the research consultancy for energy technologies
Energy development times average c4-years for solar projects, 6-years for wind, 7-years for oil, gas, pipelines, LNG, 13-years for nuclear, while infrastructure such as gas pipelines and power transmission lines…
…like peakers. Our outlook for US LNG exports is discussed on pages 6-7. Recent data show countries such as China switching diesel trucks to LNG, and there is upside to…
…‘luxury products’ may not be overly price sensitive. By contrast, utility-scale customers are more likely to push back grid scale storage projects, as this is less mission critical, and likely…
…can be economically justified. What upside for grid-scale batteries? $449.00 – Purchase Checkout Added to cart There are many different reasons that might motivate the deployment of a grid-scale battery, as tabulated…
…prices. High gas prices and landfill taxes can make biogas economical in select geographies. Although diseconomies of scale reward smaller projects? $499.00 – Purchase Checkout Added to cart Biogas is a mixture…
…increasingly renewable-heavy grid. Vinatech also noted a MW-scale super-capacitor in Korea, deemed to be more cost-effective and safe than other grid-scale batteries. Our conclusion from these supercapacitor case studies is…
…But be warned, this is not a fully complete data-set. And some States, which have clearly constructed large numbers of utility-scale power projects, seemed not to report any data at…
…plants, industrial gas production, electric arc furnaces, aluminium, chlor-alkali, polymers, paper, silicon, sulphur, glass, hydrofluoric acid, small-scale hydrogen and hydrogen cyanide. A best to worst ranking depends on the technical…
…about 1,000 people. It uses highly specialized equipment, and less labor. Global LNG projects are hardest. The average 10MTpa-scale mega-project cost $30bn (including upstream) and required 7,000 people. They require…
…by 3-30x in the energy transition. Vast new markets scale up in Wind, Solar, Electric Vehicles, Batteries, underlying Metals and Materials, next-gen Nuclear, Electrification, the Rise of AI, Hydrogen, CCS,…