Due to this, stability and bankability, and decreased risk are important, both in the supply and delivery of planned projects, and the performance in the field.īates said the degradation level of CdTe is much lower than polysilicon modules, and they perform better in high temperatures, meaning the technology is a safer bet for investors who sign 20 to 30-year power purchase agreements with large utility off-takers. This factor is not measured in efficiency ratings, but it is measured in the final kWh output of the panel, said Bates.īecause CdTe is largely used at the utility scale, projects are quite large, making investment and liability high. Unlike polysilicon, CdTe is photoactive to the entire visible light spectrum. There are quite a few reasons to support CdTe and US-made solar, said Bates, including technological advantages, bankability, recyclability, supply chain stability, improved labor practices, and more.įirst, Bates said CdTe has a wider range of spectral responses than polysilicon cells, the main source of US solar panels. So why all the growth, and why did Bates enter the market? About 20 years ago, it represented less than 1% of solar installations. Eventually, he purchased an existing CdTe facility in Ohio, which today operates as the module supplier Toledo Solar.īates said that 90% of US utility-scale projects last year were CdTe, and the utility-scale sector makes up about 55% of all solar capacity added. He said he was trying to find reasons not to enter the space, and the more he looked, the more CdTe became appealing. Aaron Bates, the founder of Toledo Solar, an Ohio-based manufacturer of CdTe modules, told pv magazine USA that the technology has grown from a small fraction of solar projects to the dominant source of modules in utility-scale projects.īates came from an institutional finance background, and when he first got involved in solar, he was intrigued by this level of growth and began investigating. 2019 grid parity white paperĬadmium telluride (CdTe) solar panels, famously made by First Solar, are an essential part of the US solar module ecosystem. Clean Power Research: Solar data solutions to maximize PV project performance.Energy Storage North America Special 2018.The smarter E Europe 2019 special edition.Market overview: Microgrid control systems.Market overview: Large-scale storage systems.the mumble overlay overlaps the normal crosshair anyway so dw. you will have to add a image overlay in obs for other people to see a crosshair or just make a super tiny style5 dot in tf2. this is because both OBS and shadowplay only record the "raw" input from the game. If you use this and you are streaming and you have "crosshair 0" ingame then nothing will appear as your crosshair in the stream. also you must be a savant or someshit to notice an addition 1ms of input lag lol. some people say that mumble overlay gives you input lag but i doubt that. I think they are way better than hud crosshairs because you have alot more options.
(need a transparent background and idk how to do it in microsoftpaint so i just use paintnet) inside, i also have a template of a bunch of different quake crosshairs that you can resize, reshape, or recolor to your liking.Īlso i included a sample one inside that you can modify using to something that is better fit to your liking. it's a very fast and efficient way of using mumble to make your own crosshair that works basically in any game. Inside is a readme that shows how to do it. New educational video out !newvid | Major Co-Stream later RERUN: Fnatic vs Polaris Game 2 - DPC SEA Div 1 Summer Tour w/ Ares & johnxfire MAJOR 12H nova !loja !Rivalry !Fallen !Exitlag Выгуливаю жука на 7к MMR 17-00 cet МАЖОР !tg !boomĮPL | Perspective Players vs SCAGI | European Pro League S2 | BO3 | Group Stage Day 21 | by mr_satin & Montem FaZe - Map 1 - IEM Cologne 2022 - Grand final Road to FACEIT Level.1 Speedrun | !SkinClubħ8% WINRATE NEW SEASON FPL - LETS GO FOR THE WWWWW (25 sec delay) !ggdrop Venha enquanto não acaba! - !vote - Siga nas redes sociais