in the amine reboiler, absorbing heat that could otherwise have…
…The biggest uncertainty, in our view, is over cell voltages. Today’s lithium ion batteries run at an average mid-point of 3.6V. Energy density is a direct linear function of voltage….
…useful. It will naturally flow wherever you direct it, without needing to be compressed using a capex-intensive, maintenance intensive and energy-intensive compressor. But it also makes the energy economics more…
…observation, value chains form ecosystems, clustering together, as outputs from one industrial process are inputs for the next. This is under-appreciated and has profound consequences for the world. Direct links….
…rendered obsolete by direct extraction from brines? (note here). Does CCS actually work? (note here). Our perspective is that active managers can add value where they build up a technical…
…and use in digital devices. We have screened 20 mature and (mostly) profitable pure plays. $599.00 – Purchase Checkout Added to cart LEDs generate light as a direct current passes across a…