Vedeni Energy’s Deep Dive

Flexible Generation in a Low-Carbon Grid

22 min · Ayer
Portada del episodio Flexible Generation in a Low-Carbon Grid

Descripción

As the U.S. power system decarbonizes, the reliability challenge is shifting from annual energy sufficiency to dependable performance during scarcity hours, steep ramps, renewable shortfalls, fuel constraints, and extreme weather. This white paper examines the future role of flexible generation in that environment and argues that dispatchable resources will remain necessary, but in a narrower, more strategic, and lower-emission role than in the past. It assesses the operational value and limitations of gas-fired flexibility, hydrogen-capable turbines, advanced peaking resources, and hybrid configurations, and considers how these resources should be coordinated with storage, demand-side flexibility, transmission, and other clean firm options.  Read the full whitepaper here [https://vedeni.energy/wp-content/uploads/2026/06/062326-Flexible-Generation-in-a-Low-Carbon-Grid.pdf]

Comentarios

0

Sé la primera persona en comentar

¡Regístrate ahora y únete a la comunidad de Vedeni Energy’s Deep Dive!

Prueba gratis

Empieza 7 días de prueba

$99 / mes después de la prueba. · Cancela cuando quieras.

  • Podcasts solo en Podimo
  • 20 horas de audiolibros al mes
  • Podcast gratuitos

Todos los episodios

100 episodios

episode Flexible Generation in a Low-Carbon Grid artwork

Flexible Generation in a Low-Carbon Grid

As the U.S. power system decarbonizes, the reliability challenge is shifting from annual energy sufficiency to dependable performance during scarcity hours, steep ramps, renewable shortfalls, fuel constraints, and extreme weather. This white paper examines the future role of flexible generation in that environment and argues that dispatchable resources will remain necessary, but in a narrower, more strategic, and lower-emission role than in the past. It assesses the operational value and limitations of gas-fired flexibility, hydrogen-capable turbines, advanced peaking resources, and hybrid configurations, and considers how these resources should be coordinated with storage, demand-side flexibility, transmission, and other clean firm options.  Read the full whitepaper here [https://vedeni.energy/wp-content/uploads/2026/06/062326-Flexible-Generation-in-a-Low-Carbon-Grid.pdf]

Ayer22 min
episode Early-Summer Readiness and Interconnection Pressure artwork

Early-Summer Readiness and Interconnection Pressure

Wholesale power markets for the seven-day period ending June 12, 2026, were shaped more by early-summer readiness, interconnection reform, large-load integration, and mounting pressure on transmission buildout than by emergency conditions. ERCOT and PJM produced the week’s most consequential near-term developments: ERCOT continued to manage reliability risks associated with rapidly growing large-load interconnections, while PJM secured federal approval for an expedited interconnection track to bring qualified capacity resources online more quickly. CAISO’s activity focused on daily real-time market reporting, interconnection and deliverability process work, and the continued implementation of EDAM and the Western market.

12 de jun de 202622 min