Luis Carlos Belalcazar
Profesor @UNALOficial |
Alumni @epflalumni | Investigador en #CalidadDelAire, #CambioClimático y #TransiciónEnergética | Panel Asesor Científico @CCACoalition
- How mega batteries are unlocking an energy revolution ig.ft.com/mega-batteri...
- #ElDato Mientras Ronaldo ganó $275 millones en 2025, Meta ofreció $1.500 millones a un experto en #IA. Estudiar matemáticas, estadística y ciencia de datos abre puertas tan grandes como las del deporte de élite www.entrepreneur.com/business-new...
- Reposted by Luis Carlos BelalcazarWhat's the future of renewable energy, given Trump and Republican congressional rollbacks? We'll be joined by @mzjacobson.bsky.social at 10am PT on Your Call's One Planet Series to get the latest. Tune in or stream live @kalwradio.bsky.social! www.kalw.org/show/your-ca...
- Reposted by Luis Carlos BelalcazarOn a world scale, renewables are steamrolling fossil fuels. Some states and countries are moving rapidly; others, not so much How can states and countries transition to renewable energy and what is the cost if we fail to make this transition? @NPR www.npr.org/podcasts/381...
- Reposted by Luis Carlos Belalcazar🌎 Cordialmente invitados a la Cátedra Internacional @BogotaUNAL 📊 Curso: Análisis Computacional de Datos Ambientales 🗓️ Del 4 al 22 de agosto 💻 Aprende #Python, machine learning y bases de datos como ERA5 y CAMS #CalidadDelAire #CambioClimatico t.co/FjYo1Nr8ig
- Geoprocesamiento con Python: Manual introductorio para el uso de Python en el procesamiento de imágenes satelitales (2023), descarga libre: publicaciones.ciga.unam.mx/index.php/ec...
- Reposted by Luis Carlos BelalcazarNew graphs showing fossil gas use down 42.5% since 2023 and 24.3% since 2024 on CAISO grid WWS up 16%, solar up 47.4%, batteries up 213% since 2023 162nd of 207 days in 2025 with >100%, for an avg of 4.7 h/day (v 1 h/d in 2023) WWS has met 57.5% of demand in '25 v 48.7% in '23
- Reposted by Luis Carlos Belalcazar"We have estimated the impacts on PM2.5 and O3 resulting from various levels of EV adoption in the state of California under 2016 and 2028 emissions conditions. Results show that **annual average PM2.5 in California decreased approximately linearly with increasing rates of EV adoption.**
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